Blackmagic Design HDL-SMTVDUO2 SmartView Duo Rackmountable Dual 8" LCD Monitors

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User Manual

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Installation and Operation Manual
SmartView &
SmartScope
June 2018
English,
日本, Français, Deutsch, Español, 中文,
한국어
,
Русский
,
Italiano, Português and Türkçe.
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Languages
To go directly to your preferred language, simply click on the hyperlinks listed in the
contents below.
English 3
日本40
Français 78
Deutsch 116
Español 154
中文 192
국어 230
Русский 268
Italiano 306
Português 344
rkçe 382
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English
Welcome!
We hope you share our dream for the television industry to become a truly creative
industry by allowing anyone to have access to the highest quality video.
Video monitoring is needed everywhere in a facility. SmartView 4K has a native 4K LCD
so you can monitor Ultra HD video in full resolution, plus a sleek 6RU housing with a
control panel that lets you quickly change settings. SmartView HD provides an amazing
17” LCD in a 6RU rack housing less than an inch thick. SmartView Duo provides two
completely independent and beautiful 8 inch LCDs in a 3RU rack housing less than an
inch thick. SmartScope Duo 4K features two independent 8” LCDs with waveform scope
functionality, allowing you to monitor your video levels on the fly. All SmartView monitors
support SD, HD and 2K video via 3G-SDI. SmartScope Duo 4K and SmartView 4K also
support Ultra HD 4K via 6G-SDI and 12G-SDI respectively!
Video monitoring is designed to work straight out of the box and our Blackmagic
SmartView setup software provides the user with an easy and intuitive configuration tool.
This instruction manual should contain all the information you’ll need on installing your
SmartView or SmartScope, although it’s always a good idea to ask a technical assistant
for help if you are not sure what IP addresses are, or if you don’t know much about
computer networks. SmartView and SmartScope are easy to install, however, there are a
few slightly technical preferences you may need to set after you install it.
We think it should take you approximately 5 minutes to complete Installation. Please
check our website at www.blackmagicdesign.com and click the support page to
download the latest updates to this manual and SmartView software. Lastly, please
register your unit when downloading software updates so we can keep you updated
when new software is released. We are constantly working on new features and
improvements, so we would love to hear from you!
Grant Petty
CEO Blackmagic Design
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Contents
SmartView & SmartScope
Getting Started 5
Introducing SmartView and SmartScope 5
Plugging in Video Sources 6
Plugging in your Computer 6
Installing Blackmagic SmartView Setup 7
Using Blackmagic SmartView Setup 8
Updating the Software 8
Adjusting Monitor Settings 8
Using SmartView 4K 11
Introducing Blackmagic SmartView 4K 11
Control Panel Buttons 12
Loading 3D LUTs using Blackmagic SmartView Setup 14
Using SmartScope Duo 4K 15
What is Blackmagic SmartScope? 15
Video Monitoring Display 15
Waveform Display 16
Vectorscope Display 17
Parade Display 19
Histogram Display 20
Audio Metering Display 21
Connecting to a Network 22
Direct Ethernet 23
Ethernet Network Switch 23
Adjusting Network Settings 25
Network Settings 25
Adding a Blackmagic Monitor 26
Using Tally 27
Tally Port Pin Connections 27
Optimizing the Viewing Angle 28
Developer Information 30
Blackmagic 2K Format – Overview 30
Blackmagic 2K Format – Vertical Timing Reference 31
Blackmagic 2K Format – Data Stream Format 32
Blackmagic SmartView Ethernet Protocol v1.3 33
Help 37
Regulatory Notices andSafetyInformation 38
Warranty 39
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Getting Started
Introducing SmartView and SmartScope
SmartView monitors are perfect for any facility which requires rack-based monitoring. To simply
get up and running, the only thing you need to do is plug in power and connect an SDI source!
SmartView 4K has a 15.6” 4K LCD so you can monitor SD, HD, or Ultra HD video in its native
3840x2160 pixel resolution. The front control panel buttons mean you can easily select inputs,
adjust the screen brightness, check for noise in the blue channel, view blanking information,
apply 3D LUTs and more.
SmartView HD has a 17” HD LCD which is perfect for confidence monitoring in full
resolution HD.
SmartView Duo has two monitors for simultaneous display of different video signals.
Forexample, one monitor can display a YUV 4:2:2 signal while the other receives RGB 4:4:4.
One monitor could be showing NTSC while the other shows PAL. There are many possible
combinations but it is all as simple as connecting a single SDI cable to each monitor!
SmartScope Duo 4K has all the same features as SmartView Duo plus can be used to display
waveform, vectorscope and other popular scopes for monitoring video and audio levels in real
time. Plus, you get full support for Ultra HD 4K!
All SDI input connections on SmartView and SmartScope monitors support auto detection of
SD, HD or 3G-SDI including 2K video. SmartView 4K also detects Ultra HD including formats
such as 2160p60 via 12G-SDI. SmartScope Duo 4K includes auto detection of Ultra HD 4K
video via 6G-SDI.
If you want to remotely adjust settings for multiple SmartView and SmartScope units from one
computer, you can connect them together via Ethernet. This means you won’t have to run
around to each unit with a computer and USB cable each time you want to adjust settings.
Thats all you need to get started! Please read on for more detailed instructions on connecting
SmartView and SmartScope, configuring monitor settings in Blackmagic SmartView setup, and
connecting to a network.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
5
Getting Started
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Plugging in Video Sources
SmartView and SmartScope monitors feature regular BNC connectors to connect to SDI
equipment including switchers, cameras, capture cards, decks and disk recorders.
Getting a Picture
Displaying your video is easy! Simply power the unit and connect your video source to an SDI
input. Once powered and connected, your video should be immediately visible. SD, HD and
2K signals are automatically detected by the SDI input and loop through output connections.
SmartView 4K and SmartScope Duo 4K also detects Ultra HD 4K.
When no video is received by the unit, the backlight turns off, saving power until the next valid
signal is received.
Daisy chaining Monitors
Each SmartView and SmartScope monitor has its own independent SDI input as well as a loop
through output so you can chain multiple monitors together to display the same input signal:
1 Power on unit 1. Connect a video source to an SDI input. The video should
immediately be visible.
2 Power on unit 2. Connect an SDI cable from a loop output of unit 1 to an
SDI input on unit 2.
There is no limit to the amount of units you can chain.
If you are waveform monitoring using SmartScope Duo 4K, you’ll probably want to loop the
Monitor 1 output to Monitor 2 so both displays use the same input signal.
Now you have video displayed, you can adjust monitor settings, or select scopes on
SmartScope Duo 4K using the Blackmagic SmartView setup software, which you can also use
to load 3D LUTs on Blackmagic SmartView 4K.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
Plugging in your Computer
Configure SmartView or SmartScope monitor settings by connecting to your computer via USB
and installing Blackmagic SmartView setup.
The USB connection can also be used for applying internal software updates downloaded from
the Blackmagic Design website. Software updates can provide new features, compatibility with
new hardware and support for new formats. Blackmagic SmartView setup software runs on both
macOS and Windows computers.
6Getting Started
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Installing Blackmagic SmartView Setup
Blackmagic SmartView setup runs on the latest Sierra and High Sierra versions of macOS, and
64-bit versions of Windows 8.1 and 10 with the latest service packs installed. Blackmagic
SmartView setup can be installed on multiple networked computers if desired.
The SD card supplied with SmartView contains the software installer, but we recommend
visiting www.blackmagicdesign.com/support to ensure you have the latest version.
To install on macOS:
Open the supplied SD card, or downloaded disk image, and double click on the install
SmartView icon. A SmartView folder will be created in your applications folder, containing
SmartView setup, an uninstaller for removing previous versions when updating, and a
documents folder containing this manual plus other SmartView information.
To install on Windows:
On Windows, open the supplied SD card, or downloaded zip file, and double-click on the
SmartView installer. Follow the onscreen prompts to install the software.
To install on macOS, launch the SmartView.dmg file
on the suplied SD card, or from your downloads folder,
then double click on the install SmartView icon
7Getting Started
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Using Blackmagic SmartView Setup
Updating the Software
Once Blackmagic SmartView setup is installed and launched, click on the settings icon below
the name of your monitor. You may be prompted to update the internal software of your
SmartView or SmartScope. To do so:
1 Connect your SmartView or SmartScope to the computer via USB or
Ethernet and launch Blackmagic SmartView setup.
2 When prompted, simply click update. The update may take about 5 minutes
to complete.
3 The message: “This SmartView has been updated” should appear upon
completion of the update.
4 Click close.
If no internal software update is required, Blackmagic SmartView setup will open the settings
page for your monitor.
When launching SmartView setup and opening the settings
icon for your connected SmartView or SmartScope, this
message will appear if an internal software update is required
The update will take about 5 minutes to complete
Adjusting Monitor Settings
When launched, Blackmagic SmartView setup will immediately search for any SmartView or
SmartScope units connected via USB or Ethernet and display them in the SmartView setup
home page. If you have more than one Blackmagic monitor connected to your network, click on
the left and right arrow icons on each side of the home page to select the monitor you want to
adjust. If your Blackmagic monitor is connected via USB, a USB icon will appear next to the
monitor name.
8Using Blackmagic SmartView Setup
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To adjust settings, select your monitor connected via Ethernet and USB, and click on the
settings icon below the monitor name. This will open the settings page for your selected
monitor. When you are happy with your settings, click the save button to save your settings and
return to the SmartView setup home page.
See the next section for information on settings that are available for Blackmagic monitors and
how to apply them. For information on how to configure network settings using Blackmagic
SmartView setup, turn to the section “adjusting network settings”.
Blackmagic SmartView setup automatically searches for any
SmartView and SmartScope units connected locally via USB
or over a network. When updating your monitor’s internal
software make sure your monitor is connected via USB or
Ethernet. A USB icon will appear next to your monitor’s name.
Monitor Settings
To adjust settings and displays for each monitor, they must be connected via Ethernet or USB.
Select the monitor you wish to set by clicking on the left and right arrow icons on the SmartView
setup home page, then clicking on the settings icon under your monitor name. The settings
page is automatically customized to suit the features supported by your selected
Blackmagic monitor.
With SmartScope you can select between scopes or video
monitoring from the ‘display’ drop down menu
9Using Blackmagic SmartView Setup
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Adjust
When using a SmartScope or SmartView Duo, choose the monitor you want to adjust by
selecting ‘left monitor’, ‘right monitor’, or ‘both monitors’ to adjust both at the same time.
When the ‘both monitors’ setting is enabled, any adjustments to brightness, contrast and
saturation will be applied to both monitors on SmartView Duo and SmartScope.
Display
When using a SmartScope, the ‘display’ drop down menu provides selectable scopes.
Select ‘video monitoring’ if you just want to see the video image.
Set
When using a SmartScope, the ‘set’ drop down menu lets you select 4:3 or 16:9 aspect ratios for
the video monitoring display when using standard definition video. The ‘set’ drop down menu
provides additional options for the selected display, including vectorscope, audio dBFS and
audio dBVU options.
Video Monitoring: Select to view thevideo image using 4:3 or 16:9 aspect ratios.
When viewing widescreen anamorphic standard definition video, choose the
16:9aspect ratio. When viewing traditional 4:3 standard definition video, choose the
4:3aspect ratio.
Vectorscope: Select whether your input is based on 100% or 75% color bar test signals.
Audio dBFS: Select which pair of audio channels to monitor phase.
Audio dBVU: Select which pair of audio channels to monitor phase.
Set “SD Aspect to 16:9” when viewing
anamorphic standard definition video
Brightness, Contrast, Saturation
Adjust the sliders to apply brightness, contrast and saturation settings.
Identify Monitor
When the ‘identify’ checkbox is enabled, any monitor selected in Blackmagic SmartView setup
will display a white border. If several SmartView and SmartScope units are connected via a
network, this setting makes it easy to visually identify the selected monitor.
If this setting is used in conjunction with the ‘both monitors’ setting, the white border will be
displayed on both SmartView Duo or SmartScope Duo 4K monitors.
Drag the sliders left and right to adjust brightness,
contrast and saturation settings. Check the Identify
setting to visually identify your selected monitor.
10Using Blackmagic SmartView Setup
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Using SmartView 4K
Introducing Blackmagic SmartView 4K
SmartView 4K is a 6 rack unit Ultra HD 12G-SDI broadcast monitor for displaying SD, HD and
native viewing of up to 2160p60 Ultra HD video. With a bright display and a wide viewing angle,
SmartView 4K provides a vibrant, crystal clear picture for accurate focus and color monitoring,
and supports virtually every video format.
Designed for studio and outside broadcast environments, SmartView 4K is incredibly easy to
use. Featuring side mounted connectors and VESA support, you can fit the unit into tight
spaces, or mounted on a wall or articulated arm. SmartView 4K can be operated using the built
in control panel, or remotely via Ethernet if you don’t have access to the front panel.
Two multi rate 12G-SDI inputs let you select between two SDI sources, plus a SMPTE
compatible SFP module socket so you can add an optical fiber SDI module and connect your
video via optical fiber! A 12G-SDI output is provided so you can feed your video to other
equipment, plus two Ethernet connectors for networking, remote control and loop output for
daisy chaining to other monitors. Other connectors include a tally input for live production,
and a USB port for internal software updates.
You can even load industry standard 3D LUTs with .cube extension or DaVinci Resolve
generated LUTs using the Blackmagic SmartView setup software! With 3D LUTs you can
connect your SmartView 4K directly to your camera and view your clips as close to the final
grade as possible. Two levels of focus peaking let you make sure your shots are in perfect
focus, and with support for AC and DC power you have the option to plug SmartView 4K into
mains power, or an external battery for portability on set.
SmartView 4K is the perfect monitoring solution for portable and studio broadcast production
displaying video in SD, HD, and Ultra HD in its native 3840x2160 pixel resolution.
NOTE If connecting external power via the DC power input, ensure your external
power output is capable of supplying 24 watts at 12 volts.
11Using SmartView 4K
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Control Panel Buttons
The control panel features a row of buttons so you can quickly adjust settings on your
SmartView 4K.
Input
Pressing this button cycles through the video signals connected to SmartView 4Ks two 12G-SDI
inputs and optional optical fiber SFP module input. If there is no video connected to an input,
SmartView 4K will display black for that input. When switching between inputs, information
about your connected input format will be momentarily displayed on the top left corner of
your monitor.
Disp
The ‘disp’ button is used to adjust the brightness setting on your SmartView 4K’s LCD. Adjust
brightness by pressing the up and down arrow buttons. Press the ‘disp’ button again to close
the setting.
H/V Delay
Pressing the ‘H/V delay’ button lets you quickly confirm the presence of ancillary data
embedded in your SDI video signal. For example, press the H/V delay button once to view the
horizontal ancillary data. Press the H/V delay button again to view the vertical ancillary data,
commonly used for data such as closed captions.
Blue Only
If the4re is noise in a digital video signal, it is prominently within the blue channel. You can
easily check for noise in your blue channel by pressing the ‘blue only’ button. This displays only
the blue channel represented as a black and white image. This black and white image can also
be used for assistance when checking camera focus.
Zoom
A method of achieving crisp camera focus is to use the ‘zoom’ button. Press once to zoom into
the image. Now you can see clearly if an object is in focus. Press zoom again to return to normal
viewing size.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
12Using SmartView 4K
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Peak
Camera focus can easily be checked by pressing the ‘peak’ button to enable focus peaking.
This displays a bright green edge around the sharpest points in your image. There are two
levels of peaking strengths which you can cycle through with subsequent pressing of the peak
button. When the green edges are at their strongest, you can be sure your camera is in focus.
3D LUT 1 and 3D LUT 2
The LUT buttons let you view your image using custom 3D LUTs generated in Blackmagic
DaVinci Resolve, or industry standard .cube LUTs. Press a LUT button once to enable the LUT.
Press again to disable the LUT. Refer to the ‘loading 3D LUTs using Blackmagic SmartView
setup’ section for more information on using 3D LUTs with SmartView 4K.
H Mark and V Mark
You can view and edit frame markers using the ‘H Mark’ and ‘V Mark’ buttons. Frame markers
help you compose shots or keep important information or graphics within the safe area of the
screen. Different televisions display slightly more or less of the edges of a video signal, so its
handy to view a safe area. A safe area is the section of the screen that will always be visible no
matter what television or monitor is being used to view it.
To view horizontal and vertical frame markers, press the H Mark and V Mark buttons
respectively. To edit the markers, press each respective button again to highlight each guide.
This allows you to edit the markers’ positions using the up and down arrow buttons.
Subsequent presses of each button will confirm your new positions. Another press turns the
markers off.
Up and Down Arrow Buttons
Use the up and down arrow buttons when editing a setting, for example adjusting the display
brightness or editing frame marker positions.
Power
Press the power button once to turn your SmartView 4K on. Press again to turn off.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
13Using SmartView 4K
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Loading 3D LUTs using Blackmagic SmartView Setup
SmartView 4K lets you monitor your video using 3D LUTs. This gives you the option to calibrate
your SmartView 4K using professional calibration LUTs, or to view your video as close to your
final grade as possible. You can also use 3D LUTs to experiment with different looks. LUTs are
loaded into SmartView 4K using Blackmagic SmartView setup, and because SmartView 4K
supports industry standard LUT files with a .cube file extension, you can even load custom LUTs
generated with Blackmagic DaVinci Resolve. Refer to the DaVinci Resolve manual for more
information about generating LUT files.
To load a 3D LUT into 3D LUT 1:
1 Launch Blackmagic SmartView setup.
2 Press the ‘load LUT 1’ load button. A window will open asking you for the
location of the LUT file you want to load. Select the desired .cube LUT file,
then press the ‘open’ button.
3 To view the LUT you just loaded, press the 3D LUT 1 button on the
SmartView 4K control panel. Press the button again to turn the LUT off.
Follow the same procedure to load a LUT file into 3D LUT 2.
Use Blackmagic SmartView Setup to load
3D LUTs on your SmartView 4K
14Using SmartView 4K
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Using SmartScope Duo 4K
What is Blackmagic SmartScope?
Previously, broadcast quality television and post production scopes were incredibly expensive
custom solutions that only let you see one scope at a time on a tiny screen! Some scopes look
ugly and don’t really look good in front of your client.
With SmartScope Duo 4K you get the addition of waveform monitors which allow you to see any
aspect of your video signal on your dual monitors in real time. Any adjustments made to the
input signal in Blackmagic SmartView setup can immediately be seen on SmartScope Duo 4K!
Furthermore, each input signal can be sent to either monitor via the SDI loop out, meaning you
can use the right hand monitor to display the scope for the signal going into the left
hand monitor.
The scopes displayed by SmartScope Duo 4K are selected in the Blackmagic SmartView setup
software. Select your scopes from the ‘display drop down menu.
The information below, and over the next several pages, explains how each scope display is
used so you can get a deeper understanding of how each display can help you.
It’s easy to set your Blackmagic SmartScope Duo 4K to show a different
scope on each monitor using Blackmagic SmartView setup
Video Monitoring Display
The Video Monitoring display is a handy confidence monitor so you can see the video that is
being received by SmartScope.
If your input signal is SD, you can select between displaying it in either 4:3 pillarbox or 16:9 from
the ‘set’ drop down menu. Any changes made to the LCD brightness, contrast or saturation
settings can be immediately seen in this view. Note that changing these settings only affects
the monitor, not the video signal, so the scopes will not be affected by any saturation or
brightness changes.
15Using SmartScope Duo 4K
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It can often be handy to set one monitor as ‘video monitoring’ and another as your scope view.
To do this, use a short cable to connect the SDI loop out from ‘monitor 1’ to the SDI in of ‘monitor 2’.
You can view SD video in 4:3 pillar box or 16:9
widescreen by selecting from the ‘set’ options in
Blackmagic SmartView setup. Set ‘SD aspect to 16:9
when viewing anamorphic standard definition video.
The video monitoring display setting shows the video signal
as it will normally appear on a television screen or monitor
Waveform Display
The waveform display provides a digitally encoded waveform similar to traditional luminance
waveform monitors, which is used to monitor and adjust the luma (brightness) levels of your
video signal.
Traditional luminance waveform monitors only supported composite analog standard definition
video. However, SmartScope Duo 4K’s waveform view works in Ultra HD and HD as well as SD
so you have a consistent and easy way to adjust luma levels, even when monitoring high
definition digital video formats!
Select waveform from the display drop down menu in Blackmagic SmartView setup. You will
want to make sure the blacks in your waveform do not drop below 0% and the whites do not
exceed 100% as this means you are getting illegal luma values.
The waveform monitor is a graphical representation of the image, showing luma values in the
same position relative to those within the frame. For example, if part of your sky is overexposed
you will see it in the same horizontal position on the waveform display as it appears in
the frame.
Depending on your footage, your waveform will look different. If you are monitoring video which
is high contrast, you might not see any values in the mid grays. The picture below shows a
waveform for an evenly exposed image with a dark patch on the left, and brighter values from
the centre of the frame out to the right.
16Using SmartScope Duo 4K
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The waveform display showing luminance values
Select ‘waveform’ in Blackmagic SmartView setup ‘display settings
to view the luminance values in your video signal
Vectorscope Display
The vectorscope display uses a vector view to show the colors in a video signal. Depending on
the standard of color bar test signals used in your facility, select either 100% or 75% from the
‘set’ drop down menu in Blackmagic SmartView setup.
Some people think you can use a vectorscope to check for illegal levels, however this is not
correct. The Parade RGB display should be used for checking for illegal colors. The reason you
cannot use a vectorscope to check for illegal levels is that both chroma and luminance values
are required. For example, colors near the white or black points in video cannot be as saturated
as the much stronger colors, which can be used in the mid-grays. Because vectorscope display
only shows colors, and not luminance values, it cannot be used solely to check for illegal colors.
Vectorscope display is the best tool for checking color levels from older, analog videotape
where you need to adjust chroma levels. Just play back the color bar segment of the videotape,
and then adjust the chroma and hue settings to set the colors of the video within the square
boxes in the graticule.
17Using SmartScope Duo 4K
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Vectorscope display is also perfect for color grading, as you can easily see if your video is
correctly white balanced or if there is a color tint. If your video has a color tint, the vectorscope
display will drift off center, and you might see two center dots. Normally the blanking in the
video signal will create a dot in the center of the vectorscope, and this is because the blanking
in the video is black video without any color. Blanking provides a useful reference point to help
recognize areas of black video without any colorinformation.
If your video has a color tint, you should see the blacks move off color and off center. The
degree of shift represents the amount of color tint in your video and you can see the shift in
both the white and black details of your video. This makes vectorscope display valuable for
removing color tint and regaining correct white balance.
Vectorscope display lets you push colors in your video to the limits, without accidentally adding
unwanted color tints to blacks and whites. While color balance can be monitored on both the
RGB parade display and vectorscope display, color balance issues will often be easier to see in
the vectorscope display.
When color correcting footage of skin tone, particularly faces, you will want to keep your warm
color saturation along a line at approximately 10 o’clock on the vectorscope. This is known as
the “fleshtone line” and is based on the color of blood beneath the skin’s surface. The fleshtone
line is therefore applicable to all skin pigmentations and is the best way to ensure the skin tones
of your talent look natural.
Vectorscope display showing the “fleshtone
line” towards the 10 o’clock position
Set your vectorscope to 100% or 75% color bar test signals
18Using SmartScope Duo 4K
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Parade Display
RGB and YUV parade displays are perfect for color correction, checking for illegal colors and
checking levels.
When color correcting, select RGB parade from the ‘display’ drop down menu in Blackmagic
SmartView setup. RGB parade view displays the full height of the individual red, green and blue
color channels. Monitoring the levels of each color channel makes color correction
straightforward and it is also easy to view color balance in the blacks, mids and whites of the
video signal. RGB parade display enables you to identify details common to the red, green and
blue channels, making it simple to color balance and remove unwanted color tints.
Its important when color correcting to make sure the video levels are full but not clipped. If you
want to increase the video level, make sure it doesn’t go above upper RGB limit or you will
encounter illegal levels. Some equipment won’t let you generate illegal 100% RGB levels,
however other equipment will. SmartScope Duo 4K lets you see illegal levels whenever
they occur.
Illegal video can also happen in the black and white levels. In some color correction systems,
black levels can be lowered to below the black point of 0%. If you observe illegal black levels,
just add some “lift” or gain to eliminate them but check the 100% graticule level to make sure
the whole video signal has not lifted and generated illegal colors in the whites.
To check YUV levels, select YUV parade from the ‘display’ drop down menu. This view is useful
because the luma (brightness) values are separated from the chroma (color) values, which is the
format of video signals for television broadcast. The left waveform shows the luma information
and the second and third waveforms show the chroma information. YUV parade view is useful
for calibrating a video signal’s chroma values to a color bar test pattern, so that colors are
represented accurately and the signal being broadcast will be displayable by television sets.
Color correcting is a constant adjustment process to attain the best looking images without
generating illegal levels!
RGB parade view
Color Correction Terminology
Blacks – Black levels in the video signal
Mids – Mid-gray levels in the video signal
Whites – White levels in the video signal
19Using SmartScope Duo 4K
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YUV parade view
Select between RGB parade and YUV parade from the ‘display
drop down menu in Blackmagic SmartView Setup
Histogram Display
Histogram display is most familiar to graphic designers and camera operators. Histogram
display shows the distribution of white to black information and lets you monitor how close the
detail is to being clipped off in the whites or blacks of the video. Histogram display also lets you
see the effects of gamma changes in the video.
Black video is shown on the left of the display, and whites are shown on the right. All video
should usually be found between the 0% and 100% intervals of the histogram display. Your
video is being clipped if it moves below 0% or above 100%. Video clipping can be really bad
when you’re on a shoot, as detail in the blacks and whites must be preserved if you
subsequently want to perform color-correction in a controlled environment. When shooting,
keep the video above the black clip, and below the white clip, so you can have more freedom
later to adjust colors without whites and blacks appearing flat and lacking in detail.
When color-correcting, you might decide to clip your video, and in which case histogram display
will show the effect of clipping the video, and how much it is being clipped. You can even use
gamma to create a similar look, with less clipping, while retaining more detail.
You cannot really use histogram display to check for illegal levels although you can use it to see
illegal blacks and whites. Histogram display does not show colors and so the histogram might
appear to show legal levels, even though your video may contain illegal colors. Again, RGB
parade display provides the best way to watch out for illegal levels as it shows them in both the
color and luminance elements of the video signal.
20Using SmartScope Duo 4K
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The histogram display setting showing
distribution of whites to blacks
Select histogram from the ‘display’ drop down
menu in Blackmagic SmartView setup
Audio Metering Display
The audio metering displays show you the audio levels in the embedded audio of the SDI video
signal. Up to 16 channels of embedded audio are de-embedded and then displayed in either
dBVU or dBFS format.
The VU meter shows average signal levels, is easy to use and very common on older equipment.
VU is calibrated to the SMPTE recommendation of a 1 kHz tone test signal set to -20 dBFS.
dBFS is essentially a meter of the overall digital audio signal and is common on modern digital
equipment.
The right hand audio scope can monitor two channels of audio, which can be selected from the
‘set’ drop down menu. e.g., ch 1 & 2, ch 3 & 4, etc. The audio scope presents audio in an X-Y
view so you can see audio balance issues, out of phase conditions and whether an audio track
is mono or stereo. Mono audio should appear as a single vertical “in phase” line. If the line is
horizontal, then your audio is “out of phase” and could cancel out (i.e., loss of audio) when
received by downstream equipment. Audio phase is one of the most common audio faults in
large facilities, where cables can be incorrectly connected.
21Using SmartScope Duo 4K
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When monitoring stereo signals, the line of the right hand audio scope fans out to represent the
difference between the left and right audio channels. The more stereo sound contained in the
audio track, the more circular the line will appear. If the audio contains minimal stereo content,
then the scope will appear more concentrated around the vertical axis.
Dialog audio tends to appear as a vertical line, whereas music with plenty of stereo content will
cause the scope to puff out. This is because mono audio is L+R, and will display on the vertical
axis, whereas stereo content is L-R, and will display on the horizontal axis to show the stereo
difference.
Audio metering display showing peak levels and audio balance
Use the “Set” drop down menu to select which
pair of audio channels to monitor.
Connecting to a Network
By connecting a SmartView or SmartScope monitor to a network, you can adjust monitor
settings for multiple units remotely.
While SmartView and SmartScope monitors display video without needing any configuration,
any network settings need to be configured prior to deployment. Network configuration can
only be performed using a direct USB connection to a computer.
22Connecting to a Network
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Direct Ethernet
Remote monitor configuration can be performed via a direct Ethernet connection to your
computer. No network switch is required in this configuration, which is great if you need to
install and set up quickly. Additional units can be daisy-chained together using the active
loop-through Ethernet out port on each unit. Power must be supplied to all units in the chain.
If you want to connect several units without using IP addresses from your existing studio
network, or if you don’t have an existing network, simply connect them directly to the Ethernet
port on your computer. This is also a fast way to connect SmartView and SmartScope units via
Ethernet as you don’t need to run any cables back to a network switch.
Ethernet Connector
Ethernet Network Switch
If you want to connect several units to your studio’s network, you only need to connect one
SmartView or SmartScope to the network switch and the rest can be daisy-chained to each
other using the active loop-through Ethernet out port on each unit so only a single port on your
switch is used. This way you won’t have to run multiple cables back to a network switch. Power
must be supplied to all units for daisy-chaining to work.
Connecting to a network switch allows any computer on the network to change a unit’s settings.
Any Mac or Windows laptop computer can also change settings via a WiFi connection if your
network includes a wireless access point.
You will need to carry out the following steps to connect SmartView or SmartScope to a local
area IP based network.
1 Securely connect and switch on the power supply included with your unit.
2 Connect the unit to a network switch, or directly to a computer, with a
standard RJ45 Ethernet cable.
23Connecting to a Network
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Direct Ethernet Connection Diagram
You can connect the Ethernet port of a computer directly to a unit without needing a network
switch. Additional units can be daisy-chained to each other so you don’t have to run multiple
cables back to a network switch. Power must be supplied to all units.
Ethernet Network Switch Connection Diagram
If you want to connect several units to your studio’s existing network, you only need to connect
one unit to the network switch. The rest can be daisy-chained to each other so you don’t have
to run multiple cables back to a network switch. Power must be supplied to all units.
SmartScope 4KDuo
SmartScope 4KDuo
Network Switch
Ethernet
Client
Computers
24Connecting to a Network
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Adjusting Network Settings
Network Settings
Device Name
It is a good idea to change your monitors name so each SmartView or SmartScope unit is easy
to identify on a network, e.g., “Field Cameras 1 & 2”, “Multi-View Output”, “4K feeds” etc.
To change your monitors name, make sure your monitor is connected via Ethernet or USB.
Launch Blackmagic SmartView setup and click on the settings icon under your monitor name.
Inthe setting page, click network, and edit the name of your monitor located in the ‘details’
section. If the software detects an invalid name, a warning icon will appear next to the name
asyou are typing. If the name is valid, a green tick will appear. Press the ‘return’ key on your
computer keyboard to confirm the name change.
Network Settings
To make changes to the network settings section in Blackmagic SmartView setup, your
Blackmagic monitor must be connected to the computer via USB. Network settings cannot be
changed via Ethernet.
By default, SmartView and SmartScope use DHCP to automatically obtain an IP address from
your network.
In the absence of a DHCP server, you may wish to enable the “internet sharing” feature of
macOS, or the “internet connection sharing” (ICS) feature of Windows 8.1 or Windows 10, to
provide DHCP addresses to any directly attached units. This will avoid having to manually
assign static IP addresses to each unit. You can use this feature to provide DHCP addresses
even though your computer might not have an Internet connection. Internet sharing is detailed
in the macOS and Windows 8.1 and 10 Help documentation.
If DHCP cannot be used in your configuration, choose to configure the address using “static IP”.
Please ask your system administrator for a spare IP address to avoid creating an IP conflict on
your network. You will need to specify a unique IP address for each SmartView and
SmartScope unit as well as a common subnet mask. It is unnecessary to change the default
value in the “gateway” field unless you intend to connect your units to a network gateway such
as an Internet router.
If no SmartView or SmartScope monitors are found on the network, the units might not have
received IP addresses via DHCP and it will be necessary to manually configure each unit with
appropriate network settings.
1 Connect a Blackmagic SmartView or SmartScope monitor to your computer
via USB and launch Blackmagic SmartView setup.
2 Your connected monitor will be automatically displayed in the SmartView
setup home page and will show a USB icon next to its name.
3 Adjust your monitor’s network settings.
4 Repeat these steps for any other units that have not received an IP
address via DHCP.
25Adjusting Network Settings
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The USB icon next to your monitor’s name shows that the monitor
is connected to your computer via USB. Your Blackmagic monitor
needs to be connected via USB to adjust network settings.
Network settings can be set to use DHCP or a Static
IP address and can only be changed via USB
Adding a Blackmagic Monitor
If you already know the IP address of a SmartView or SmartScope Duo 4K but it hasn’t
automatically appeared in the Blackmagic SmartView setup home page, you can add the
monitor manually. To do so:
1 Make sure your Blackmagic monitor is connected via Ethernet. Click on
the ‘plus’ icon at the bottom left corner to open the ‘add a Blackmagic
monitor’ window.
2 Type in the IP address of the monitor and click ‘add’.
3 The software will verify the presence of the unit and add it to the
Blackmagic monitors included on the SmartView setup home page. Click
the right arrow icon to see your newly added monitor.
26Adjusting Network Settings
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You can manually add a SmartView or SmartScope
monitor to the list of connected monitors by clicking the
‘plus’ icon and entering the monitor’s IP address
Using Tally
Tally Port Pin Connections
It is not necessary to connect the tally port of SmartView or SmartScope and you can skip this
section if you do not intend to use the tally feature.
Each SmartView and SmartScope screen features independent tally borders in red, green
or blue which can be used to indicate the status of a video signal such as on-air, preview
orrecording.
The 9-pin D-sub tally port accepts contact closure signals from switchers and automation
systems. Please refer to the accompanying tally pin connections diagram for information
aboutwiring the tally port for use with your switcher or automation system.
The 9-pin D port wiring description is printed on the rear of the unit showing contact closures
to display red, green or blue tally borders on each independent monitor.
SmartView Duo showing green and red tally borders
27Using Tally
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Optimizing the Viewing Angle
If SmartView Duo, SmartView HD or SmartScope monitors are to be installed high up in an
equipment rack, you may wish to physically invert the LCDs for the optimum viewing angle.
The images on the LCDs will automatically flip to the correct orientation when they sense an
inversion. A number 02 size pozidriv screwdriver is required to disconnect and reconnect the
faceplate from its rear assembly. This is a simple procedure and does not involve opening the
rear assembly.
The following procedure describes how to invert the unit while keeping the Blackmagic Design
logo in the correct orientation on the faceplate. A number 02 size pozidriv screwdriver
is required.
1 Remove the screws from the top, bottom, left and right sides of the
faceplate. SmartView Duo and SmartScope Duo 4K have 10 screws and
SmartView HD has 18 screws.
2 Lift the front faceplate away from the rear assembly as illustrated.
3 Invert the rear assembly.
4 Reinstate the faceplate on the inverted rear assembly.
5 Reinstate the screws in the chassis.
Your SmartView or SmartScope is now ready to be installed high up in a rack. Once bolted into
a rack, SmartView will continue to display the optimum viewing angle even if bumped, as there
are no external knobs or adjustments to mishandle or to come loose.
SmartView Duo and SmartScope Duo 4K
Tally Pin Connections
Pin Function
1 Monitor 1 Red
2 Monitor 1 Green
3 Monitor 1 Blue
4 Ground
5 Ground
6 Ground
7 Monitor 2 Red
8 Monitor 2 Green
9 Monitor 2 Blue
SmartView HD and SmartView 4K
Tally Pin Connections
Pin Function
1 Red
2 Green
3 Blue
4 Ground
5 4 3 2 1
9 8 7 6
SmartView Tally-Port
28
Optimizing the Viewing Angle
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You may wish to perform a test inversion, to check the optimum
viewing angle, before bolting your unit high up in a rack
Remove all the screws to lift the front faceplate away from the rear assembly
29Optimizing the Viewing Angle
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Developer Information
Developing Custom Software Using Blackmagic Design Hardware
The Blackmagic SmartView Ethernet Protocol allows developers to remotely control Blackmagic
SmartView and SmartScope hardware with their own custom software. The Blackmagic
SmartView Ethernet Protocol is a text-based status and control protocol.
Downloading the Free SmartView EthernetProtocol
The Blackmagic SmartView Ethernet Protocol is free. It is included in this SmartView &
SmartScope manual and can be downloaded from www.blackmagicdesign.com/support
Joining the Blackmagic Design Developer List
The Blackmagic Developer mailing list is designed for technical questions regarding
technologies used by Blackmagic Design, e.g., QuickTime, Core Media, DirectShow, codecs,
APIs, SDKs, etc. The free mailing list is a forum where developers can discuss ideas and
problems with other developers. Any subscriber may reply and the Blackmagic Design
engineers may also respond when appropriate. You can subscribe to the mailing list at:
http://lists.blackmagicdesign.com/mailman/listinfo/bmd-developer
In some cases, we might request a brief outline of the software you are developing if it is not
immediately obvious from your domain name that your organization develops video software.
Please don’t take offence as we’re simply trying to keep the list free of spam and viruses as well
as end-user customers asking non-development questions, employment agents or sales
people trying to promote products on the list. The list is just for developers.
Contacting Blackmagic Design DeveloperAssistance
You can also contact us via developer@blackmagicdesign.com if you have any developer
related questions or wish to ask questions off the list.
Blackmagic 2K Format – Overview
Blackmagic Design products support 3G-SDI video, which allows twice the data rate of
traditional HD-SDI video. We thought it would be a really nice idea to add 2K film support,
via 3G-SDI technology, so we could simplify feature film workflows. With the popularity of
Blackmagic Design editing systems worldwide, now thousands of people can benefit from
a feature film workflow revolution.
30Developer Information
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This information includes everything product developers need to know for building native
2KSDI equipment. Of course, all Blackmagic products can be updated, so if the television
industry adopts an alternative SDI-based film standard, we can add support for that too!
Frame Structure
Transmitted at 23.98, 24 or 25 frames per second as a Progressive Segmented Frame.
Active video is 2048 pixels wide by 1556 lines deep.
Total lines per frame : 1650
Active words per line are 1535. One word consists of a 10-bit sample for each of the
four data streams, i.e., a total of 40 bits. See the diagram named Blackmagic 2K Format
- Data Stream Format.
Total active lines : 1556
Total words per line : 1875 for 23.98/24Hz and 1800 for 25Hz.
Fields per frame : 2, 825 lines each
Active lines located on lines 16-793 (field 1) and 841-1618 (field 2).
Transport Structure
Based on SMPTE 372M Dual Link mapping and SMPTE 425M-B support for mapping
SMPTE 372M into a single 3 Gb/s link.
Timing reference signals, line number and line CRC insertion is the same as above.
During active video, 10-bit Red, Green and Blue data is sent in the following sequence:
Optional ancillary data is inserted into both virtual interfaces.
At present, only audio data is included: as per standard HD audio insertion (SMPTE
S299M) the audio data packets are carried on data stream two and audio control
packets are carried on data stream one.
Data stream 1: Green_1, Green_2, Green_3, Green_5...Green_2047
Data stream 2: Blue_1, Blue_2, Green_4, Blue_5...Green_2048.
Data stream 3: Red_1, Blue_3, Blue_4, Red_5...Blue_2048.
Data stream 4: Red_2, Red_3, Red_4, Red_6...Red_2048.
Blackmagic 2K Format – Vertical Timing Reference
This diagram shows the vertical timing details with line numbers and Field, Vertical and
Horizontal bits for the Timing Reference Signal codes.
Field 1 Active
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field 2 Active
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
31Developer Information
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Blackmagic 2K Format – Data Stream Format
This diagram shows the data stream formats around the optional ancillary data section of the
horizontal line. Note that each active pixel takes up three samples.
Data Stream 1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data Stream 2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data Stream 3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data Stream 4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
32Developer Information
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Blackmagic SmartView Ethernet Protocol v1.3
Summary
The Blackmagic SmartView Ethernet Protocol is a text-based status and control protocol, very
similar in structure to the Videohub protocol, that is accessed by connecting to TCP port 9992
on a SmartView or SmartScope device.
Upon connection, the SmartView or SmartScope device sends a complete dump of the state
of the device. After the initial dump, state changes are sent asynchronously.
The device sends information in blocks which have an identifying header, followed by a colon.
A block can span multiple lines and is terminated by a blank line.
To be resilient to future protocol changes, clients should ignore blocks they do not recognize,
up to the trailing blank line. Within recognized blocks, clients should ignore lines they do not
recognize.
Version 1.3 of the Blackmagic SmartView Ethernet
Protocol was released with SmartView 1.3 software.
Protocol Preamble
The first block sent by the SmartView Server is always the protocol preamble:
PROTOCOL PREAMBLE:
Version: 1.3
The version field indicates the protocol version. When the protocol is changed in a compatible
way, the minor version number will be updated. If incompatible changes are made, the major
version number will be updated.
Device Information
The next block contains general information about the connected SmartView or SmartScope
device.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
This example shows the output for a SmartView Duo device, which has two LCDs.
The INVERTED flag indicates whether the device has detected that it has been mounted in an
inverted configuration to optimize LCD viewing angle.
Legend
carriage return
and so on
33Developer Information
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Network Configuration
The next block shows the TCP/IP networking configuration:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
The network settings prefixed with CURRENT show the active TCP/IP settings, and are read-
only. The CURRENT settings reflect either the DHCP or Static configuration, depending on the
DYNAMIC IP flag.
Changing Networking Settings
The network can be configured to use either DHCP or a static configuration. To enable DHCP:
NETWORK:
Dynamic IP: true
To set a fixed IP address, supply all static parameters, thus:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
The parameters with the CURRENT prefix are read-only, and show the active configuration,
regardless of the static or dynamic setting.
Changing the device name, or any network settings, will cause the IP connection to be
dropped. The device will restart its networking and advertise its new name on the network.
Changing Monitor Settings
The display settings for each monitor are specified individually. One or more parameters can
be modified at the same time and multiple settings can be supplied in one block.
The valid range for numeric values is 0-255. The CONTRAST and SATURATION properties are
zero-centered, so the normal value is 127, such that the displayed picture is the same as the
original. A value greater than 127 in either channel will cause the contrast or saturation to be
increased, and similarly a value less than 127 will cause a decrease.
For example, to set the brightness to 50% and desaturate the image to Black & White:
MONITOR A:
Brightness: 127
Saturation: 0
34Developer Information
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Displaying SD in 16:9
The following command sets standard definition video to display in 16:9:
MONITOR A:
WidescreenSD: ON
Displaying SD in 4:3
The following command sets standard definition video to display in 4:3:
MONITOR A:
WidescreenSD: OFF
Identification and Tally Settings
The Identify flag is transient, and will cause a white border to be displayed around the entire
picture for a duration of 15 seconds, after which it will be reset. This feature is primarily aimed at
identifying which monitor is currently being configured when it is mounted in a rack comprising
multiple units. To turn on:
MONITOR A:
Ide ntify: tr u e
The IDENTIFY border will temporarily override any other border setting in effect.
The BORDER property can be used to programmatically set the soft Tally colored borders to
one of the primary colors: RED, GREEN, BLUE, WHITE or NONE. This setting can be overridden
by the electrical Tally signals at the DB-9 input on the device itself. For example, to set the soft
Tally to green:
MONITOR B:
Border: green
The hard wired tally will always override the soft tally. The full state report will always show the
current valid border.
SmartScope Settings
On SmartScope Duo 4K, each monitor can be set to display a different scope. The values for
activating specific scopes are mapped as follows:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (This is the same as Video Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
In the example above, Monitor A has been set as a video monitor.
35Developer Information
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Displaying SD in 16:9
The set Video Monitor mode to display standard definition video in 16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Displaying SD in 4:3
To set Video Monitor mode to display standard definition video in 4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
When setting one of SmartScope Duo 4Ks monitors to audio metering, you can also select
which channels to show. The values for selecting which audio channels are mapped in the
following way:
0: Channels 1 and 2
1: Channels 3 and 4
2: Channels 5 and 6
3: Channels 7 and 8
4: Channels 9 and 10
5: Channels 11 and 12
6: Channels 13 and 14
7: Channels 15 and 16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
In the example above, Monitor B has been selected to display Audio Metering in Dbvu with
audio channels 1 and 2 selected for the phase meter.
Selecting LUTs for SmartView 4K
To select 3D LUTs using SmartView 4K:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
36Developer Information
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Help
Getting Help
There are four Steps to Getting Help.
1 Check out the Blackmagic Design support center at
www.blackmagicdesign.com/support for the latest support information.
2 Call your Blackmagic Design reseller.
3 Your local reseller will have the latest technical updates from
Blackmagic Design and should be able to give you immediate assistance.
We also recommend you check out the support options your reseller
offers as they can arrange various support plans based on your workflow
requirements.
4 The next option is to email us with your questions using the “send us an
email’ button at www.blackmagicdesign.com/support
5 Phone a Blackmagic Design support office. You can find your nearest
office by clicking on the “find your local support team” button at the bottom
of the support page.
Please provide us with as much information as possible regarding your technical problem and
system specifications so that we may try to respond to your problem as quickly as possible.
37Help
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Regulatory Notices andSafetyInformation
Regulatory Notices
Disposal of waste of electrical and electronic equipment within the European union.
The symbol on the product indicates that this equipment must not be disposed of with
other waste materials. In order to dispose of your waste equipment, it must be handed
over to a designated collection point for recycling. The separate collection and
recycling of your waste equipment at the time of disposal will help conserve natural
resources and ensure that it is recycled in a manner that protects human health and the
environment. Formore information about where you can drop off your waste
equipment for recycling, please contact your local city recycling office or the dealer
from whom you purchased the product.
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to Part 15 of the FCC rules. These limits are designed to
providereasonable protection against harmful interference when the equipment is
operated in a commercial environment. This equipment generates, uses, and can
radiate radio frequency energy and, if not installed and used in accordance with the
instructions, maycause harmful interference to radio communications. Operation of this
product in a residential area is likely to cause harmful interference, in which case the
user will be required to correct the interference at personal expense.
Operation is subject to the following two conditions:
1 This device may not cause harmful interference.
2 This device must accept any interference received, including interference that may
cause undesired operation.
Safety Information
This equipment must be connected to a mains socket outlet with a protective
earthconnection.
To reduce the risk of electric shock, do not expose this equipment to dripping
orsplashing.
This equipment is suitable for use in tropical locations with an ambient temperature
of up to 40ºC.
Ensure that adequate ventilation is provided around the product and is not restricted.
When rack mounting, ensure the ventilation is not restricted by adjacent equipment.
No operator serviceable parts inside. Refer servicing to your local Blackmagic Design
service centre.
Use only at altitudes not more than 2000m above sea level.
This product has the facility to connect small form-factor transceiver (SFP) optical fibre
modules. Only use Laser class 1 optical SFP modules.
Recommended Blackmagic Design SFP modules:
3G-SDI: PL-4F20-311C
6G-SDI; PL-8F10-311C
38Regulatory Notices andSafetyInformation
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Warnings for Authorized Service Personnel
Disconnect power from both power inlets before servicing!
Caution - Double Pole/ Neutral Fusing
The power supply contained in this equipment has a fuse in both line
andneutral conductors and is suitable for connection to the IT power
distributionsystemin Norway.
Warranty
12 Month Limited Warranty
Blackmagic Design warrants that this product will be free from defects in materials and workmanship
for a period of 12 months from the date of purchase. If a product proves to be defective during this
warranty period, Blackmagic Design, at its option, either will repair the defective product without
charge for parts and labor, or will provide a replacement in exchange for the defective product.
In order to obtain service under this warranty, you the Customer, must notify Blackmagic Design
of the defect before the expiration of the warranty period and make suitable arrangements for the
performance of service. The Customer shall be responsible for packaging and shipping the
defective product to a designated service center nominated by Blackmagic Design, with shipping
charges pre paid. Customer shall be responsible for paying all shipping charges, insurance, duties,
taxes, and any other charges for products returned to us for any reason.
This warranty shall not apply to any defect, failure or damage caused by improper use or improper
or inadequate maintenance and care. Blackmagic Design shall not be obligated to furnish service
under this warranty: a) to repair damage resulting from attempts by personnel other than
Blackmagic Design representatives to install, repair or service the product, b) to repair damage
resulting from improper use or connection to incompatible equipment, c) to repair any damage or
malfunction caused by the use of non Blackmagic Design parts or supplies, or d) to service a
product that has been modified or integrated with other products when the effect of such a
modification or integration increases the time or difficulty of servicing the product. THIS WARRANTY
IS GIVEN BY BLACKMAGIC DESIGN IN LIEU OF ANY OTHER WARRANTIES, EXPRESS OR IMPLIED.
BLACKMAGIC DESIGN AND ITS VENDORS DISCLAIM ANY IMPLIED WARRANTIES OF
MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. BLACKMAGIC DESIGN’S
RESPONSIBILITY TO REPAIR OR REPLACE DEFECTIVE PRODUCTS IS THE WHOLE AND EXCLUSIVE
REMEDY PROVIDED TO THE CUSTOMER FOR ANY INDIRECT, SPECIAL, INCIDENTAL OR
CONSEQUENTIAL DAMAGES IRRESPECTIVE OF WHETHER BLACKMAGIC DESIGN OR THE
VENDOR HAS ADVANCE NOTICE OF THE POSSIBILITY OF SUCH DAMAGES. BLACKMAGIC
DESIGN IS NOT LIABLE FOR ANY ILLEGAL USE OF EQUIPMENT BY CUSTOMER. BLACKMAGIC
IS NOT LIABLE FOR ANY DAMAGES RESULTING FROM USE OF THIS PRODUCT. USER OPERATES
THIS PRODUCT AT OWN RISK.
© Copyright 2018 Blackmagic Design. All rights reserved. ‘Blackmagic Design’, ‘DeckLink, ‘HDLink’, ‘Workgroup Videohub’,
‘Multibridge Pro’, ‘Multibridge Extreme’, ‘Intensity’ and ‘Leading the creative video revolution’ are registered trademarks in the
US and other countries. All other company and product names may be trade marks of their respective companies with which
they are associated.
39Warranty
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40
スト
/
ョンュア
2018
6
日本
SmartView &
SmartScope
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こそ
最高品質ビデオを誰用できにす界を真にブな業
にするという私たちの夢をユーザー様と共きればと考えていま
やスタジニタリンります。
SmartView
4K
ティブ
4K
LCD
して
Ultra
HD
、ス
イリッ
6U
クサイズの筐にはコンロールパネルがされているためすば
す。
SmartView
HD
、奥
1
イン
6U
ラックイズの
17
イン
LCD
ーン してす。
SmartView
Duo
、奥
1
イン
3U
ラックイズの
体に、
2
面の完全に独た機能的な
8
イン
LCD
スクリーンを搭載しています
SmartScope
Duo
4K
は、波形機能に対応
2
立した
8
イン
LCD
ーン して
デオレベルをオンフライで
SmartView
ニタ
3G-SDI
イン
フェースを
SD
HD
2K
してす。
SmartScope
Duo
4K
および
SmartView
4K
、そ
6G-SDI
または
12G-SDI
インフェース
Ultra
HD
4K
して
これらのターから取り出しに使るよう設されていま
Blackmagic
SmartView
Setup
ソフェアはなコンーシツーを搭載しています
ニュ
SmartView/SmartScope
のイトールに必要な報がべて記載されてい
。し
IP
アドレスやコンピューターワークに詳しく
ストす。
SmartView/SmartScope
インストルで
きまイントールに少なることあります
インストー
5
。弊
www.blackmagicdesign.com/jp
ポーページで、このマュアルと
SmartView
ソフバージョダウンロードし
い。後に、ェアプデーをダウロードする際に製品のユニ登録いただ
、新 。常
善に努ていますのでユーザーの皆からご意見をいただけれ幸いです
ト・
Blackmagic
Design
CEO
background
目次
SmartView
&
SmartScope
はじめに43
SmartViewSmartScopeとは  43
ビデオを接 44
ピュー  44
Blackmagic
SmartView Setupンスト  45
BlackmagicSmartViewSetupの使用46
トウェップート  
46
ニタ調  46
SmartView4Kの使用49
Blackmagic SmartView 4Kについて  49
コントロールネルボタン  50
Blackmagic
SmartView Setup3D LUTード  52
SmartScopeDuo4Kの使用53
Blackmagic SmartScopeとは  53
ビデオモニング表示  53
形表示  54
クト   55
レード表示  57
ラム  58
ディオメ  59
ットワ60
クト・イーネット  
61
イーット・ネット スイッ   61
ットワ調63
ットワ  
63
Blackmagic
ニタ  64
タリ使65
タリートのピ  
65
ビューア66
ッパ68
Blackmagic 2K Format
Overview  68
Blackmagic
2K Format
Vertical Timing Reference  69
Blackmagic
2K Format
Data Stream Format  70
Blackmagic
SmartView Ethernet Protocol v1
.
3  71
ルプ75
規制に関す警告および安全情報76
保証77
background
43
はじめ
はじ
SmartView
SmartScope
とは
SmartView
ニタックベースニタリンタジ
れて
SDI
、起
/
す。
SmartView
4K
は、
15.6
イン
4K
LCD
して
SD
HD
Ultra
HD
ビデオをネイ
3840x2160
ニタリンす。ントコントロ
調、ブ、ブ
3D
LUT
などが
単に実行でます
SmartView
HD
は、
17
イン
LCD
スクリー載しおり、フル
HD
タリ す。
SmartView
Duo
は、
2
ニターおり、なるビきま
1
ニターで
YUV
4:2:2
、も
1
面で
RGB
4:4:4
、片
NTSC
、も
一方
PAL
することもきまこのようになコンビーションのきま
作自体
SDI
ケーブルを各ターするだけなのに簡単で
SmartScope
Duo
4K
は、
SmartScope
Duo
じ機能をいますそれに加え、やベ
ープのス使してビディリアルニタリンす。
また、
Ultra
HD
4K
ルサポーています
SmartView/SmartScope
ニタ
SDI
力は
2K
ビデオを含め、
SD
HD
3G-SDI
の自
してす。
SmartView
4K
は、
12G-SDI
ーフ
2160p60
どの
Ultra
HD
フォ
ット
SmartScope
Duo
4K
は、
6G-SDI
インフェース
Ultra
HD
4K
ビデオを
す。
数の
SmartView/SmartScope
の設定を
1
調、イ
トをきまり、調するコンピューター
USB
ット
ありま
では実際に製品を使用みま
SmartView/SmartScope
の接続
Blackmagic
SmartView
Setup
ターネットワニュす。
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
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44
はじめ
ースを
SmartView/SmartScope
、標
BNC
を搭載しておりッチャー、カメラ、キャチャ
、デ、デ、あ
SDI
す。
像の受信
ビデオの表示は非に簡ですユニトの電を入ビデオ
SDI
、す
ビデオが面に表されます
SDI
入力ループスルー出力は、
SD
HD
2K
信号を自動検出
す。
SmartView
4K
および
SmartScope
Duo
4K
は、
Ultra
HD
4K
す。
ニットがしてックトがると
す。
ェーン
SmartView/SmartScope
、そ
SDI
入力とルースルー出力を搭載いる
で、ニターチェーきま
1
ット
1
の電源を入れまビデオソ
SDI
に接ますビデオが即座にス
ンに示されます
2
ニット
2
、ユ
1
ルースルー出力の
SDI
、ユ
2
SDI
力に
す。
このなくェーきま
SmartScope
Duo
4K
ニタリンしてニタ
1
ニタ
2
、両
方のリー同じ信号をモニング
示されたら、モニー設定を調整しますあるいは
SmartScope
Duo
4K
では、
Blackmagic
SmartView
Setup
フトウェ使します。フトウェ
3D
LUT
Blackmagic
SmartView
4K
もです。
SmartView
4K SmartView
HD
SmartView
Duo
SmartScope Duo 4K
ーターを接
USB
ンピーターに接し、
Blackmagic
SmartView
Setup
ンスールすることで
SmartView
たは
SmartScope
のモニー設定が可能になます
また、
USB
接続で
Blackmagic
Design
ウェブトかードしたソフトウェアップトを
、新、新、新
ォーマトのポートなどをていま
Blackmagic
SmartView
Setup
フトウェ
macOS
たは
Windows
使 す。
background
45
はじめ
Blackmagic
SmartView
Setup
インスト
Blackmagic
SmartView
Setup
は、
macOS
の最新の
Sierra
および
High
Sierra
バージまたはのサ
ンストール
64-bit
ョン
Windows
8.1
および
10
す。
Blackmagic
SmartView
Setup
じてネッ上ののコンピュターにインールすることも
す。
SmartView
に同梱の
SD
カードにはェアトーラーが含まれていますが、
Blackmagic
ート
ー(
www.blackmagicdesign.com/jp/support
のアップートチェックすることを
す。
macOSル:
同梱の
SD
ードするードしたディクイメー
Install
SmartView
」ア
ルクーラーを開きます
SmartView
ーが作成さその中に
SmartView
Setup
バージョンらアップートする使するアンンストーこのマニ
むドキュメントフォルダーす。
Windowsル:
同梱の
SD
ードするードした
zip
、「
Install
SmartView
」ア
クリックしインストートウェイン
す。
macOS
、同
SD
ードはダウンードしたフォルダー
SmartView.dmg
、そ
Install
SmartView
」ア
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46
Blackmagic
SmartView
Setup
の使用
Blackmagic
SmartView
Setup
の使
トウアップート
Blackmagic
SmartView
Setup
インストールしてニタアイコクリックしま
す。
SmartView/SmartScope
トウェアップるよう
トウェアのアップート
1
USB
イーネット
SmartView/SmartScope
を接続し、
Blackmagic
SmartView
Setup
フト す。
2
ら「
Update
クリックしまアップート
5
す。
3
と「
This
SmartView
has
been
updated
(この
SmartView
アップ
されました)といッセージ示されま
4
Close
」を
トウェアのアップートが
Blackmagic
SmartView
Setup
ニタ
す。
Blackmagic
SmartView
Setup
、接
SmartView/
SmartScope
、内
プデー必要なセージが表示されま
アップート
5
す。
ニタ調
Blackmagic
SmartView
Setup
、す
USB
イーネット
SmartView/SmartScope
を探し
SmartView
Setup
。ネ
Blackmagic
ニタしてームクリックして調
モニター択しま
Blackmagic
ニタ
USB
続さている場モニー名の横
USB
アイ す。
調するには
USB
イーット
の設コンをクますこれによたモニーの定ページが開きます
ら「
Save
ボタンを押して保存し
SmartView
Setup
す。
background
47
Blackmagic
SmartView
Setup
の使用
Blackmagic
して してく
Blackmagic
SmartView
Setup
ク設のコンフィギュショ「ネ調セク
てく
Blackmagic
SmartView
Setup
は自動
USB
ットワ
ークに接続されている
SmartView/SmartScope
。モ
トウェアップートする
USB
イーネットで
。モ
USB
アイ す。
ニタ
調 イーットま
USB
続さている必要があ
す。
SmartView
Setup
のホームページの左右の矢をク定を更するを選
す。 アイクリッす。
Blackmagic
モニーに合わせ能を自動的にカタマズします
SmartScope
は「
Display
」ド、様
ープニタリンョンを
Adjust(調整
SmartScope
または
SmartView
Duo
使する調するモニター
Left
Monitor
、「
Right
Monitor
、「
Both
Monitors
。「
Both
Monitors
、明
るさ、コンスト、チューションになった調すべて、
SmartView
Duo/SmartScope
の両方の
ニタ す。
background
48
Blackmagic
SmartView
Setup
の使用
Displayィス
SmartScope
使は「
Display
(デスプイ)ドロップダウンメニプのプション
が表示されまビデの映を表示い場合は
Video
Monitoring
)」
す。
Set(設定)
SmartScope
使は「
Set
」ド
SD
タリグのアスペ
クトレシ
4:3
または
16:9
。「
Set
択したタープシとしベク
、オ
dBFS
dBVU
す。
Video
Monitoring
ニタリン
のアスペクレシ
4:3
または
16:9
す。
イドーン ルフィ
SD
ビデオの表示に
16:9
。従
4:3
SD
ビデオの表示に
4:3
します。
Vectorscope
):
使テスト
て、
100%
または
75%
す。
Audio
dBFS
ディオ
dBFS
):
ニタリンディ
す。
Audio
dBVU
ディオ
dBVU
):
ニタリンディ
す。
フィッ
SD
は「
SD
Aspect
to
16:9
SD
クトレシ
16:9
)」を
BrightnessContrastSaturation
スラダー使してントラスト、ュレョン調します。
Identifyニタ
Identify
」に
Blackmagic
SmartView
Setup
択さいるモターに白い
示されますークで複数の
SmartView
SmartScope
を使いる際に、の設定を使
するとされていターきま
Both
Monitors
両方)に設ている状の設定を使用すと、白い線
SmartView
Duo/
SmartScope
Duo
4K
ニタ す。
ダーを動かして、るさ、コントト、チューションを
調。「
Identify
にチェックをると択しるモター
視覚的に確認でます
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49
SmartView
4K
の使用
SmartView
4K
の使
Blackmagic
SmartView
4K
いて
SmartView
4K
6U
ラックイズの
Ultra
HD
12G-SDI
ニターで
SD/HD
に加え、
2160p60
まで
Ultra
HD
ビデオをネイでき角の高スプレイを搭載し
SmartView
4K
めて使って、カス合カラーリングまた
べてビデオトをサポーています
オ放使を意図してデンされているため、
SmartView
4K
の使用方法は非常
に簡単です体の面に配置されたコと、
VESA
使、ウ
ールマウント、アームり付きま
SmartView
4K
のフントパルで
イー ット トコ
2
マルチレート
12G-SDI
して
2
つの
SDI
スから択できますまた、
SMPTE
準拠
SFP
ュール用ソケトをおり、光ファイバー
SDI
してイバーで
デオ接続す可能で
1
系統の
12G-SDI
出力からビデオを他の機器ドできます
トワーおよびリモートコントロール
2
イーネット
ーン してす。クシー入
トウェアのアップート
USB
してす。
えて、
Blackmagic
SmartView
Setup
使、業
3D
LUT
.cube
子でロー
、ま
DaVinci
Resolve
した
LUT
を読み込むます
3D
LUT
使すると
SmartView
4K
を直接カメラに接続し、なグレーング用したイージに最も近い形で
できますーキングは
2
あり、ショットのフォーカスるかきま
す。
AC/DC
源の方が可能なため
SmartView
4K
を主電に接ても、すい
バッテリー続し使きま
SmartView
4K
ータかつジオでの制作に最適な放用モニ
SD/HD
ビデオに加え、
ティブ
3840x2160
ピク
Ultra
HD
して
メモ
DC
力に外源を接続している合、必ず
12V
24W
える
使 てく
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50
SmartView
4K
の使用
ント
コントロールパボタンれており、
SmartView
4K
の設定を瞬時に調整できます
INPUT力)
SmartView
4K
2
系統の
12G-SDI
、お
SFP
ュール
いるビデオ信号を切り替えまビデオが続さていない場
SmartView
4K
の入
にブラックを示しま切り替えるとのフーマッニターの上に一
す。
DISPィス
SmartView
4K
LCD
明るさを調整します上下のボタンを押して、るさを調整し
DISP
ボタンを再押して、を閉じます
H
/
VDELAYH
/
Vディレ
SDI
ビデオ信号にエドさている補助データを確認できます例えば
H/V
DELAY
」ボ
1
と水平方データがされまタンを再と、ータが示さ
す。ーズ使 す。
BLUEO NLYブルオンリー)
デジルビデオ信号にズがある場合、ーチャンネて表れま
BLUE
ONLY
ボタンを押すと、ブルチャンネルイズを簡単にチェクでますこれブルチャンネルのみ
するメーす。メーのフォカス使ること
もです。
ZOOMズー
リアなフォーカスるために使用します
1
ージにズームますこれによォーカ
はっきりと確きます。
ZOOM
を押すと通常の表示サズに戻ます
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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51
SmartView
4K
の使用
PEAK(ピーク)
フォカスピーキンて、のフォスをチェックす。メー
最もプな部分を緑ーキングの強度は
2
、「
PEAK
」ボ
す。 エッ メラす。
3DLUT13DLUT2
この使すると
Blackmagic
DaVinci
Resolve
タム
3D
LUT
、ま
cube
LUT
を適ジを確認できます
LUT
」ボ
LUT
。再
と、
LUT
す。
SmartView
4K
での
3D
LUT
使は「
Blackmagic
SmartView
Setup
3D
LUT
」の
HMARK)、VMARKマーカー)
H
MARK
」ま
V
MARK
使 ムマ す。 ムマ
スクリーンエリアラフィック
ために使用します類によビデオ信号の端の表示差があるため
ーフ 便 ーフ
ずスクリーンに示されるです
は「
H
MARK
」、 は「
V
MARK
ボタンを押ますーカー
ボタンを押して、それガイをハトしこれで、上下ボタン
使っーカーの置を集できます各ボタンを押すと、新し置を確ますう一度ボタ
ンを押すカーが無になます
上下ボタン
調 使 す。イのムマ 調 使 す。
電源
ボタン
1
すと
SmartView
4K
電源が度押にな
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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52
SmartView
4K
の使用
Blackmagic
SmartView
Setup
3D
LUT
ード
SmartView
4K
ビデオ
3D
LUT
を適ングできますれによプロ仕様のキャ
ョン
LUT
使 して
SmartView
4K
のキャブレーシンを行なグレーデングを
用したイージ最も近い形でビデオを示でますまた
3D
LUT
使用して異なるルックを試
ともです。
LUT
は、
Blackmagic
SmartView
Setup
SmartView
4K
、業
LUT
ファイル
.cube
ードきる
Blackmagic
DaVinci
Resolve
タム
LUT
す。
LUT
ファイルての
DaVinci
Resolve
てく
い。
3DLUT3DLUT1ド:
1
Blackmagic
SmartView
Setup
す。
2
Load
LUT
1
の「
Load
」ボ。ロ
LUT
るウィ
。任
.cube
LUT
て「
Open
」ボ
3
み込んだ
LUT
するに
SmartView
4K
ロールパネル
3D
LUT
1
」ボ
す。
LUT
をオフにする同じボタンをもう一押します
3D
LUT
2
への
LUT
ローは、上記の手順です
Blackmagic
SmartView
Setup
3D
LUT
SmartView
4K
ード
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53
SmartScope
Duo
4K
の使用
SmartScope
Duo
4K
の使
Blackmagic
SmartScope
とは
、放
/
ストダクショープソリューョン
、小
1
度に
1
スコープし使できませんでしスコープによては
悪くクライアントの使に不向きなものもあり
SmartScope
Duo
4K
形モニーをモニングに追できュアモニでビデオ信号
るディテールをリアタイきま
Blackmagic
SmartView
Setup
で入
ると、
SmartScope
Duo
4K
す。さらもうニター
SDI
ターれてる入を、ターきま
SmartScope
Duo
4K
ープ
Blackmagic
SmartView
Setup
フト します。
Display
ドロプダウンメニーかスコ択します
下記おの数ペジに使用方法を紹介ているのれぞれの使方の理解
にしてください
Blackmagic
SmartView
Setup
使、異
Blackmagic
SmartScope
Duo
4K
の 各モー簡単に表示できます
ビデオモニング
Video
Monitoring
ニタリン便ニタ
SmartScope
が受信
ているビデオを確認できます
SD
入力信号の場
Set
」ド
4:3
ピラーボックスまたは
16:9
から表示方法を選
す。
LCD
ントラストュレョンなっ調すべ
認できますの変更はモニーにのみ適されビデオ信号にされませコープは
レーンやの変更による影響を受けませ
を「
Video
Monitoring
に設ビデオを表し、う一プを表示すと便
、「
MONITOR
1
」の
SDI
OUT
(ルースルー出力
MONITOR
2
」の
SDI
IN
す。
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54
SmartScope
Duo
4K
の使用
SD
ビデオは
Blackmagic
SmartView
Setup
の「
Set
」ド
ニューで
4:3
ピラーボックスまたは
16:9
ーン
表示方法を選択できますアナモル
SD
デオの示に
SD
aspect
to
16:9
SD
クトレシ
16:9
)」を
Video
Monitoring
表示は、画面やモーに通常表示される デオ信号を表示す定で
波形表示
Waveform
のルナンスニターのようなンコードさ
表示しビデオ信号の(輝レベルのモニグおよ調整に使用します
のルナンスターで
SD
アナロコンポジット映サポーされていません
。し
SmartScope
Duo
4K
の波形表示は
HD/SD/Ultra
HD
して
HD
デジルビデオ
ォーモニングを行ている場合でも、レベルを一貫方法で簡単に調節できます
Blackmagic
SmartView
Setup
の「
Display
」ド
Waveform
)」を
黒レベル
0%
、白
100%
しなようすることでミナンス
す。
形モニージをグラ化したもので、レー内のルミナンス値を、置を反映し形で
ば、の一部が露出過多の場合に表示じ横方向の位置に波形が
す。
フッよっりまントラストがニタリン
中間グレーに表示さない可能性があます下の写真は等な露出の画像で、左側に暗い領
レームの中心から右側にかけて明るがあることができます
background
55
SmartScope
Duo
4K
の使用
ミナンスする
Blackmagic
SmartView
Setup
の「
Display
」設で「
Waveform
形)を選デオ信号ルミナンス値を確認します
クト
Vectorscope
クトル クトーで す。
テスト
Blackmagic
SmartView
Setup
の「
Set
」ド
100%
たは
75%
す。
スコーレベルのチ使用できと思いるいますが、それはませ
。不
RGB
使 。不
プを使用できない理由は、不正レベルの認にロマ
/
ェッ
、ホ
/
ックポイントに色はルミナンスのる色ほ
度をはできません。プ表示にはカーのみ表示れ、ス値は表示さ
ないため、では不正カラーのチェには使用でません
スコープ表示はレベルの調節が必要な古いナログビデのカラーレベル
には最適なツですビデオテーラーーの部分を再生し、ビデオのラーをグラ内の
ックスせるようによび調します。
background
56
SmartScope
Duo
4K
の使用
ルスコービデオのホワイバランスがまたかぶかどに確
認できラーグレグにも最適でビデオ色かぶる場合はスコ
示が中心かられ、中心
2
見える場があます通常、ビデオ信号のブランキングに
ベクトルスコープのにドトがのブランキンいブラック
であるためブランキングは、報を含まないブラックデオの囲を識るのに立ち
ビデオに色かぶりている場合はクが中心れまずれの度合いは映の色かぶ
表していますホワイ
/
のデずれを確認でますの機能は、
スコりをし、正しいワイトバンスにのにちま
使、誤
/
ホワトにりを生じることなく
し上こときまランス
RGB
クト
ニタリントループランスの
題を簡単に確認でます
ど、のトーのカラーコレクショを行ベクルスプの
10
くら 沿
ュレョンす。「フレッシイン」
下にある血液の色に基づいたラインでがっトーラインはあらゆるの色
用でき出演者の肌の自然な色に見せができます
10
沿 ン・ラ
ルスコーでカラーバーテト信号
100%
または
75%
に選
background
57
SmartScope
Duo
4K
の使用
ード
RGB
および
YUV
パレカラーショカラー、チェック
ーコクション
Blackmagic
SmartView
Setup
の「
Display
」ド
RGB
Parade
RGB
)」
RGB
Parade
、青
示します 各カラーンネルのレをモタリすることで、オ信のブラッ
ラン す。
RGB
レー青のチャンネルに共通のデ
テールを確認できラーバラの調整や色かぶの除去が簡単に行えます
カラーレクンを行う上でビデオレベルをクグしない範限にするとが
。ビ
RGB
の上ないうに注意しださいると正レ
ルにます器によては、正である
RGB
レベル
100%
を生ないものもあますが、でき
す。
SmartScope
Duo
4K
では不正レベルが生た場合すぐに認できます
また、ビデオレベルは
/
白レルでじまカラーコレクションステム
0%
のブラックポイトを下るこ正な黒レルが見られリフたは
を上げ適切な値になるよに調ます時に、目盛
100%
を確ながら、ビデオ信
がりすぎ白が正なレベルにならないように調ます
YUV
は「
Display
」ド
YUV
Parade
YUV
)」
、ルマ(マ(、テ便
スコープにはルマのと右はクロマの
YUV
パレー
は、ビデオ信号のク値をラーのテンに使キャレーンする際便
。こ、カ
す。
ラーンは、不正レベルを生させずに最も美得るために調整を返す作業です
RGB
ード
ラーコレクン用
ラック
/
黒
ビデオ信号の黒レベ
ミッド
/
中間
ビデオ信号の中間グレーのレベル
イト
/
白
ビデオ信号の白レベル
background
58
SmartScope
Duo
4K
の使用
YUV
ード
Blackmagic
SmartView
Setup
の「
Display
」ド
で「
RGB
Parade
RGB
)」と「
YUV
Parade
YUV
)」
ストラム
Histogram
(ヒストグラ多くックデザイカメラマンにとあるス
コーヒストグラ示で白から黒までの配示されのクングされ
イト
/
ックディす。ストラム
す。
ブラックデオはスプレイの左側に示されホワイトは右側に示されます常、ビデオはす
トグラム
0
%から
100
%の間に表れますビデオ
0%
未満や
100%
、そ
デオはピングさいま時に生じるビデオのクピングは非に悪い結果につ
ねませんこれはに管理されたでカラーレクションを行う場合、ブラック
/
イトィテ
必ず持しく必るためですにビオをおよびのしに保つようにする
とで、飛び黒つぶディールなどにカラコレクシンを行え
す。
ラーを施す際、ビデオをクピングさせたい場合がかもれません。その場合、
グラム表示にビデオピン結果おピングされている範囲が表示されます
マを使することで、ィテールったまま少なのルックが
す。
、不
/
レベルの確はできますが、不正カラーレベルのチはでき
せんヒストグラは色を示しないためビデオに不ーが含まれていてもの範
色とされる場あります正レベルとカラーチェクにはデオ色とルミナンス
する
RGB
す。
background
59
SmartScope
Duo
4K
の使用
イトからブラックのるヒストラム
Blackmagic
SmartView
Setup
の「
Display
」ド
Histogram
ヒスグラム)を選ます
ディオメー
ディオメ
SDI
ビデオ信号のエンベデッドオーデオのーデレベルを表ます
16
ャン ッド ッド
dBVU
または
dBFS
ットで
す。
VU
メーく使使メー
ーです。
VU
は、
SMPTE
する
1
kHz/-20
dBFS
トトーン す。
dBFS
タルディメーーでタル使
す。
右のオオスコー
2
ャン タリ ャン
Set
」ド
プダウンメニ行いま例えチャンネル
1
2
、チ
3
4
オーィオスコープにはオー
ディ
X-Y
、オ、位、ま
ラルテレす。ノラルディ
In
Phase
」の
1
縦の示され
が水平方向に表示される場合はーデ「位相がずれダウム機器に送ら
ィオのなどなるありブル正しく接れてい
あるなど多く見らオーィオのひとつ
background
60
ット
ステオ信号をモニングしている合、右のオーデオスコープのオィオ信号の広
ディす。ディオトラックにレオンド
ディインす。ディオレオンド
い場合は、レイの表示はよ垂直軸に集中ます
オーィオはのようされることが多い方、ステレサウンを多くのスコ
、モ
L
R
が同一あるめ垂直軸上に表示
、ス
L
R
、水
LR
の差異を示す形で示されるため
ピールとオーィオンスをするオーディオメター
Set
ロップューニタリン
ディャン
ット
SmartView/SmartScope
ット ニット
トで調
SmartView/SmartScope
ターンフィギュショわずにビきますべ
ネット す。ットワフィ
ピューター
USB
続さている際のみ行できます
background
61
ット
ト・
モーでのモグには、ーに直接イでモて行方法があ
す。 ネット ットア
便 す。 ニット ニット イーット して
ーン す。 ーン上
ネット
IP
使 ニット ットワ
ク自コンピュータートポートにするだけ使きまこの
ではークチにケールを配線する必要がないため、
SmartView/SmartScope
をすやく
イーット して す。
イーネット
イーット・ネットイッ
ニット ネット ットワ
SmartView/SmartScope
1
ニット ニット イーット
デイジーチェきるためッチのポートを複使りませんこれによ
ークチにのケルを配線する必があません。その際、デイーチ上の全
電源が供る必要があ
ットワ ット ット
きますまたークにワイヤレクセスポイントがある合、あらゆ
Mac
または
Windows
ラップップ
WiFi
す。
IP
ネット
SmartView/SmartScope
の接続は、下記の手順に従
ください
1
トに梱されている電ケーブルしっと接続し、スイッチをオンにし
2
標準
RJ45
イーット 使 ネット
す。
background
62
ット
ト・
ットワ イッ 使 イーネット ニット す。
ニット ネット
りまニッりま
イーット・ネットイッ
ネット
IP
使 ニット ットワ
ニット
1
ニット ーン ネット
複数のケルを配線する必要はあん。電源が供給いる必要
す。
SmartScope 4KDuo
SmartScope 4KDuo
ット イッ
イーネット
クラント
ンピュー
background
63
設定の調整
ット調
ット
デバイス名
モニターに個の名前をつけることでワー
SmartView
SmartScope
きま
。(
1&2
、マ
4K
フィー
、必
USB
モニーが続されている確認し
ください
Blackmagic
SmartView
Setup
ニタアイコクリックしす。
で「
Network
、「
Details
(詳細)欄のー名を編
ますた名前効の合、ールドの横に警告アコンが 示されますの場合、
チェックマーコンピューターボード
Return
」キ
す。
ット
Blackmagic
SmartView
Setup
のネーク定センに変を加える場合は
Blackmagic
モニ
ター
USB
ット イーットで
調きま
トで
SmartView/SmartScope
DHCP
使 って
IP
アドレス
す。
DHCP
ーバーが
macOS
の「
Internet
Sharing
」機
Windows
8.1
または
10
の「
Internet
Connection
Sharing
ICS
機能有効直接接続るユ
DHCP
アドレス
ようにしまこれより、アルで
IP
アドレスをてるりまこの使
ンピュターインタートにれて
DHCP
アドレス
ンターネシェアングの
macOS
または
Windows
8.1
および
10
マニュアルなどを参
してく
使るコンフィギューション
DHCP
使、「
Static
IP
(固定
IP
)」
を割り当てまワークで
IP
ドレスの合を防ぐためシステム管スペ
IP
アドレス
。各
SmartView/SmartScope
には自の
IP
使、共
するありますインターターなどのトワークゲトウェイにする
ば「
Gateway
(ゲートウェイ)フォルトえるありま
ットワ
SmartView
SmartScope
出さ合、
DHCP
経由で
IP
レスを して
い可能があるため、各ユ切なネワーク設マニ要がます
1
コンピュターと
Blackmagic
SmartView/SmartScope
USB
続し
Blackmagic
SmartView
Setup
フト す。
2
続されたモニーは自動的に
SmartView
Setup
のホームページを表示し、モニター名の隣に
USB
アイす。
3
モニーのワーク設定を調整します
4
DHCP
経由で
IP
を受信ていないユニべてに上記の手順で設定を行い
background
64
設定の調整
ニタ
USB
、モ
USB
コンュー
に接続されているこを示しますワーク設定を調る際
は、
Blackmagic
ニタ
USB
続されている必要がます
ネット
DHCP
または固定
IP
アドレス
き、
USB
経由でのみ変可能
Blackmagic
ニタ
SmartView/SmartScope
Duo
4K
IP
って
Blackmagic
SmartView
Setup
のホー
ペーに自ターをマニュアルできま
加:
1
ットで
Blackmagic
モニーが続されているを確ださ下の
+
(プラス)をククする
Add
a
[Blackmagic
ニタ
]
ドウが開きます
2
IP
、「
Add
)」を
3
ソフェアがトのを検証し
SmartView
Setup
ームペ
Blackmagic
ニタ
す。のアイコクリックして、ニタこと
す。
background
65
タリ使
SmartView/SmartScope
は「
+
」ア
IP
アドレス してニュ
タリ使
タリ
SmartView/SmartScope
タリ使するありまにタリ使する
クションありま
SmartView
SmartScope
はタリーボー載していため
ンエプレー、録なビデオ信号のータのイジケータて使用できます
9
ピン
D
ートスイャーートメーシステムコンタクャー
スイャーートメーシステムと併タリーート
下記ーのピン続の表を参照い。
9
ピン
D
トの配線に関する情報は、ユニの背面に印刷さています別のモ赤、青の
リーボダーするコンタククロジャーれてい
緑と赤のボーを表示してい
SmartView
Duo
background
66
最適化
ーア
SmartView
Duo
SmartView
HD
SmartScope
を機材ラの高い置に設置す適なビ
アングルるために
LCD
す。
LCD
、向
ことをしたわります。アッンブェースプート取り
し、取りためジドライブの
No.2
要ですこれンプルな業で面アッセンブリーを
けるありま
従って、ェースプレトの
Blackmagic
Design
のロゴしいきに保たまま
きをジドライブの
No.2
す。
1
ェースプトの上下ネジ
SmartView
Duo
および
SmartScope
Duo
4K
には
10
ジ、
SmartView
HD
には
18
す。
2
のようにアッセンブリーェースプを取り外しま
3
アッンブにしま
4
したアッフェースす。
5
す。
SmartView/SmartScope
ラックり付けるきましたラックにルト付
調たりたりするノブ調
SmartView
ーア
す。
SmartViewDuoSmartScopeDuo4K
タリ
ピン機能
1 ニタ1、レ
2 ニタ1、グ
3 ニタ1、ブ
4
ンド
5
ンド
6
ンド
7 ニタ2、レ
8 ニタ2、グ
9 ニタ2、ブ
SmartViewHDSmartView4K
タリ
ピン機能
1
ッド
2
ーン
3
ブル
4
ンド
5 4 3 2 1
9
8
7 6
SmartView
タリーポート
background
67
最適化
、ビ
な状に維持されるかテを推奨します
、背
からェープレトを取り外
background
68
ロッ
ッパ
DevelopingCustomSoftwareUsingBlackmagicDesignHardware
The
Blackmagic
SmartView
Ethernet
Protocol
allows
developers
to
remotely
control
Blackmagic
SmartView
and
SmartScope
hardware
with
their
own
custom
software.
The
Blackmagic
SmartView
Ethernet
Protocol
is
a
text-based
status
and
control
protocol.
DownloadingtheFreeSmartViewEthernet
Protocol
The
Blackmagic
SmartView
Ethernet
Protocol
is
free.
It
is
included
in
this
SmartView
&
SmartScope
manual
and
can
be
downloaded
from
www.blackmagicdesign.com/jp/support
JoiningtheBlackmagicDesignDeveloperList
The
Blackmagic
Developer
mailing
list
is
designed
for
technical
questions
regarding
technologies
used
by
Blackmagic
Design,
e.g.,
QuickTime,
Core
Media,
DirectShow,
codecs,
APIs,
SDKs,
etc.
The
free
mailing
list
is
a
forum
where
developers
can
discuss
ideas
and
problems
with
other
developers.
Any
subscriber
may
reply
and
the
Blackmagic
Design
engineers
may
also
respond
when
appropriate.
You
can
subscribe
to
the
mailing
list
at:
http://lists.blackmagicdesign.com/mailman/listinfo/bmd-
developer
In
some
cases,
we
might
request
a
brief
outline
of
the
software
you
are
developing
if
it
is
not
immediately
obvious
from
your
domain
name
that
your
organization
develops
video
software.
Please
don
ʼ
t
take
offence
as
we
ʼ
re
simply
trying
to
keep
the
list
free
of
spam
and
viruses
as
well
as
end-
user
customers
asking
non-development
questions,
employment
agents
or
sales
people
trying
to
promote
products
on
the
list.
The
list
is
just
for
developers.
ContactingBlackmagicDesignDeveloper
Assistance
You
can
also
contact
us
via
developer@blackmagicdesign.com
if
you
have
any
developer
related
questions
or
wish
to
ask
questions
off
the
list.
Blackmagic
2K
Format
Overview
Blackmagic
Design
products
support
3G-SDI
video,
which
allows
twice
the
data
rate
of
traditional
HD-SDI
video.
We
thought
it
would
be
a
really
nice
idea
to
add
2K
film
support,
via
3G-SDI
technology,
so
we
could
simplify
feature
film
workflows.
With
the
popularity
of
Blackmagic
Design
editing
systems
worldwide,
now
thousands
of
people
can
benefit
from
a
feature
film
workflow
revolution.
background
69
ロッ
This
information
includes
everything
product
developers
need
to
know
for
building
native
2K
SDI
equipment.
Of
course,
all
Blackmagic
products
can
be
updated,
so
if
the
television
industry
adopts
an
alternative
SDI-based
film
standard,
we
can
add
support
for
that
too!
FrameStructure
Transmitted
at
23.98,
24
or
25
frames
per
second
as
a
Progressive
Segmented
Frame.
Active
video
is
2048
pixels
wide
by
1556
lines
deep.
Total
lines
per
frame
:
1650
Active
words
per
line
are
1535.
One
word
consists
of
a
10-bit
sample
for
each
of
the
four
data
streams,
i.e.,
a
total
of
40
bits.
See
the
diagram
named
Blackmagic
2K
Format
-
Data
Stream
Format.
Total
active
lines
:
1556
Total
words
per
line
:
1875
for
23.98/24Hz
and
1800
for
25Hz.
Fields
per
frame
:
2,
825
lines
each
Active
lines
located
on
lines
16-793
(field
1)
and
841-1618
(field
2).
TransportStructure
Based
on
SMPTE
372M
Dual
Link
mapping
and
SMPTE
425M-B
support
for
mapping
SMPTE
372M
into
a
single
3
Gb/s
link.
Timing
reference
signals,
line
number
and
line
CRC
insertion
is
the
same
as
above.
During
active
video,
10-bit
Red,
Green
and
Blue
data
is
sent
in
the
following
sequence:
Optional
ancillary
data
is
inserted
into
both
virtual
interfaces.
At
present,
only
audio
data
is
included:
as
per
standard
HD
audio
insertion
(SMPTE
S299M)
the
audio
data
packets
are
carried
on
data
stream
two
and
audio
control
packets
are
carried
on
data
stream
one.
Data
stream
1:
Green_1,
Green_2,
Green_3,
Green_5...Green_2047
Data
stream
2:
Blue_1,
Blue_2,
Green_4,
Blue_5...Green_2048.
Data
stream
3:
Red_1,
Blue_3,
Blue_4,
Red_5...Blue_2048.
Data
stream
4:
Red_2,
Red_3,
Red_4,
Red_6...Red_2048.
Blackmagic
2K
Format
Vertical
Timing
Reference
This
diagram
shows
the
vertical
timing
details
with
line
numbers
and
Field,
Vertical
and
Horizontal
bits
for
the
Timing
Reference
Signal
codes.
Field1 Active
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE
#
1650 1 2
...
14 15 16
...
792 793
...
825
Field2 Active
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE
#
825 826 827
...
839 840 841
...
1617 1618
...
1650
background
70
ロッ
Blackmagic
2K
Format
Data
Stream
Format
This
diagram
shows
the
data
stream
formats
around
the
optional
ancillary
data
section
of
the
horizontal
line.
Note
that
each
active
pixel
takes
up
three
samples.
Data
Stream
1
G2041
G2042
G2043
G2045
G2046
G2047
EAV
(
3FFh
)
EAV
(
000h
)
EAV
(
000h
)
EAV
(
XYZh
)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV
(
3FFh
)
SAV
(
000h
)
SAV
(
000h
)
SAV
(
XYZh
)
G1
G2
G3
G5
Data
Stream
2
B2041
B2042
G2044
B2045
B2046
G2048
EAV
(
3FFh
)
EAV
(
000h
)
EAV
(
000h
)
EAV
(
XYZh
)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV
(
3FFh
)
SAV
(
000h
)
SAV
(
000h
)
SAV
(
XYZh
)
B1
B2
G4
B5
Data
Stream
3
R2041
B2043
B2044
R2045
B2047
B2048
EAV
(
3FFh
)
EAV
(
000h
)
EAV
(
000h
)
EAV
(
XYZh
)
LN0
LN1
CRC0
CRC1
040
040
SAV
(
3FFh
)
SAV
(
000h
)
SAV
(
000h
)
SAV
(
XYZh
)
R1
B3
B4
R5
Data
Stream
4
R2042
R2043
R2044
R2046
R2047
R2048
EAV
(
3FFh
)
EAV
(
000h
)
EAV
(
000h
)
EAV
(
XYZh
)
LN0
LN1
CRC0
CRC1
200
200
SAV
(
3FFh
)
SAV
(
000h
)
SAV
(
000h
)
SAV
(
XYZh
)
R2
R3
R4
R6
Word#

23.98/24
PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#

25
PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
background
71
ロッ
Blackmagic
SmartView
Ethernet
Protocol
v1
.
3
Summary
The
Blackmagic
SmartView
Ethernet
Protocol
is
a
text-based
status
and
control
protocol,
very
similar
in
structure
to
the
Videohub
protocol,
that
is
accessed
by
connecting
to
TCP
port
9992
on
a
SmartView
or
SmartScope
device.
Upon
connection,
the
SmartView
or
SmartScope
device
sends
a
complete
dump
of
the
state
of
the
device.
After
the
initial
dump,
state
changes
are
sent
asynchronously.
The
device
sends
information
in
blocks
which
have
an
identifying
header,
followed
by
a
colon.
A
block
can
span
multiple
lines
and
is
terminated
by
a
blank
line.
To
be
resilient
to
future
protocol
changes,
clients
should
ignore
blocks
they
do
not
recognize,
up
to
the
trailing
blank
line.
Within
recognized
blocks,
clients
should
ignore
lines
they
do
not
recognize.
Version
1.3
of
the
Blackmagic
SmartView
Ethernet
Protocol
was
released
with
SmartView
1.3
software.
ProtocolPreamble
The
first
block
sent
by
the
SmartView
Server
is
always
the
protocol
preamble:
PROTOCOL PREAMBLE:
Version: 1.3
The
version
field
indicates
the
protocol
version.
When
the
protocol
is
changed
in
a
compatible
way,
the
minor
version
number
will
be
updated.
If
incompatible
changes
are
made,
the
major
version
number
will
be
updated.
DeviceInformation
The
next
block
contains
general
information
about
the
connected
SmartView
or
SmartScope
device.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
This
example
shows
the
output
for
a
SmartView
Duo
device,
which
has
two
LCDs.
The
INVERTED
flag
indicates
whether
the
device
has
detected
that
it
has
been
mounted
in
an
inverted
configuration
to
optimize
LCD
viewing
angle.
Legend
↵ carriage return
and so on
background
72
ロッ
NetworkConfiguration
The
next
block
shows
the
TCP/IP
networking
configuration:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
The
network
settings
prefixed
with
CURRENT
show
the
active
TCP/IP
settings,
and
are
read-only.
The
CURRENT
settings
reflect
either
the
DHCP
or
Static
configuration,
depending
on
the
DYNAMIC
IP
flag.
ChangingNetworkingSettings
The
network
can
be
configured
to
use
either
DHCP
or
a
static
configuration.
To
enable
DHCP:
NETWORK:
Dynamic IP: true
To
set
a
fixed
IP
address,
supply
all
static
parameters,
thus:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
The
parameters
with
the
CURRENT
prefix
are
read-only,
and
show
the
active
configuration,
regardless
of
the
static
or
dynamic
setting.
Changing
the
device
name,
or
any
network
settings,
will
cause
the
IP
connection
to
be
dropped.
The
device
will
restart
its
networking
and
advertise
its
new
name
on
the
network.
ChangingMonitorSettings
The
display
settings
for
each
monitor
are
specified
individually.
One
or
more
parameters
can
be
modified
at
the
same
time
and
multiple
settings
can
be
supplied
in
one
block.
The
valid
range
for
numeric
values
is
0-255.
The
CONTRAST
and
SATURATION
properties
are
zero-
centered,
so
the
normal
value
is
127,
such
that
the
displayed
picture
is
the
same
as
the
original.
A
value
greater
than
127
in
either
channel
will
cause
the
contrast
or
saturation
to
be
increased,
and
similarly
a
value
less
than
127
will
cause
a
decrease.
For
example,
to
set
the
brightness
to
50%
and
desaturate
the
image
to
Black
&
White:
MONITOR A:
Brightness: 127
Saturation: 0
background
73
ロッ
DisplayingSDin16
:
9
The
following
command
sets
standard
definition
video
to
display
in
16:9:
MONITOR A:
WidescreenSD: ON
DisplayingSDin4
:
3
The
following
command
sets
standard
definition
video
to
display
in
4:3:
MONITOR A:
WidescreenSD: OFF
IdentificationandTallySettings
The
Identify
flag
is
transient,
and
will
cause
a
white
border
to
be
displayed
around
the
entire
picture
for
a
duration
of
15
seconds,
after
which
it
will
be
reset.
This
feature
is
primarily
aimed
at
identifying
which
monitor
is
currently
being
configured
when
it
is
mounted
in
a
rack
comprising
multiple
units.
To
turn
on:
MONITOR A:
Ide ntify: tr u e
The
IDENTIFY
border
will
temporarily
override
any
other
border
setting
in
effect.
The
BORDER
property
can
be
used
to
programmatically
set
the
soft
Tally
colored
borders
to
one
of
the
primary
colors:
RED,
GREEN,
BLUE,
WHITE
or
NONE.
This
setting
can
be
overridden
by
the
electrical
Tally
signals
at
the
DB-9
input
on
the
device
itself.
For
example,
to
set
the
soft
Tally
to
green:
MONITOR B:
Border: green
The
hard
wired
tally
will
always
override
the
soft
tally.
The
full
state
report
will
always
show
the
current
valid
border.
SmartScopeSettings
On
SmartScope
Duo
4K,
each
monitor
can
be
set
to
display
a
different
scope.
The
values
for
activating
specific
scopes
are
mapped
as
follows:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture
(This
is
the
same
as
Video
Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
In
the
example
above,
Monitor
A
has
been
set
as
a
video
monitor.
background
74
ロッ
DisplayingSDin16
:
9
The
set
Video
Monitor
mode
to
display
standard
definition
video
in
16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
DisplayingSDin4
:
3
To
set
Video
Monitor
mode
to
display
standard
definition
video
in
4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
When
setting
one
of
SmartScope
Duo
4K
ʼ
s
monitors
to
audio
metering,
you
can
also
select
which
channels
to
show.
The
values
for
selecting
which
audio
channels
are
mapped
in
the
following
way:
0:
Channels
1
and
2
1:
Channels
3
and
4
2:
Channels
5
and
6
3:
Channels
7
and
8
4:
Channels
9
and
10
5:
Channels
11
and
12
6:
Channels
13
and
14
7:
Channels
15
and
16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
In
the
example
above,
Monitor
B
has
been
selected
to
display
Audio
Metering
in
Dbvu
with
audio
channels
1
and
2
selected
for
the
phase
meter.
SelectingLUTsforSmartView4K
To
select
3D
LUTs
using
SmartView
4K:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
background
75
ルプ
ルプ
ルプ
ート4ります。
1
Blackmagic
Design
ー(
www.blackmagicdesign.com/jp/support
)で
ト情報を確認する。
2
りの
Blackmagic
Design
の取り扱い販店に電話をかける。
りの
Blackmagic
Design
最新の技術情を得即座に
を提供できますまた売店で別のークー要件に合わせたサポ
きるのでらのポートオプションもすることをおめしま
3
Blackmagic
Design
ェブイト
www.blackmagicdesign.com/jp/support
で「
使 して
4
Blackmagic
Design
ートにートートオ
ックすると寄りの
Blackmagic
Design
フィス す。
びシステムのを可限り詳しくくださいきるだけ
す。
background
76
規制警告おび安全情報
規制関す警告安全情報
規制警告
欧州連合内での電気機器おび電子機器廃棄処分
に記されている記号は器をの廃物と共に処分してはならないこ
ていますするに必ずリサイために指に引き渡しください
いて個収とリサイることで、つなり、
康と守る方リサイるようになりするのリサイ
めの回収場所に関は、住いの地方体のル部門、は製品を購入
にごださい
の機器は、
FCC
定の第
15
、ク
A
ル機器の制に適が確
れらの制限は、商用環境で機を使いる場合に有害な干渉対す
妥当な保護を供す目的ていの機器は無線周波エルギを生成使用、
する可あり従っインールおよび使用し
に有害な干渉を引き起こす恐があます住宅域で当製品を使用す害な干渉を
す可能性があその場合はユーザーが自己責任干渉に対処る必要があます
次の
2
つを条件とます
1
、有
2
は希望しない作をねない干渉を含む、いかなる受信干渉も受け入れる必要
ある。
安全情報
の機器は、ず保護接地のある接続い。
のリスク減らすたり、いでください
の機器は、周囲温度が最高
40
度までの帯地区での 使用に対応いま
ようペースをけるようにしてくだ
ラックウントするよりようにしくださ
ユーザーができる部はあせん。サービスに関してはお近く
Blackmagic
Design
サービスーにお問い合わせ
海抜
2000m
上で使用しないでください
当製品は、
SFP
ールォームファクタランシーバー)ァイバーール
ラスラス
1
SFP
ュール使
奨され
Blackmagic
Design
SFP
ル:
3G-SDI
PL-4F20-311C
6G-SDI
PL-8F10-311C
タッフ
ビス前に電源電源い。
警告
二極
/
ヒューズ
この線と中にヒュー使れており、
ウェ
IT
してす。
background
77
保証
保証
12
ヶ月
Blackmagic
Design
、お
12
月間およがりついない
を保証ます保証期間内に製品に瑕疵た場合
Blackmagic
Design
社の裁量に
て部品代お件費無料で該製品の修理、あるは製品の交換のずれで対応ます
証に基づいたサービ受け際、ず保終了前に
Blackmagic
Design
に瑕疵を
知しするサービスのきを行くださいおいてを梱包し
Blackmagic
Design
定すセンへ配付いたますお願います
ず、
Blackmagic
Design
への製品返送のめの送料、保険、関税税金その他
す。
不適切使用、は不十分取扱る不具故障、損傷に対は、の保証
用されません
Blackmagic
Design
はこ証で、下に関しサービス提を負わないもの
す。
a
、サ
Blackmagic
Design
って
た損傷の修理、
b
不適切なルや使互換性の機器への接続にた損傷の修
理、
c
Blackmagic
Design
の部品や供給品ではなを使べての損傷や故障の修理、
d
品とにより時や製下が生じのサービスこの
Blackmagic
Design
するもので、または示をず他てに代るもので
す。
Blackmagic
Design
その社はと特定目的にる適のあらゆる黙証を拒
す。
Blackmagic
Design
の不良品の修いは換の責任が特別に、接的、偶発的、または結
して
Blackmagic
Design
ようての
前通を得ている否かに関様に提供される完全唯の救手段となます
Blackmagic
Design
はお客る機器ゆる不法使用にて責任をいません。
Blackmagic
Design
は本製
品の使用にゆる損害にて責任いまん。使用者は己の責任において本製品を
使します。
©
Copyright
2018
Blackmagic
Design
。「
Blackmagic
Design
、「
DeckLink
、「
HDLink
」、
Workgroup
Videohub
、「
Multibridge
Pro
、「
Multibridge
Extreme
、「
Intensity
、「
Leading
the
creative
video
revolution
」は
米国なびにの他諸国での登録商標でその他の企業名びに製品名全てぞれ関連す会社の登録商標で可能
ります。
background
78
Manuel d'utilisation et d'installation
Juin 2018
Français
SmartView &
SmartScope
background
Bienvenue
Nous espérons que vous partagez le même rêve que nous : c'est-dire que l'industrie télévisée
soitun lieu créatif qui permette à chacun d'avoir accès à la plus haute qualité vidéo qui soit.
Le monitoring vidéo est nécessaire dans tous les studios. Le SmartView 4K est doté d’un écran LCD 4K
natif, vous pouvez ainsi visionner de la vidéo Ultra HD en pleine résolution. De plus, son boîtier de 6
unités de rack comprend un panneau de contrôle qui permet de modifier rapidement les paramètres.
Le SmartView HD offre quant à lui un écran LCD de 17 pouces, dans un design de 6 unités de rack
et de moins d’un pouce d’épaisseur. Le SmartView Duo intègre deux écrans LCD indépendants de
8pouces dans un format de 3 unités de rack et de moins d’un pouce d’épaisseur. Enfin, le SmartScope
Duo 4K comprend deux écrans LCD indépendants de 8 pouces ainsi qu’une fonction d’affichage de
la forme d’onde, vous pouvez donc vérifier les niveaux de votre vidéo à la volée. Tous les moniteurs
SmartView prennent en charge la vidéo SD, HD et 2K via 3G-SDI. Le SmartScope Duo 4K et le
SmartView 4K supportent même l'Ultra HD 4K via 6G-SDI et 12G-SDI respectivement !
Ces solutions de monitoring vidéo ont été conçues pour fonctionner dès leur sortie de l'emballage.
De plus, le logiciel Blackmagic SmartView Setup offre aux utilisateurs un outil de configuration
simple et intuitif.
Ce manuel d'utilisation devrait contenir toutes les informations dont vous avez besoin pour la mise
en route de votre SmartView ou SmartScope. Il vous est toutefois recommandé de faire appel à
dupersonnel qualif en cas de doute sur ce qu'est une adresse IP ou si vous souhaitez davantage
d'informations sur les réseaux d'ordinateurs. Les produits SmartView et SmartScope sont faciles à
installer. Il y a toutefois quelques préférences techniques qu'il vous faudra configurer après l'installation.
L'installation devrait vous prendre 5 minutes. Veuillez consulter notre site Internet
www.blackmagicdesign.com/fr et notre page d'assistance pour télécharger les dernières mises
à jour de ce manuel et du logiciel SmartView. Enfin, veuillez enregistrer votre équipement lors
du téléchargement des mises à jour afin que nous puissions vous tenir informés de la sortie d'un
nouveau logiciel. Nous travaillons constamment sur de nouvelles fonctionnalités et nous nous
efforçons d’améliorer nos services en permanence : c’est pourquoi nous aimerions avoir votre avis !
Grant Petty
PDG de Blackmagic Design
background
Sommaire
SmartView & SmartScope
Mise en route 81
Découverte du SmartView et du SmartScope 81
Connecter des sources vidéo 82
Connecter un ordinateur 82
Installer le Blackmagic SmartView Setup 83
Utiliser le Blackmagic SmartViewSetup 84
Mise à jour du logiciel 84
Ajuster les paramètres du moniteur 84
Utiliser le SmartView 4K 87
Découvrir le Blackmagic SmartView 4K 87
Boutons de contrôle 88
Charger des LUTs 3D à l’aide du Blackmagic SmartView Setup 90
Utiliser SmartScope Duo 4K 91
Qu'est-ce que le Blackmagic SmartScope ? 91
Achage Video Monitoring 91
Achage Waveform 92
Achage Vectorscope 93
Achages Parade 95
Achage Histogram 96
Achages des niveaux audio 97
Connexion à un réseau 98
Connexion Ethernet directe 99
Commutateur réseau Ethernet 99
Modifier les paramètres réseau 101
Paramètres réseau 101
Ajouter un moniteur Blackmagic 102
Utilisation du tally 103
Broches du port tally 103
Optimiser l'angle de vision 104
Developer Information 106
Blackmagic 2K Format – Overview 106
Blackmagic 2K Format – Vertical Timing Reference 107
Blackmagic 2K Format – Data Stream Format 108
Blackmagic SmartView Ethernet Protocol v1.3 109
Assistance 113
Avertissements et informations desécurité 114
Garantie 115
background
81Mise en route
Mise en route
Découverte du SmartView et du SmartScope
Les moniteurs SmartView sont des outils de choix pour les studios qui ont besoin d’une solution de
monitoring sur rack. Pour les mettre en route, il suffit de les brancher à une source d'alimentation
et de connecter une source SDI !
Le SmartView 4K possède un écran LCD 4K de 15,6 pouces, vous pouvez donc afficher de la vidéo
SD, HD ou Ultra HD dans sa résolution native de 3840x2160. Les boutons situés sur la face avant de
l’appareil vous permettent de sélectionner facilement les entrées, d’ajuster la luminosité de l’écran,
de vérifier s’il y a du bruit dans le canal bleu, d’afficher les informations de blanking, d’appliquer des
LUTs 3D et autres.
Le SmartView HD intègre un écran LCD HD de 17 pouces qui est parfait pour le monitoring en HD
pleine résolution.
Le SmartView Duo dispose de deux moniteurs pour afficher simultanément différents signaux vidéo.
Vous pouvez par exemple afficher un signal YUV 4:2:2 sur le premier moniteur et un signal RVB 4:4:4
sur le deuxième, ou encore un signal NTSC sur un moniteur et un signal PAL sur l’autre. Réalisez de
nombreuses combinaisons, en connectant simplement un câble SDI à chaque moniteur !
SmartScope Duo 4K intègre les mêmes fonctionnalités que SmartView Duo, mais il permet également
d’afficher la forme d’onde, le vecteurscope et d’autres scopes populaires pour le monitoring de la
vidéo et de l’audio en temps réel. De plus, vous disposez d’une prise en charge intégrale de
l’Ultra HD 4K !
Toutes les entrées SDI des moniteurs SmartView et SmartScope supportent la détection automatique
de la SD, de la HD ou du 3G-SDI, y compris la vidéo 2K. Le SmartView 4K détecte également l’Ultra
HD via 12G-SDI, notamment les formats tels que 2160p60. Le SmartScope Duo 4K, quant à lui,
détecte automatiquement la vidéo Ultra HD 4K via 6G-SDI.
Si vous souhaitez ajuster à distance les paramètres de plusieurs appareils SmartView et SmartScope à
partir d’un ordinateur, vous pouvez les relier ensemble via Ethernet. Ainsi, vous n’aurez pas besoin de
brancher un ordinateur à chaque appareil via USB à chaque fois que vous devez ajuster des paramètres.
C'est tout ce que vous devez savoir pour commencer ! Veuillez lire ce qui suit pour obtenir de plus
amples informations concernant la connexion du SmartView et du SmartScope, la configuration des
paramètres du moniteur à l’aide du Blackmagic SmartView Setup et la connexion à un réseau.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
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82Mise en route
Connecter des sources vidéo
Les moniteurs SmartView et SmartScope intègrent des connecteurs BNC standard pour connecter des
équipements SDI, tels que des mélangeurs, des caméras, des cartes d’acquisition et des enregistreurs.
Acher une image
Afficher une image est un jeu d’enfant ! Il suffit de mettre l’appareil en marche et de connecter une
source vidéo à une entrée SDI. Une fois lappareil alimenté et connecté, la vidéo devrait s’afficher
immédiatement. Les signaux SD, HD et 2K sont détectés automatiquement par l’entrée et la sortie
en boucle SDI. Le SmartView 4K et le SmartScope Duo 4K détectent également l’Ultra HD 4K.
Lorsque l’appareil ne reçoit pas de vidéo, le rétroclairage s’éteint afin d’économiser de l’énergie
jusqu’à ce qu’un signal valide soit reçu.
Relier les moniteurs en chaîne
Chaque moniteur SmartView et SmartScope possède sa propre entrée SDI indépendante ainsi
qu’une sortie en boucle afin que vous puissiez relier plusieurs moniteurs en chaîne pour afficher
le même signal d’entrée :
1 Alimentez l’appareil 1. Connectez une source vidéo à une entrée SDI. La vidéo devrait
s’afficher immédiatement.
2 Alimentez l’appareil 2. Connectez un câble SDI entre la sortie en boucle de l’appareil 1 et
l'entrée SDI de l’appareil 2.
Il n'y a pas de limite au nombre d’appareils que vous pouvez relier.
Si vous faites du monitoring de forme d'onde avec le SmartScope Duo 4K, vous souhaiterez sans doute
relier la sortie du moniteur 1 au moniteur 2 afin que les deux écrans affichent le même signal d’entrée.
Une fois la vidéo affichée, vous pouvez ajuster les paramètres des moniteurs, ou sélectionner des
scopes sur le SmartScope Duo 4K à l’aide du logiciel SmartView Setup. Vous pouvez également
utiliser ce logiciel pour charger des LUTs 3D sur le Blackmagic SmartView 4K.
SmartView 4K SmartView HD
SmartView Duo
SmartScope Duo 4K
Connecter un ordinateur
Configurez les paramètres du moniteur SmartView ou SmartScope en le connectant à votre
ordinateur via USB et en installant le logiciel Blackmagic SmartView Setup.
La connexion USB permet également d’effectuer des mises à jour logicielles téléchargées sur le site
Internet de Blackmagic Design. Ces mises à jour peuvent offrir de nouvelles fonctionnalités, une
compatibilité avec du nouveau matériel ou une prise en charge de nouveaux formats. Le logiciel
Blackmagic SmartView Setup peut être installé sur les ordinateurs macOS et Windows.
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83Mise en route
Installer le Blackmagic SmartView Setup
Le Blackmagic SmartView Setup est compatible avec les dernières versions Sierra et High Sierra de
macOS, et avec les versions 64 bits de Windows 8.1 et Windows 10 si les derniers service pack sont
installés. Si vous le souhaitez, le Blackmagic SmartView Setup peut être installé sur plusieurs
ordinateurs en réseau.
La carte SD fournie avec le SmartView contient le programme d’installation du logiciel. Toutefois,
nous vous conseillons de consulter le site www.blackmagicdesign.com/fr/support pour vous assurer
que vous disposez de la dernière version.
Installation sur macOS :
Ouvrez la carte SD fournie, ou l’image disque téléchargée, et double-cliquez sur l’icône d’installation
SmartView. Un dossier SmartView sera créé dans le dossier Applications. Il contiendra le logiciel
SmartView Setup, un désinstalleur pour supprimer les anciennes versions lors des mises à jour,
et un dossier documents contenant ce manuel et d’autres informations relatives à SmartView.
Installation sur Windows :
Sur Windows, ouvrez la carte SD qui vous a été fournie, ou le fichier zip téléchargé, et double-cliquez
sur le programme d’installation SmartView. Suivez les instructions à l’écran pour installer le logiciel.
Pour installer le logiciel sur macOS, ouvrez le fichier SmartView.dmg
sur la carte SD fournie, ou dans le dossier Downloads, puis
double-cliquez sur l’icône d’installation SmartView.
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84Utiliser le Blackmagic SmartViewSetup
Utiliser le Blackmagic SmartViewSetup
Mise à jour du logiciel
Une fois que vous avez installé et ouvert le SmartView Setup, cliquez sur l’icône de paramétrage
située sous le nom du moniteur. Une mise à jour du logiciel interne de votre SmartView ou
SmartScope vous sera peut-être proposée. Pour ce faire :
1 Connectez votre SmartView ou SmartScope à un ordinateur via USB ou Ethernet, puis
ouvrez le Blackmagic SmartView Setup.
2 Lorsque le message saffiche, cliquez sur Update. La mise à jour peut prendre
quelques minutes.
3 Le message : "This SmartView has been updated" (Ce SmartView a été mis à jour) devrait
s'afficher à l'écran une fois la mise à jour effectuée.
4 Cliquez sur Close.
Si aucune mise à jour logicielle n'est requise, le Blackmagic SmartView Setup ouvrira la page de
configuration de votre moniteur.
Lorsque vous lancez le SmartView Setup et que vous cliquez sur
l’icône de paramétrage du SmartView ou SmartScope connecté,
ce message apparaît si une mise à jour est requise.
La mise à jour prendra environ 5 minutes.
Ajuster les paramètres du moniteur
Une fois ouvert, l'utilitaire Blackmagic SmartView Setup cherche automatiquement les appareils
SmartView ou SmartScope connectés via USB ou Ethernet, et les affiche sur la page daccueil du
SmartView Setup. Si plusieurs moniteurs Blackmagic sont connectés à votre réseau, cliquez sur les
flèches situées sur les côtés gauche et droit de la page d'accueil pour sélectionner le moniteur que
vous souhaitez ajuster. Si votre moniteur Blackmagic est connecté via USB, une icône USB
apparaîtra à côté du nom du moniteur.
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85Utiliser le Blackmagic SmartViewSetup
Pour ajuster des paramètres, sélectionnez le moniteur connecté via Ethernet ou USB, et cliquez sur
l’icône de paramétrage située sous le nom du moniteur. La page de configuration du moniteur
sélectionné s’ouvrira. Une fois que vous êtes satisfait des nouveaux paramètres, cliquez sur le bouton
Save afin de sauvegarder les paramètres et de retourner sur la page d’accueil du SmartView Setup.
Consultez la section suivante pour obtenir plus d'informations concernant le réglage des paramètres des
moniteurs Blackmagic. Pour obtenir plus d’informations sur la configuration des paramètres réseau à l’aide
du Blackmagic SmartView Setup, consultez la section «Ajuster les paramètres réseau» de ce manuel.
Le logiciel Blackmagic SmartView Setup recherche automatiquement
les appareils SmartView et SmartScope connectés localement via
USB ou sur un réseau.Lorsque vous mettez à jour le logiciel interne
du moniteur, veillez à ce que le moniteur soit connecté via USB ou
Ethernet. Une icône USB apparaîtra à côté du nom du moniteur.
Paramètres du moniteur
Pour ajuster les paramètres et les affichages de chaque moniteur, il faut les connecter via Ethernet
ou USB. Sélectionnez le moniteur que vous souhaitez régler en cliquant sur les flèches gauche et
droite de la page d’accueil du SmartView Setup, puis cliquez sur l’icône de paramétrage située sous
le nom du moniteur. La page de configuration est automatiquement personnalisée afin de
correspondre aux fonctionnalités offertes par le moniteur Blackmagic sélectionné.
Sur SmartScope, vous pouvez choisir entre les scopes et
le monitoring vidéo dans le menu déroulant Display.
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86Utiliser le Blackmagic SmartViewSetup
Paramètre Adjust
Lorsque vous utilisez un SmartScope ou un SmartView Duo, choisissez le(s) moniteur(s) que vous
souhaitez ajuster en sélectionnant Left Monitor, Right Monitor ou Both Monitors. Lorsque le
paramètre Both Monitors est activé, les ajustements de luminosité, de contraste et de saturation
seront appliqués aux deux moniteurs de SmartView Duo et de SmartScope.
Paramètre Display
Lorsque vous utilisez un SmartScope, le menu déroulant Display vous permet de sélectionner
lesscopes. Sélectionnez Video Monitoring si vous souhaitez uniquement afficher l’image vidéo.
Paramètre Set
Sur le SmartScope, le menu déroulant Set vous permet de sélectionner un format 4:3 ou 16:9 pour
lemonitoring vidéo lorsque vous travaillez avec de la vidéo SD. Le menu déroulant Set offre des
options supplémentaires pour l’affichage sélectionné, notamment vecteurscope, audio dBFS et
audio dBVU.
Video Monitoring : Choisissez dafficher l’image vidéo au format 4:3 ou 16:9.
Pour visionner de la vidéo SD au format large anamorphosé, choisissez 16:9. En revanche,
pour visionner de la vidéo SD standard, choisissez 4:3.
Vectorscope : Choisissez si votre entrée repose sur une mire de barres couleurs de
100%ou de 75%.
Audio dBFS : Choisissez la paire de canaux audio pour le monitoring de la phase.
Audio dBVU : Choisissez la paire de canaux audio pour le monitoring de la phase.
Pour visionner de la vidéo SD au format large anamorphosé,
choisissez SD Aspect to 16:9.
Paramètres Brightness, Contrast, Saturation
Déplacez les curseurs pour ajuster la luminosité, le contraste et la saturation.
Case Identify
Lorsque la case Identify est cochée, les moniteurs sélectionnés dans le Blackmagic SmartView
Setup afficheront une bordure blanche. Lorsque plusieurs appareils SmartView et SmartScope sont
connectés sur un réseau, ce paramètre permet d’identifier facilement le moniteur sélectionné.
Lorsque ce paramètre est utilisé conjointement avec le paramètre Both Monitors, la bordure
blanche s’affichera sur les deux moniteurs de SmartView Duo ou de SmartScope Duo 4K.
placez les curseurs vers la gauche ou vers la droite pour ajuster la
luminosité, le contraste et la saturation. Cochez la case Identify
pour identifier le moniteur sélectionné.
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87Utiliser le SmartView 4K
Utiliser le SmartView 4K
Découvrir le Blackmagic SmartView 4K
Le SmartView 4K est un moniteur broadcast Ultra HD de 6 unités de rack, doté de connexions
12G-SDI permettant un affichage de la vidéo SD, HD et Ultra HD jusqu'à 2160p60. Avec son écran
lumineux et son large angle de vision, le SmartView 4K offre une image nette aux couleurs vives
pour une mise au point et un monitoring des couleurs précis. De plus, il prend en charge la plupart
des formats vidéo.
Conçu pour une utilisation en studio et en extérieur, le SmartView 4K offre une excellente prise en
main. Grâce à ses connexions sur la face latérale et sa prise en charge des normes VESA, l’appareil
peut être installé dans des espaces restreints, sur un mur ou sur un bras articulé. Le SmartView 4K
peut être contrôlé à l'aide du panneau de commande intégré, ou à distance via Ethernet lorsque le
panneau avant n’est pas accessible.
Les deux entrées 12G-SDI multidébits vous permettent de choisir entre deux sources SDI, et grâce
au logement pour module SFP conforme aux normes SMPTE, vous pouvez ajouter un module SDI
fibre optique et connecter votre vidéo via fibre optique. Le SmartView 4K intègre également une
sortie 12G-SDI pour acheminer votre vidéo vers d’autres équipements, deux connecteurs Ethernet
pour la connexion en réseau, le contrôle à distance et une sortie en boucle permettant une liaison
en cascade avec d’autres moniteurs. De plus, il est doté d’une entrée tally pour la production en
direct et d’un port USB pour les mises à jour du logiciel interne.
Vous pouvez même charger des LUTs 3D conformes aux normes de l’industrie avec l’extension .cube
ou des LUTs DaVinci Resolve à l’aide du Blackmagic SmartView Setup. En outre, les LUTs 3D vous
permettent de connecter le SmartView 4K directement à la caméra et de visionner vos clips juste avant
l’étalonnage final. Grâce aux deux niveaux de focus peaking, la mise au point de vos plans sera toujours
impeccable. De plus, la prise en charge du courant alternatif et du courant continu vous permet de
brancher l’appareil à une prise secteur ou à une batterie externe pour vous déplacer sur le plateau.
Le SmartView 4K est la solution de monitoring idéale pour la production broadcast en extérieur et
en studio, car il affiche la vidéo en SD, HD et Ultra HD dans sa résolution native de 3840x2160.
REMARQUE Lorsque vous connectez l’alimentation externe via l’entrée d’alimentation DC,
veillez à ce que la sortie d’alimentation externe puisse prendre en charge 24 watts à 12 volts.
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88Utiliser le SmartView 4K
Boutons de contrôle
Le panneau de contrôle intègre une rangée de boutons pour ajuster rapidement les paramètres
du SmartView 4K.
Bouton Input
Appuyez sur ce bouton pour passer en revue tous les signaux vidéo connectés aux entrées 12G-SDI
du SmartView 4K et à l’entrée du module SFP fibre optique en option. Lorsqu’aucune vidéo n’est
connectée, l’entrée en question affiche un signal noir. Lorsque vous commutez entre les entrées,
des informations concernant le format de l’entrée connectée s’affichent momentanément en haut
à gauche du moniteur.
Bouton Disp
Le bouton Disp permet de régler la luminosité de l’écran LCD du SmartView 4K. Ajustez la luminosité
en appuyant sur les flèches haute et basse. Appuyez à nouveau sur le bouton Disp pour fermer ce
paramètre.
Bouton H/V Delay
Le bouton H/V Delay vous permet de confirmer rapidement la présence de données auxiliaires au
sein du signal vidéo SDI. Par exemple, appuyez une fois sur le bouton H/V Delay pour visualiser
les données auxiliaires horizontales. Appuyez à nouveau sur ce bouton pour afficher les données
auxiliaires verticales, utilisées couramment pour le sous-titrage codé.
Bouton Blue Only
Si le signal vidéo numérique comporte du bruit, celui-ci est plus visible au sein du canal bleu. Vous
pouvez donc facilement vérifier si le signal est bruité en appuyant sur le bouton Blue Only. Cette
fonction affiche uniquement le canal bleu, représenté par une image en noir et blanc. Cette image
en noir et blanc peut également être utilisée lorsque vous vérifiez la mise au point de la caméra.
Bouton Zoom
Une façon d’obtenir une mise au point impeccable sur la caméra est d’utiliser le bouton Zoom.
Appuyez une fois pour zoomer dans l’image. Vous pouvez ainsi facilement voir si un objet est net.
Appuyez une nouvelle fois pour rétablir l'image.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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89Utiliser le SmartView 4K
Bouton Peak
Appuyez sur le bouton Peak pour activer le focus peaking afin de vérifier facilement la mise au point
de la caméra. Cette fonction affiche un contour vert autour des zones les plus nettes de l'image.
Vous pouvez commuter entre deux niveaux de peaking en appuyant plusieurs fois sur ce bouton.
Des contours verts très prononcés indiquent que l’image de la caméra est nette.
3D LUT 1 et 3D LUT 2
Les boutons LUT vous permettent de visualiser votre image à l’aide de LUTs 3D personnalisées
générées dans DaVinci Resolve ou de LUTs .cube conformes aux normes de l’industrie. Appuyez
surun des boutons LUT pour activer la LUT en question. Touchez à nouveau pour la désactiver.
Pourplus d'informations sur l’utilisation des LUTs 3D avec le SmartView 4K, consultez lasection
« Charger des LUTs 3D à l’aide du Blackmagic SmartView Setup ».
Boutons H Mark et V Mark
Vous pouvez visualiser et modifier les repères d'image à laide des boutons H Mark et V Mark.
Les repères d’image facilitent la composition des plans et vous permettent de positionner des
informations importantes ou des graphiques au sein de la zone de sécurité de l’écran. Comme la
bordure du signal vidéo affichée à lécran varie selon le téléviseur, il est donc utile de pouvoir
visualiser la zone de sécurité. La zone de sécurité est la zone de l’écran qui est toujours visible,
quel que soit le téléviseur ou le moniteur utilisé.
Pour afficher les repères d'image horizontaux et verticaux, appuyez sur les boutons H Mark et
VMark respectivement. Pour modifier les repères, appuyez à nouveau sur les mêmes boutons afin
d’afficher les repères en surbrillance. Vous pourrez ainsi modifier la position des repères à l’aide des
flèches haut et bas. Confirmez la nouvelle position des repères en appuyant à nouveau sur les
mêmes boutons. Réappuyer une nouvelle fois sur ces boutons désactive les repères.
Flèches haut et bas
Utilisez les flèches haut et bas pour modifier un paramètre, par exemple pour ajuster la luminosité
de l’écran ou la position des repères d'image.
Bouton de mise en marche
Appuyez une fois sur le bouton de mise en marche pour allumer le SmartView 4K. Appuyez à
nouveau sur le même bouton pour l’éteindre.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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90Utiliser le SmartView 4K
Charger des LUTs 3D à l’aide du
Blackmagic SmartView Setup
Le SmartView 4K vous permet de visualiser votre vidéo à l’aide de LUTs 3D. Ainsi, vous pouvez
calibrer le SmartView 4K à l’aide de LUTs d’étalonnage professionnelles, ou visualiser la vidéo juste
avant l’étalonnage final. Il est également possible d’utiliser les LUTs 3D pour créer différents rendus.
Les LUTs sont chargées dans le SmartView 4K à l’aide du Blackmagic SmartView Setup, et comme
leSmartView 4K prend en charge les fichiers LUT conformes aux normes de l’industrie dotés d’une
extension .cube, vous pouvez même charger des LUTs personnalisées créées sur Blackmagic
DaVinci Resolve. Veuillez consulter le manuel DaVinci Resolve pour obtenir de plus amples
informations sur la création de fichiers LUT.
Charger une LUT 3D dans le 3D LUT 1 :
1 Ouvrez le Blackmagic SmartView Setup.
2 Appuyez sur le bouton Load LUT 1. Une fenêtre s’ouvre pour vous demander quel est
l’emplacement du fichier LUT que vous souhaitez charger. Sélectionnez le fichier LUT .cube
désiré, puis appuyez sur le bouton Open.
3 Pour visualiser la LUT que vous venez de charger, appuyez sur le bouton 3D LUT 1
du panneau de contrôle du SmartView 4K. Appuyez à nouveau sur ce bouton pour
désactiver la LUT.
Suivez la même procédure pour charger un fichier LUT dans le 3D LUT 2.
Utilisez le Blackmagic SmartView Setup pour
charger des LUTs 3D sur le SmartView 4K.
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91Utiliser SmartScope Duo 4K
Utiliser SmartScope Duo 4K
Qu'est-ce que le Blackmagic SmartScope ?
Dans le passé, les scopes de télédiffusion et de postproduction coûtaient extrêmement cher et
étaient peu pratiques, car on ne pouvait visualiser qu'un seul scope à la fois sur un écran minuscule.
Certains scopes sont inesthétiques et il est donc préférable qu’ils ne soient pas visibles.
Grâce au SmartScope Duo 4K, vous disposez de moniteurs de forme d’onde qui vous permettent
d’afficher tous les aspects de votre signal vidéo sur deux moniteurs en temps réel. Tous les
ajustements apportés au signal d’entrée à l’aide du Blackmagic SmartView Setup sont
immédiatement visibles sur le SmartScope Duo 4K. De plus, chaque signal d’entrée peut être
envoyé sur le moniteur de votre choix via la sortie en boucle SDI. Vous pouvez ainsi utiliser le
moniteur de droite pour afficher le scope du signal reçu par le moniteur de gauche.
Les scopes affichés sur le SmartScope Duo 4K sont sélectionnés dans le logiciel Blackmagic
SmartView Setup. Choisissez le scope désiré dans le menu déroulant Display.
Consultez les pages suivantes pour obtenir des informations concernant l’utilisation de chaque
scope afin que vous puissiez mieux comprendre l’aide qu’il peut vous apporter.
Il est facile de régler le Blackmagic SmartScope Duo 4K à l’aide du Blackmagic
SmartView Setup pour qu’il affiche un scope différent sur chaque moniteur.
Affichage Video Monitoring
L'affichage Video Monitoring est un écran de contrôle très pratique qui vous permet de visualiser
lavidéo reçue par SmartScope.
Si votre signal dentrée est en SD, vous pouvez choisir entre un affichage 4:3 pillarbox ou 16:9 à
partir du menu déroulant Set. Tous les changements apportés aux paramètres de luminosité, de
contraste et de saturation de l’écran LCD sont immédiatement visibles sur cet affichage. Notez
toutefois que ces changements n’affectent que le moniteur. Comme le signal vidéo reste inchangé,
les scopes ne seront pas affectés par les ajustements de saturation et de luminosité.
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92Utiliser SmartScope Duo 4K
Il est souvent utile de régler un moniteur sur Video Monitoring et l’autre sur un scope de votre choix.
Pour ce faire, utilisez un petit câble pour connecter la sortie en boucle SDI du moniteur 1 à l’entrée
SDI du moniteur 2.
Vous pouvez visualiser la vidéo SD au format 4:3 pillarbox ou 16:9 écran large
à partir de loption Set du Blackmagic SmartView Setup. Pour visionner de la
vidéo SD au format large anamorphosé, choisissez SD Aspect to 16:9.
L’af f ic ha ge Video Monitoring affiche le signal vidéo tel
qu’ilapparaîtrait sur un téléviseur ou un moniteur.
Affichage Waveform
L’affichage Waveform affiche une forme d’onde encodée numériquement qui ressemble à celle
desmoniteurs de forme d'onde traditionnels. Il est utilisé pour contrôler et ajuster les niveaux de
luminance (luminosité) du signal vidéo.
Les moniteurs de forme d'onde traditionnels ne prennent en charge que la vidéo analogique
composite en définition standard. Toutefois, l'affichage Waveform du SmartScope Duo 4K prend
également en charge la HD et l’Ultra HD. Vous disposez ainsi d'un moyen aisé d'ajuster les niveaux
de luminance, même lorsque vous faites du monitoring sur des formats vidéo numériques en haute
définition.
Sélectionnez Waveform dans le menu déroulant Display du Blackmagic SmartView Setup. Veillez
àce que le niveau des noirs de votre forme d’onde ne descende pas en dessous de 0% et que le
niveau des blancs ne dépasse pas 100%, ce qui représenterait des valeurs de luminance illégales.
L’affichage de la forme d’onde est une représentation graphique de l’image. Elle indique la valeur de
luminance correspondante à son emplacement dans l’image. Par exemple, si une zone du ciel est
surexposée, vous le verrez au même emplacement horizontal sur la forme d‘onde que dans l’image.
La forme d’onde apparaîtra différemment selon votre séquence. Si vous travaillez sur une vidéo avec
un fort contraste, vous ne verrez aucune valeur dans les tons moyens. L’image ci-dessous affiche la
forme d’onde d’une image bien exposée. Elle comprend une zone foncée à gauche, et des zones
plus claires à partir du centre de l’image jusqu’à sa droite.
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93Utiliser SmartScope Duo 4K
Laffichage Waveform montre les valeurs de luminance.
Sélectionnez Waveform dans les paramètres Display du Blackmagic
SmartView Setup pour afficher les valeurs de luminance du signal vidéo.
Affichage Vectorscope
Le vecteurscope utilise un vecteur pour indiquer les couleurs présentes dans le signal vidéo. Selon
la norme de la mire de barres couleurs utilisée, sélectionnez 100% ou 75% dans le menu déroulant
Set du Blackmagic SmartView Setup.
Certains pensent qu'il est possible d'utiliser un vecteurscope pour vérifier s'il y a des niveaux
illégaux. En fait, c'est une idée fausse car c'est l'affichage Parade RGB qui permet de vérifier s'il y
ades couleurs illégales. La raison pour laquelle vous ne pouvez pas utiliser un vecteurscope pour
vérifier la présence de niveaux illégaux est que cela nécessite des valeurs de luminance et
chromatiques. Par exemple, les couleurs dont la saturation est très basse ou très haute deviennent
illégales beaucoup plus rapidement que les tons moyens. Comme l'affichage Vectorscope ne
montre que les couleurs et n'indique pas les valeurs de luminance, il ne peut pas être utilisé pour
vérifier s'il y a des couleurs illégales.
L'affichage Vectorscope est le meilleur outil pour contrôler les niveaux de couleur des anciennes
bandes vidéo analogiques où il est nécessaire d'ajuster les niveaux chromatiques. Faites simplement
une lecture du segment de la bande vidéo qui représente la mire et ajustez ensuite les paramètres
Chroma et Hue (teinte) afin de régler les couleurs de la vidéo dans les carrés sur la graticule.
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94Utiliser SmartScope Duo 4K
L'affichage Vectorscope est parfait pour létalonnage, car il vous permet de voir aisément si la
balance des blancs de votre vidéo est correcte ou si la vidéo est teintée. Lorsque la vidéo est
teintée, l’affichage Vectorscope est décentré, et il se peut que deux points centraux saffichent.
Normalement, le blanking du signal vidéo crée un point au centre du vecteurscope, car il représente
une zone noire du signal vidéo. Le blanking constitue un bon point de référence pour reconnaître
les zones de la vidéo qui ne comportent pas d’informations de couleur.
Si votre vidéo est teintée, les noirs du signal vont se décentrer. Plus vous éloignerez les points du
centre, plus la teinte de votre vidéo sera prédominante. C'est pourquoi l'affichage Vectorscope est
très efficace pour supprimer une teinte non désirée et rétablir une balance des blancs appropriée.
L'affichage Vectorscope vous permet d'accentuer au maximum les couleurs de votre vidéo tout en
évitant d'ajouter accidentellement des teintes non désirées à vos tons foncés et à vos tons clairs.
Bien que la balance des couleurs puisse être contrôlée sur les affichages Parade RGB et
Vectorscope, les problèmes de balance des couleurs sont souvent plus faciles à repérer sur
le vecteurscope.
Lorsque vous faites de la correction colorimétrique sur des séquences comportant de la peau
humaine, particulièrement des visages, la balance devrait se situer sur une diagonale à environ
10heures sur votre vecteurscope. Cette ligne correspond à la teinte de la peau et est basée sur
lacouleur du sang juste sous la surface de la peau. Elle est donc applicable à toutes les couleurs
depeau et permet de donner une allure naturelle à vos personnages.
Vecteurscope affichant la ligne correspondant à
la teinte de la peau à la position de 10 heures.
Réglez la mire de barres couleurs sur 100% ou sur 75%.
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95Utiliser SmartScope Duo 4K
Affichages Parade
Les affichages RGB et YUV Parade sont parfaits pour la correction colorimétrique, ainsi que pour
vérifier les couleurs illégales et les niveaux des couleurs.
Lors de la correction colorimétrique, sélectionnez RBG Parade dans le menu déroulant Display
duBlackmagic SmartView Setup. L’affichage RGB Parade affiche l’intégralité des canaux de couleur
rouge, vert et bleu. Le contrôle des niveaux des canaux de couleur facilite la correction colorimétrique
et la visualisation de la balance des couleurs dans les tons foncés, moyens et clairs du signal vidéo.
L'affichage RGB Parade vous permet d'identifier les détails communs aux canaux rouge, vert et bleu.
Vous pouvez ainsi facilement équilibrer les couleurs et supprimer les nuances de couleur indésirables.
Lors de la correction colorimétrique, il est important de veiller à ce que les niveaux vidéo ne soient
pas écrêtés. Si vous souhaitez augmenter le niveau vidéo, assurez-vous qu'il ne dépasse pas la
limite RGB supérieure, ou vous aurez affaire à des niveaux illégaux. En fonction des appareils que
vous utilisez, certains vous permettront ou non de générer des niveaux RGB illégaux à 100%. Grâce
au SmartScope Duo 4K, vous pouvez visualiser les niveaux illégaux dès qu'ils se produisent.
La vidéo illégale peut survenir dans les tons foncés ainsi que dans les tons clairs. Dans certains
sysmes de correction colorimétrique, les niveaux des tons foncés peuvent être baissés au-dessous
de la ligne 0%. Si vous remarquez des niveaux de tons foncés illégaux, ajoutez un peu de lift ou de
gain pour les éliminer. Toutefois, il faudra contrôler que le signal vidéo n'est pas monté trop haut et n'a
pas généré de couleurs illégales dans les tons clairs.
Pour vérifier les niveaux YUV, sélectionnez YUV Parade dans le menu déroulant Display. Cetaffichage
est utile, car il sépare les valeurs de luma (luminance) et de chroma (chrominance). Cest aussi le format
utilisé pour la diffusion télévisuelle. La forme d’onde de gauche affiche les informations de luminance
tandis que les deux autres formes d’onde affichent les informations dechrominance. Laffichage YUV
Parade est utile pour calibrer les valeurs chromatiques du signal vidéo selon une mire de barres
couleurs. Ainsi, les couleurs seront fidèlement représentées sur lestéléviseurs.
La correction colorimétrique demande un réglage continuel afin d’obtenir les meilleures images
possibles sans générer de niveaux illégaux.
Affichage RGB Parade
Terminologie relative à la correction colorimétrique
Noirs – Niveaux des noirs ou des tons foncés du signal vidéo.
Tons moyens – Niveaux des tons moyens du signal vidéo.
Blancs – Niveaux des blancs ou des tons clairs du signal vidéo.
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96Utiliser SmartScope Duo 4K
Affichage YUV Parade
Choisissez entre RBG Parade et YUV Parade dans le menu
déroulant Display du Blackmagic SmartView Setup.
Affichage Histogram
L'affichage Histogram est l'affichage le plus couramment utilisé par les graphistes et les cadreurs.
Ilmontre la distribution des tons clairs et foncés et vous permet de vérifier à quelle distance de la
ligne d'écrêtage ils se trouvent. L'affichage Histogram vous permet également de visualiser les
effets causés par les modifications de gamma dans votre vidéo.
Les tons sombres sont situés à gauche de l'affichage et les tons clairs se trouvent à droite. Toute la
vidéo devrait normalement se trouver entre les lignes 0% et 100% de l'histogramme. Votre vidéo
sera écrêtée si elle se situe en-dessous de 0% ou au-dessus de 100%. L'écrêtage vidéo est une
chose à éviter à tout prix lors du tournage, car les détails des tons foncés et des tons clairs doivent
être préservés si vous désirez par la suite effectuer de la correction colorimétrique en studio. Lors
du tournage, gardez la vidéo au-dessus de la ligne d'écrêtage des tons foncés et au-dessous de
celle des tons clairs. Cela vous donnera plus de liberté ultérieurement pour ajuster les couleurs sans
que les tons clairs et foncés aient l'air uniformes et manquent de détails.
Pendant la phase de correction colorimétrique, vous pouvez décider d’écrêter la vidéo. Dans ce
cas-là, l'affichage Histogram vous permettra de visualiser les effets de l'écrêtage sur la vidéo et vous
indiquera ce qui a été écrêté. Vous pouvez également utiliser le gamma pour créer un rendu
similaire, avec moins d'écrêtage et en conservant plus de détails.
L'affichage Histogram ne vous permet pas de vérifier s'il y a des niveaux de couleurs illégaux, mais
ilvous permet de visualiser les valeurs illégales dans les tons clairs et les tons foncés. Cet affichage
ne montre pas les couleurs, c'est pourquoi, même s'il n'affiche que des niveaux légaux, votre vidéo
peut quand même contenir des couleurs illégales. Comme mentionné précédemment, l'affichage
RGB Parade est le meilleur moyen de vérifier la présence de niveaux illégaux, car il les affiche à la
fois dans les éléments en couleurs et dans les éléments de luminance du signal vidéo.
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97Utiliser SmartScope Duo 4K
Laffichage Histogram montre la distribution des
tons clairs et des tons foncés.
Sélectionnez Histogram dans le menu déroulant Display
du Blackmagic SmartView Setup.
Affichages des niveaux audio
Les affichages des niveaux audio vous indiquent les niveaux de l'audio intégré au signal vidéo SDI.
Jusqu’à 16 canaux d'audio intégré sont isolés puis affichés au format dBVU ou dBFS.
Le vumètre indique les niveaux moyens du signal, il est simple d'utilisation et très fréquemment
utilisé sur du matériel plus ancien. Le standard VU est calibré à partir de la recommandation de la
SMPTE suivante : une tonalité de test de 1 kHz est réglée à -20 dBFS.
Le dBFS est une mesure de l'ensemble du signal audio numérique. On le retrouve fréquemment
surle matériel numérique moderne.
Le scope audio de droite peut afficher deux canaux audio que vous pouvez sélectionner dans le menu
déroulant Set, par ex. ch 1 & 2, ch 3 & 4 etc. Le scope audio présente l'audio en mode X-Y afin que
vous puissiez voir les problèmes de balance audio et de déphasage. Il vous indique également si une
piste audio est mono ou stéréo. L'audio mono devrait apparaître en tant que ligne unique, verticale et
"en phase". Si la ligne est horizontale, votre audio est déphasé et il se peut qu'il soit annulé (perte
d'audio) lorsqu'il est reçu par du matériel en aval. Les erreurs de phase audio sont les erreurs les plus
courantes sur les grandes installations où les câbles ne sont pas toujours connectés convenablement.
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98Connexion à un réseau
Lors du monitoring de signaux stéréo, la ligne du scope audio de droite s'étend pour représenter
ladifférence entre les canaux audio gauche et droit. Plus la piste audio contient de son stéréo,
plusla ligne prendra une forme circulaire. Lorsque l'audio ne contient qu'un peu de contenu stéréo,
l'affichage est concentré autour de l'axe vertical.
L’audio représentant du dialogue apparaît généralement en tant que ligne verticale, tandis que la
musique qui contient du son stéréo renfle le scope. En effet, le son mono (L+R) saffiche sur un axe
vertical, alors que le son stéréo (L-R) s’affiche sur un axe horizontal.
Affichage des niveaux audio indiquant des
niveaux de crête ainsi que la balance audio.
Affichage des niveaux audio indiquant des
niveaux de crête ainsi que la balance audio.
Connexion à un réseau
Si vous souhaitez ajuster à distance les paramètres de plusieurs appareils SmartView et
SmartScope, vous pouvez les connecter à un réseau.
Bien que les moniteurs SmartView et SmartScope affichent la vidéo sans devoir être configurés,
ilfaudra quand même régler les paramètres réseau. La configuration réseau peut seulement être
effectuée à l’aide d’une connexion USB directe à un ordinateur.
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99Connexion à un réseau
Connexion Ethernet directe
La configuration à distance du moniteur peut être effectuée à l’aide d’une connexion Ethernet
directe à un ordinateur. Aucun commutateur réseau n’est requis, ce qui est pratique si vous devez
installer rapidement votre équipement. Des appareils supplémentaires peuvent être reliés en chaîne
à l’aide de la connexion Ethernet en boucle active de chaque appareil. Pour cela, tous les appareils
de la chaîne doivent être alimentés.
Si vous souhaitez connecter plusieurs appareils sans utiliser les adresses IP de votre réseau,
ousivous n’avez pas de réseau, il suffit de les connecter directement au port Ethernet de votre
ordinateur. Cest une manière rapide de connecter des appareils SmartView et SmartScope via
Ethernet, car il n’est pas nécessaire de relier des câbles à un commutateur réseau.
Connexion Ethernet
Commutateur réseau Ethernet
Si vous souhaitez connecter plusieurs appareils au réseau de votre studio, il suffit de brancher un
appareil SmartView ou SmartScope au commutateur réseau. Les autres appareils peuvent être reliés
en chaîne à l’aide de la connexion en boucle Ethernet active de chaque appareil afin de n’utiliser
qu’un seul port de votre commutateur. Ainsi, vous naurez pas besoin de relier plusieurs câbles au
commutateur réseau. Pour que cela fonctionne, tous les appareils de la chaîne doivent être alimentés.
Lorsque vous connectez des appareils à un commutateur réseau, vous pouvez modifier leurs
paramètres à partir de tous les ordinateurs du réseau. Il est également possible de modifier des
paramètres à partir dun ordinateur portable Mac ou Windows via une connexion WiFi si votre réseau
comprend un point d’accès wireless.
Suivez ces étapes pour connecter un SmartView ou un SmartScope à un réseau IP local.
1 Connectez et alimentez l’appareil.
2 Connectez l’appareil à un commutateur réseau, ou directement à un ordinateur à l’aide
d’uncâble Ethernet RJ45 standard.
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100Connexion à un réseau
Schéma de connexion Ethernet directe
Vous pouvez connecter le port Ethernet d’un ordinateur directement à l’appareil sans commutateur
réseau. Les appareils supplémentaires peuvent être reliés en chaîne. Ainsi, vous n’aurez pas
besoinde relier plusieurs câbles à un commutateur réseau. Tous les appareils de la chaîne doivent
être alimentés.
SmartScope 4KDuo
Schéma de connexion avec un commutateur réseau Ethernet
Si vous souhaitez connecter plusieurs appareils au réseau de votre studio, il suffit de brancher un
appareil au commutateur réseau. Les autres appareils peuvent être reliés en chaîne. Ainsi, vous
n’aurez pas besoin de relier plusieurs câbles au commutateur réseau. Tous les appareils de la chaîne
doivent être alimentés.
SmartScope 4KDuo
Commutateur réseau
Ethernet
Ordinateurs
des clients
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101Modifier les paramètres réseau
Modifier les paramètres réseau
Paramètres réseau
Nom de l'appareil
Il est judicieux de modifier le nom de votre moniteur afin que chaque appareil SmartView ou
SmartScope soit facile à identifier sur le réseau, par ex. «Caméras 1&2», «Sortie Multi View»,
«Flux 4K» etc.
Lorsque vous changez le nom du moniteur, veillez à ce que le moniteur soit connecté via USB ou
Ethernet. Lancez le Blackmagic SmartView Setup et cliquez sur l'icône de paramétrage situé sous
lenom du moniteur. Dans la page de paramétrage, cliquez sur Network et modifiez le nom de votre
moniteur dans la section Details. Si le nom choisi nest pas valide, une icône d'avertissement
apparaîtra à côté du nom. Si le nom est valide, une coche verte s’affichera. Appuyez sur la touche
Retour de votre clavier pour confirmer le changement de nom.
Paramètres réseau
Pour apporter des changements aux paramètres réseau du Blackmagic SmartView Setup, votre
moniteur Blackmagic doit être branché à un ordinateur via USB. Les paramètres réseau ne peuvent
pas être modifiés via Ethernet.
Par défaut, le SmartView et le SmartScope utilisent le protocole DHCP pour obtenir automatiquement
une adresse IP à partir du réseau.
Si vous ne possédez pas de serveur DHCP, vous pouvez activer la fonctionnalité Partage Internet
de macOS, ou Partage de connexion Internet de Windows 8.1 ou Windows 10, afin de fournir des
adresses DHCP aux appareils en liaison directe. Cela vous évitera de devoir attribuer manuellement
des adresses IP statiques à chaque appareil. Vous pouvez utiliser cette fonctionnalité pour obtenir
des adresses DHCP, même si votre ordinateur ne possède pas de connexion Internet. Le partage
Internet est décrit dans les documents d’aide de macOS et de Windows 8.1 et 10.
Si le DHCP ne peut pas être utilisé dans votre configuration, choisissez une adresse IP statique.
Veuillez demander une adresse IP disponible à votre administrateur système afin d’éviter de créer
un conflit IP sur votre réseau. Vous devrez spécifier une adresse IP unique pour chaque appareil
SmartView et SmartScope ainsi qu’un masque de sous-réseau commun. Il n’est pas nécessaire de
changer la valeur par défaut du champ Passerelle à moins que vous ne souhaitiez connecter vos
appareils à une passerelle réseau, telle qu’un routeur.
Si aucun monitor SmartView ou SmartScope n’a été trouvé sur le réseau, il se peut que les appareils
n’aient pas reçu d’adresse IP via DHCP. Il faudra donc configurer manuellement chaque appareil
avec les paramètres réseau appropriés.
1 Connectez un moniteur SmartView ou SmartScope à votre ordinateur via USB et lancez le
logiciel Blackmagic SmartView Setup.
2 Le moniteur connecté saffiche automatiquement sur la page daccueil du SmartView Setup.
Une icône USB apparaît à côté de son nom.
3 Ajustez les paramètres réseau du moniteur.
4 Répétez ces étapes pour tous les appareils qui n’ont pas reçu d’adresse IP via DHCP.
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102Modifier les paramètres réseau
L’icône USB située à côté du nom du moniteur indique que le moniteur
est connecté à votre ordinateur via USB. Pour modifier les paramètres
réseau, votre moniteur Blackmagic doit être connecté via USB.
Les paramètres réseau peuvent être réglés afin d’utiliser une adresse
IP DHCP ou statique. Ils ne peuvent être modifiés que via USB.
Ajouter un moniteur Blackmagic
Si vous connaissez l’adresse IP d’un SmartView ou dun SmartScope Duo 4K mais qu’elle napparaît
pas automatiquement sur la page d’accueil du Blackmagic SmartView Setup, vous pouvez ajouter
cemoniteur manuellement. Pour ce faire :
1 Veillez à ce que le moniteur soit connecté via Ethernet. Cliquez sur l’icône + située au coin
gauche de la page d’accueil pour ouvrir la fenêtre permettant d’ajouter un moniteur Blackmagic.
2 Saisissez l'adresse IP du moniteur et cliquez sur Add.
3 Le logiciel vérifie la présence de l’appareil et l’ajoute aux moniteurs Blackmagic affichés sur
la page d’accueil du SmartView Setup. Cliquez sur la flèche droite pour voir le moniteur que
vous venez d’ajouter.
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103Utilisation du tally
Vous pouvez ajouter manuellement un moniteur SmartView
ou SmartScope à la liste des moniteurs connectés en cliquant
sur l’icône + et en saisissant l’adresse IP du moniteur.
Utilisation du tally
Broches du port tally
Il n’est pas nécessaire de connecter le port tally du SmartView ou du SmartScope. Vous pouvez
donc ignorer cette section si vous ne souhaitez pas utiliser la fonctionnalité tally.
Chaque écran du SmartView ou du SmartScope intègre des bordures tally indépendantes rouges,
vertes, ou bleues. Elles peuvent être utilisées pour indiquer l’état d’un signal vidéo, par exemple
àl’antenne, en prévisualisation ou en cours d’enregistrement.
Le port tally D-sub à 9 broches accepte les signaux de fermeture de contact provenant de
mélangeurs et de systèmes d’automatisation. Veuillez consulter le schéma de brochage tally
ci-dessous pour obtenir des informations concernant le câblage du port tally afin de l’utiliser avec
unmélangeur ou un système d’automatisation.
La description du câblage du port D à 9 broches est imprimée à l’arrière de l’appareil. Elle indique
les fermetures de contact permettant d’afficher les bordures tally rouges, vertes ou bleues sur
chaque moniteur.
SmartView Duo affichant des bordures tally vertes et rouges.
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104Optimiser l'angle de vision
Optimiser l'angle de vision
Si le SmartView Duo, le SmartView HD ou le SmartScope doivent être installés dans la partie
supérieure d’un rack d’équipement, il se peut que vous souhaitiez inverser les écrans LCD pour
obtenir un angle de vision optimal. En cas d’inversion, les images des écrans LCD prendront
automatiquement l’orientation appropriée. Un tournevis Pozidriv 2 est requis pour déconnecter et
reconnecter la plaque frontale de lassemblage arrière. Cette procédure est simple et ne demande
pas d’ouvrir l’assemblage arrière.
Les étapes suivantes décrivent comment inverser l’appareil tout en gardant le logo de Blackmagic
Design dans le bon sens sur la plaque frontale. Un tournevis Pozidriv 2 est requis.
1 Retirez les vis situées sur le haut, le bas, le côté gauche et le côté droit de la plaque
frontale. Le SmartView Duo et le SmartScope Duo 4K possèdent 10 vis, tandis que le
SmartView HD en possède 18.
2 Séparez la plaque frontale de l’assemblage arrière comme illustré ci-dessous.
3 Retournez l’assemblage arrière.
4 Réintégrez la plaque frontale à lassemblage arrière.
5 Revissez les vis dans le châssis.
Votre SmartView ou SmartScope est maintenant prêt à être installé dans la partie supérieure dun
rack. Une fois installé sur le rack, le SmartView affiche un angle de vision optimal même en cas de
secousses, car il ne possède pas de molettes ou de commandes externes qui pourraient se
dérégler ou se détacher.
SmartView Duo ou SmartScope Duo 4K
Broches tally
Broche Fonction
1 Moniteur 1 Rouge
2 Moniteur 1 Vert
3 Moniteur 1 Bleu
4 Masse
5 Masse
6 Masse
7 Moniteur 2 Rouge
8 Moniteur 2 Vert
9 Moniteur 2 Bleu
SmartView HD ou SmartView 4K
Broches tally
Broche Fonction
1 Rouge
2 Vert
3 Bleu
4 Masse
5 4 3 2 1
9 8 7 6
Port tally du SmartView
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105Optimiser l'angle de vision
Il est judicieux de tester l’inversion afin de vérifier l’angle de vision
optimal avant d’installer l’appareil sur le rack.
Retirez toutes les vis afin de séparer la plaque frontale de l’assemblage arrière.
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106Developer Information
Developer Information
Developing Custom Software Using Blackmagic Design Hardware
The Blackmagic SmartView Ethernet Protocol allows developers to remotely control Blackmagic
SmartView and SmartScope hardware with their own custom software. The Blackmagic
SmartView Ethernet Protocol is a text-based status and control protocol.
Downloading the Free SmartView EthernetProtocol
The Blackmagic SmartView Ethernet Protocol is free. It is included in this SmartView &
SmartScope manual and can be downloaded from http://www.blackmagicdesign.com/support/
Joining the Blackmagic Design Developer List
The Blackmagic Developer mailing list is designed for technical questions regarding
technologies used by Blackmagic Design, e.g., QuickTime, Core Media, DirectShow, codecs,
APIs, SDKs, etc. The free mailing list is a forum where developers can discuss ideas and
problems with other developers. Any subscriber may reply and the Blackmagic Design
engineers may also respond when appropriate. You can subscribe to the mailing list at:
http://lists.blackmagicdesign.com/mailman/listinfo/bmd-developer
In some cases, we might request a brief outline of the software you are developing if it is not
immediately obvious from your domain name that your organization develops video software.
Please don’t take offence as we’re simply trying to keep the list free of spam and viruses as well
as end-user customers asking non-development questions, employment agents or sales
people trying to promote products on the list. The list is just for developers.
Contacting Blackmagic Design DeveloperAssistance
You can also contact us via developer@blackmagicdesign.com if you have any developer
related questions or wish to ask questions off the list.
Blackmagic 2K Format – Overview
Blackmagic Design products support 3G-SDI video, which allows twice the data rate of
traditional HD-SDI video. We thought it would be a really nice idea to add 2K film support,
via 3G-SDI technology, so we could simplify feature film workflows. With the popularity of
Blackmagic Design editing systems worldwide, now thousands of people can benefit from
a feature film workflow revolution.
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107Developer Information
This information includes everything product developers need to know for building native
2KSDI equipment. Of course, all Blackmagic products can be updated, so if the television
industry adopts an alternative SDI-based film standard, we can add support for that too!
Frame Structure
Transmitted at 23.98, 24 or 25 frames per second as a Progressive Segmented Frame.
Active video is 2048 pixels wide by 1556 lines deep.
Total lines per frame : 1650
Active words per line are 1535. One word consists of a 10-bit sample for each of the
four data streams, i.e., a total of 40 bits. See the diagram named Blackmagic 2K Format
- Data Stream Format.
Total active lines : 1556
Total words per line : 1875 for 23.98/24Hz and 1800 for 25Hz.
Fields per frame : 2, 825 lines each
Active lines located on lines 16-793 (field 1) and 841-1618 (field 2).
Transport Structure
Based on SMPTE 372M Dual Link mapping and SMPTE 425M-B support for mapping
SMPTE 372M into a single 3 Gb/s link.
Timing reference signals, line number and line CRC insertion is the same as above.
During active video, 10-bit Red, Green and Blue data is sent in the following sequence:
Optional ancillary data is inserted into both virtual interfaces.
At present, only audio data is included: as per standard HD audio insertion (SMPTE
S299M) the audio data packets are carried on data stream two and audio control
packets are carried on data stream one.
Data stream 1: Green_1, Green_2, Green_3, Green_5...Green_2047
Data stream 2: Blue_1, Blue_2, Green_4, Blue_5...Green_2048.
Data stream 3: Red_1, Blue_3, Blue_4, Red_5...Blue_2048.
Data stream 4: Red_2, Red_3, Red_4, Red_6...Red_2048.
Blackmagic 2K Format – Vertical Timing Reference
This diagram shows the vertical timing details with line numbers and Field, Vertical and
Horizontal bits for the Timing Reference Signal codes.
Field 1 Active
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field 2 Active
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
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108Developer Information
Blackmagic 2K Format – Data Stream Format
This diagram shows the data stream formats around the optional ancillary data section of the
horizontal line. Note that each active pixel takes up three samples.
Data Stream 1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data Stream 2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data Stream 3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data Stream 4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
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109Developer Information
Blackmagic SmartView Ethernet Protocol v1.3
Summary
The Blackmagic SmartView Ethernet Protocol is a text-based status and control protocol, very
similar in structure to the Videohub protocol, that is accessed by connecting to TCP port 9992
on a SmartView or SmartScope device.
Upon connection, the SmartView or SmartScope device sends a complete dump of the state
of the device. After the initial dump, state changes are sent asynchronously.
The device sends information in blocks which have an identifying header, followed by a colon.
A block can span multiple lines and is terminated by a blank line.
To be resilient to future protocol changes, clients should ignore blocks they do not recognize,
up to the trailing blank line. Within recognized blocks, clients should ignore lines they do not
recognize.
Version 1.3 of the Blackmagic SmartView Ethernet
Protocol was released with SmartView 1.3 software.
Protocol Preamble
The first block sent by the SmartView Server is always the protocol preamble:
PROTOCOL PREAMBLE:
Version: 1.3
The version field indicates the protocol version. When the protocol is changed in a compatible
way, the minor version number will be updated. If incompatible changes are made, the major
version number will be updated.
Device Information
The next block contains general information about the connected SmartView or SmartScope
device.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
This example shows the output for a SmartView Duo device, which has two LCDs.
The INVERTED flag indicates whether the device has detected that it has been mounted in an
inverted configuration to optimize LCD viewing angle.
Legend
carriage return
and so on
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110Developer Information
Network Configuration
The next block shows the TCP/IP networking configuration:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
The network settings prefixed with CURRENT show the active TCP/IP settings, and are read-
only. The CURRENT settings reflect either the DHCP or Static configuration, depending on the
DYNAMIC IP flag.
Changing Networking Settings
The network can be configured to use either DHCP or a static configuration. To enable DHCP:
NETWORK:
Dynamic IP: true
To set a fixed IP address, supply all static parameters, thus:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
The parameters with the CURRENT prefix are read-only, and show the active configuration,
regardless of the static or dynamic setting.
Changing the device name, or any network settings, will cause the IP connection to be
dropped. The device will restart its networking and advertise its new name on the network.
Changing Monitor Settings
The display settings for each monitor are specified individually. One or more parameters can
be modified at the same time and multiple settings can be supplied in one block.
The valid range for numeric values is 0-255. The CONTRAST and SATURATION properties are
zero-centered, so the normal value is 127, such that the displayed picture is the same as the
original. A value greater than 127 in either channel will cause the contrast or saturation to be
increased, and similarly a value less than 127 will cause a decrease.
For example, to set the brightness to 50% and desaturate the image to Black & White:
MONITOR A:
Brightness: 127
Saturation: 0
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111Developer Information
Displaying SD in 16:9
The following command sets standard definition video to display in 16:9:
MONITOR A:
WidescreenSD: ON
Displaying SD in 4:3
The following command sets standard definition video to display in 4:3:
MONITOR A:
WidescreenSD: OFF
Identification and Tally Settings
The Identify flag is transient, and will cause a white border to be displayed around the entire
picture for a duration of 15 seconds, after which it will be reset. This feature is primarily aimed at
identifying which monitor is currently being configured when it is mounted in a rack comprising
multiple units. To turn on:
MONITOR A:
Ide ntify: tr u e
The IDENTIFY border will temporarily override any other border setting in effect.
The BORDER property can be used to programmatically set the soft Tally colored borders to
one of the primary colors: RED, GREEN, BLUE, WHITE or NONE. This setting can be overridden
by the electrical Tally signals at the DB-9 input on the device itself. For example, to set the soft
Tally to green:
MONITOR B:
Border: green
The hard wired tally will always override the soft tally. The full state report will always show the
current valid border.
SmartScope Settings
On SmartScope Duo 4K, each monitor can be set to display a different scope. The values for
activating specific scopes are mapped as follows:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (This is the same as Video Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
In the example above, Monitor A has been set as a video monitor.
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112Developer Information
Displaying SD in 16:9
The set Video Monitor mode to display standard definition video in 16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Displaying SD in 4:3
To set Video Monitor mode to display standard definition video in 4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
When setting one of SmartScope Duo 4Ks monitors to audio metering, you can also select
which channels to show. The values for selecting which audio channels are mapped in the
following way:
0: Channels 1 and 2
1: Channels 3 and 4
2: Channels 5 and 6
3: Channels 7 and 8
4: Channels 9 and 10
5: Channels 11 and 12
6: Channels 13 and 14
7: Channels 15 and 16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
In the example above, Monitor B has been selected to display Audio Metering in Dbvu with
audio channels 1 and 2 selected for the phase meter.
Selecting LUTs for SmartView 4K
To select 3D LUTs using SmartView 4K:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
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113Assistance
Assistance
Obtenir de l'assistance
Il y a quatre façons d’obtenir de l’assistance :
1 Consulter le centre d'assistance technique de Blackmagic Design à l’adresse
www.blackmagicdesign.com/fr/support pour obtenir les dernières informations de support
technique.
2 Contacter votre revendeur Blackmagic Design.
Votre revendeur possède les dernières mises à jour techniques de Blackmagic Design
etdevrait pouvoir vous aider immédiatement. Nous vous recommandons également de
considérer les options de support offertes par votre revendeur, car il peut proposer une
solution adaptée aux exigences de votre workflow.
3 Vous pouvez aussi nous envoyer un email à l’aide du bouton «Envoyer un email»
delapage d’assistance : www.blackmagicdesign.com/fr/support
4 Contacter le service d'assistance de Blackmagic Design par téléphone. Vous pouvez
trouver le centre d’assistance le plus proche de chez vous en cliquant sur le bouton
« Trouver un support technique » sur la page d’assistance de Blackmagic Design.
Donnez-nous autant d’informations que possible concernant votre problème technique et les
spécifications du système afin que nous puissions y répondre le plus rapidement possible.
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114Avertissements et informations desécurité
Avertissements et informations
desécurité
Avertissements
Élimination des déchets d'équipements électriques et électroniques au sein
del'Unioneuropéenne.
Le symbole imprimé sur ce produit indique qu'il ne doit pas être jeté avec les autres
déchets. Cet appareil doit être déposé dans un point de collecte agréé pour être
recyclé. La collecte individuelle et le recyclage de votre équipement permettra de
préserver les ressources naturelles et garantit un recyclage approprié afin d'éviter la
contamination de l'environnement par des substances dangereuses pour la santé.
Pourplus d'informations quant aux lieux d'éliminations des déchets d'équipements
électriques, vous pouvez contacter votre mairie ou le service local de traitement des
ordures ménagères.
Cet équipement a été testé et déclaré conforme aux limites imposées aux appareils
numériques de classe A, en vertu du chapitre 15 des règles de la FCC. Ces limites ont
pour objectif d'assurer une protection suffisante contre les interférences nuisibles
lorsque l'équipement est utilisé dans un environnement commercial. Cet équipement
génère, utilise et peut dégager de l'énergie de radiofréquence et, s'il n'est pas installé
et utilisé conformément aux manuel d'utilisation, peut provoquer un brouillage
préjudiciable aux communications radio. L'utilisation de cet équipement en zone
résidentielle est susceptible de provoquer des interférences nuisibles, auquel cas il
sera demandé à l'utilisateur de corriger ces interférences à ses frais.
L'utilisation de cet appareil est soumise aux deux conditions suivantes :
1 Cet appareil ne doit pas causer d'interférences nuisibles.
2 Cet appareil doit accepter toute interférence reçue, notamment celles pouvant
entraîner un dysfonctionnement.
Informations de sécurité
Cet appareil doit être connecté à une prise secteur équipée d'un conducteur de protection.
Afin de réduire le risque de décharge électrique, ne pas éclabousser ou renverser de
liquide sur cet appareil.
Cet appareil peut être utilisé dans un climat tropical lorsque la température ambiante
n'excède pas 4C.
Veillez à ce que l'espace autour du produit soit suffisant afin de ne pas compromettre
laventilation.
Lorsque vous installez l'appareil sur rack, veillez à ce que la ventilation ne soit pas
compromise par les autres équipements.
Les pièces de cet appareil ne sont pas réparables par l'opérateur. Toute réparation/
opération d'entretien doit être effectuée par un centre de service Blackmagic Design.
Cet appareil ne peut être utilisé qu'à une altitude inférieure à 2000 mètres.
Vous pouvez connecter des modules SFP fibre optique à ce produit. Utilisez seulement des
modules SFP équipés de lasers de classe 1.
Modules SFP Blackmagic Design recommandés:
3G-SDI : PL-4F20-311C
6G-SDI : PL-8F10-311C
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115Garantie
Avertissement destiné aux techniciens agréés
Assurez-vous que le courant des deux prises est bien coupé avant toute opération
d'entretien.
Attention - Système de fusibles bipolaire/neutre
La source d'alimentation de cet appareil contient un fusible dans les conducteurs
de ligne et neutre. Elle est compatible avec le système de distribution électrique/
réseau de distribution d'électricité en Norvège.
Garantie
Garantie limitée à 12 mois
Par la présente, Blackmagic Design garantit que ce produit sera exempt de défauts matériels et
defabrication pendant une durée de un an à compter de la date d'achat. Si un produit savère
défectueux pendant la période de garantie, Blackmagic Design peut, à sa seule discrétion, réparer
le produit défectueux sans frais pour les pièces et la main d’œuvre, ou le remplacer.
Pour se prévaloir du service offert en vertu de la présente garantie, il vous incombe d’informer
Blackmagic Design de l’existence du défaut avant expiration de la période de garantie, et de
prendre les mesures nécessaires pour l’exécution des dispositions de ce service. Le consommateur
a la responsabilité de s’occuper de l’emballage et de l'expédition du produit défectueux au centre
de service nommément désigné par Blackmagic Design, en frais de port prépayé. Il incombe au
Consommateur de payer tous les frais de transport, dassurance, droits de douane et taxes et toutes
autres charges relatives aux produits qui nous auront été retournés et ce quelle que soit la raison.
La présente garantie ne saurait en aucun cas sappliquer à des défauts, pannes ou dommages
causés par une utilisation inappropriée ou un entretien inadéquat ou incorrect. Blackmagic Design
n’a en aucun cas l’obligation de fournir un service en vertu de la présente garantie : a) pour réparer
les dommages résultant de tentatives de réparations, d’installations ou tous services effectués par
du personnel non qualif par Blackmagic Design, b) pour réparer tout dommage résultant d'une
utilisation inadéquate ou d'une connexion à du matériel incompatible, c) pour réparer tout dommage
ou dysfonctionnement causé par l’utilisation de pièces ou de fournitures nappartenant pas à la
marque de Blackmagic Design, d) pour examiner un produit qui a été modifié ou intégré à d’autres
produits quand l’impact d’une telle modification ou intégration augmente les délais ou la difficul
d’examiner ce produit. CETTE GARANTIE REMPLACE TOUTE GARANTIE EXPLICITE OU IMPLICITE.
BLACKMAGIC DESIGN ET SES REVENDEURS DÉCLINENT EXPRESSÉMENT TOUTE GARANTIE
IMPLICITE DE COMMERCIALISATION OU D'ADAPTATION DANS QUELQUE BUT QUE CE SOIT.
LARESPONSABILITÉ DE BLACKMAGIC DESIGN POUR RÉPARER OU REMPLACER UN PRODUIT
S'ARANT DÉFECTUEUX CONSTITUE LA TOTALITÉ ET LE SEUL RECOURS EXCLUSIF PRÉVU ET
FOURNI AU CONSOMMATEUR POUR TOUT DOMMAGE INDIRECT, SPÉCIFIQUE, ACCIDENTEL OU
CONSÉCUTIF, PEU IMPORTE QUE BLACKMAGIC DESIGN OU SES REVENDEURS AIENT É
INFORMÉS OU SE SOIENT RENDUS COMPTE AU PRÉALABLE DE LVENTUALITÉ DE CES
DOMMAGES. BLACKMAGIC DESIGN NE PEUT ÊTRE TENU POUR RESPONSABLE DE TOUTE
UTILISATION ILLICITE OU ABUSIVE DU MARIEL PAR LE CONSOMMATEUR. BLACKMAGIC
DESIGN N'EST PAS RESPONSABLE DES DOMMAGES RÉSULTANT DE L'UTILISATION DE CE
PRODUIT. LE CONSOMMATEUR MANIPULE CE PRODUIT À SES SEULS RISQUES.
© Copyright 2018 Blackmagic Design. Tous droits réservés. 'Blackmagic Design’, ‘DeckLink’, ‘HDLink, ‘Workgroup Videohub’,
‘Multibridge Pro’, ‘Multibridge Extreme’, ‘Intensity’ etLeading the creative video revolution’ sont des marques déposées aux
USA et dans d'autres pays. Tous les autres noms de société et de produits peuvent être des marques déposées de leurs
sociétés respectives auxquelles ils sont associés.
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116
Installations- und Bedienungsanleitung
Juni 2018
Deutsch
SmartView &
SmartScope
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Willkommen!
Wir träumen von einer Entwicklung der Fernsehbranche zu einer echten Kreativbranche, die
jedermann Zugriff auf Video in höchster Qualität gewährt. Wir hoffen, Sie teilen diesen Traum
mit uns und wünschen Ihnen in diesem Sinne kreatives Schaffen.
Videomonitoring ist ein Muss in jeder Einrichtung. Da kommt der SmartView 4K mit seinem
integrierten LCD in 4K-Auflösung genau richtig. Denn mit ihm können Sie Ultra-HD-Video in
Vollauflösung überprüfen. Und dank seines eleganten Rack-Gehäuses mit 6HE lassen sich
Einstellungen in Windeseile ändern. Der SmartView HD wartet mit einem unglaublichen 17Zoll
großen LCD in einem ebenfalls 6HE hohen Gehäuse auf und ist weniger als einen Zoll tief. Der
SmartView Duo hingegen kommt mit zwei komplett voneinander unabhängigen 8-Zoll-LCDs
in einem drei Rackeinheiten hohen Gehäuse und ist ebenfalls weniger als einen Zoll tief. Das
Modell SmartScope Duo 4K bietet neben zwei unabhängigen 8-Zoll-LCDs eine Waveform-
Funktionalität. Damit haben Sie Ihre Videopegel immer im Auge. Alle SmartView Monitore
unterstützen Video in SD, HD und 2K über 3G-SDI. Der SmartScope Duo 4K und der SmartView
4K unterstützen darüber hinaus Ultra HD 4K über 6G-SDI bzw. 12G-SDI.
Das Videomonitoring mit Produkten dieser Familie ist auf der Stelle einsatzbereit: auspacken,
anschließen, fertig! Mit der Blackmagic SmartView Setup Software bekommen Nutzer
außerdem ein leicht verständliches und intuitives Konfigurations-Tool in die Hand.
Diese Bedienungsanleitung enthält alle nötigen Informationen zur Installation Ihres Blackmagic
SmartView und SmartScope. Wenn Sie jedoch Fragen zu IP-Adressen oder Computer-
Netzwerken haben, wenden Sie sich bitte an einen technischen Berater. SmartViews und
SmartScopes sind einfach zu installieren, allerdings sind anschließend einige Voreinstellungen
vorzunehmen, die technisch etwas anspruchsvoller sind.
Unserer Einschätzung nach sollte die komplette Installation nicht mehr als rund 5 Minuten
dauern. Besuchen Sie die Support-Seiten auf unserer Website unter www.blackmagicdesign.
com/de/support und laden Sie dort die neueste Version dieses Handbuchs und der Software
herunter. Bitte registrieren Sie beim Herunterladen der Software Ihr Gerät, damit wir Sie über
Software-Aktualisierungen informieren können. Wir arbeiten ständig an neuen Features und
Verbesserungen und würden uns über Ihr Feedback freuen!
Grant Petty
CEO, Blackmagic Design
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Inhaltsverzeichnis
SmartView & SmartScope
Erste Schritte 119
SmartView und SmartScope 119
Anschließen von Videoquellen 120
Anschließen Ihres Computers 120
Blackmagic SmartView Setup installieren 121
Blackmagic SmartView SetupimEinsatz 122
Aktualisieren der Software 122
Anpassen der Monitoreinstellungen 122
Der SmartView 4K im Einsatz 125
Der Blackmagic SmartView 4K 125
Bedientasten 126
3D-LUTs mit Blackmagic SmartView Setup laden 128
Der SmartScope Duo 4K im Einsatz 129
Was ist der Blackmagic SmartScope? 129
Die Video-Monitoring-Anzeige 129
Waveform-Anzeige 130
Vektorskop-Anzeige 131
Parade-Anzeige 133
Histogramm-Anzeige 134
Audiopegelmeter-Anzeige 135
Anschließen an ein Netzwerk 136
Direkte Ethernet-Verbindung 137
Ethernet-Netzwerk-Switch 137
Anpassen von Netzwerkeinstellungen 139
Netzwerkeinstellungen 139
Hinzufügen eines Blackmagic Monitors 140
Arbeiten mit Tally 141
Pinbelegung des Tally-Ports 141
Optimieren des Betrachtungswinkels 142
Informationen für Entwickler (Englisch) 144
Blackmagic 2K Format – Overview 144
Blackmagic 2K Format – Vertical Timing Reference 145
Blackmagic 2K Format – DataStream Format 146
Blackmagic SmartView Ethernet Protocol v1.3 147
Hilfe 151
Gesetzliche Vorschriften undSicherheitshinweise 152
Garantie 153
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119Erste Schritte
Erste Schritte
SmartView und SmartScope
SmartView Monitore eignen sich perfekt für alle Einrichtungen mit rackbasierter Bildkontrolle.
Versorgen Sie Ihren SmartView zum Einstieg lediglich mit Strom und schließen Sie eine SDI-Quelle an.
Das Modell SmartView 4K hat ein 15,6Zoll großes LCD, auf dem Sie SD-, HD- und Ultra-HD-Video in
seiner nativen Pixelauflösung von 3840x2160 kontrollieren können. Über die Tasten auf dem
Frontbedienfeld können Sie spielend leicht Eingänge auswählen, die Helligkeit des Bildschirms
anpassen, den blauen Kanal auf Rauschen überprüfen, Informationen zu Austastlücken sichten,
3D-LUTs anwenden u.v.m.
Das 17Zoll große LCD des SmartView HD Modells eignet sich perfekt für zuverlässiges Monitoring
in vollaufgelöstem HD.
Der SmartView Duo vergt über zwei Monitore für die gleichzeitige Ansicht zweier
unterschiedlicher Videosignale. Lassen Sie sich so bspw. auf dem einen Bildschirm ein YUV-4:2:2-
Signal und auf dem anderen ein RGB-4:4:4-Signal anzeigen. Alternativ könnte ein Monitor
NTSC-Video und der andere PAL-Video wiedergeben. Hierbei sind viele verschiedene
Kombinationen möglich. Welche Quelle Sie sich auch anzeigen lassen möchten, schließen Sie sie
einfach per SDI an.
Der SmartScope Duo 4K hat dieselben Funktionen wie der SmartView Duo, kann aber zusätzlich
Waveform-, Vektorskop- und andere gebräuchliche Messanzeigen für echtzeitbasiertes Video- und
Audio-Monitoring anzeigen. Darüber hinaus profitieren Sie von einer kompletten Ultra-HD-4K-
Unterstützung.
Die SDI-Eingänge aller SmartView und SmartScope Modelle erkennen SD-, HD- oder 3G-SDI- und
2K-Video automatisch. Der SmartView 4K erkennt außerdem Ultra HD, darunter Formate wie 2160p/60
via 12G-SDI. Der SmartScope Duo 4K hingegen erkennt Ultra-HD-4K-Video via 6G-SDI von selbst.
Wenn Sie die Einstellungen mehrerer SmartView und SmartScope Einheiten von einem Computer
aus ändern möchten, haben Sie die Möglichkeit, diese per Ethernet miteinander zu verbinden.
Sobrauchen Sie nicht jede Einheit einzeln per USB-Kabel mit Ihrem Computer zu verbinden, um
Einstellungen vorzunehmen.
Für den Anfang war das schon alles. Näheres zum Anschließen Ihres SmartView und SmartScope,
zum Konfigurieren der Monitoreinstellungen über Blackmagic SmartView Setup und zum Einbinden
in ein Netzwerk erfahren Sie im weiteren Verlauf dieses Handbuchs.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
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120Erste Schritte
Anschließen von Videoquellen
SmartView und SmartScope Monitore verfügen über reguläre BNC-Anschlüsse, über die SDI-Geräte
wie Mischer, Kameras, Aufzeichnungskarten, MAZen und Diskrekorder angeschlossen werden können.
Bildmaterial auf dem Monitor sichten
Videobilder auf Ihrem SmartView oder SmartScope zu sichten ist kinderleicht. Versorgen Sie das
Gerät lediglich mit Strom und schließen Sie Ihre Videoquelle an einen SDI-Eingang an. Wurden
diese beiden Schritte ausgeführt, sollte Ihr Video sofort sichtbar sein. SD-, HD- und
2K-Signale werden vom SDI-Eingang sowie vom Durchschleifausgang automatisch erkannt.
SmartView 4K und SmartScope Duo 4K Modelle erkennen außerdem Ultra HD 4K.
Wird vom Gerät kein Video empfangen, erlischt die Hintergrundbeleuchtung. Dadurch wird bis zur
erneuten Erkennung eines gültigen Videosignals Strom gespart.
Reihenschaltung von Monitoren
Jeder SmartView und SmartScope Monitor verfügt über einen unabhängigen SDI-Eingang sowie
über einen Durchschleifausgang, damit Sie mehrere Monitore in Reihe schalten und dasselbe Signal
anzeigen können:
1 Schalten Sie Einheit 1 ein. Schließen Sie eine Videoquelle an den SDI-Eingang an. Ihr Video
sollte sofort sichtbar sein.
2 Schalten Sie Einheit 2 ein. Verbinden Sie nun per SDI-Kabel den Durchschleifausgang von
Einheit 1 mit dem SDI-Eingang von Einheit 2.
Sie können beliebig viele Einheiten aneinanderreihen.
Wenn Sie auf einem SmartScope Duo 4K vom Waveform-Monitoring Gebrauch machen, möchten
Sie wahrscheinlich die Ausgabe von Monitor 1 zu Monitor 2 durchschleifen, damit beide Monitore
dasselbe Eingabesignal verwenden.
Für das jetzt dargestellte Videobild können Sie nun entweder Monitoreinstellungen anpassen oder
Scopes für den SmartScope Duo 4K auswählen. Dies geschieht über die Blackmagic SmartView
Setup Software. Darüber lassen sich außerdem 3D-LUTs auf Ihren Blackmagic SmartView 4K laden.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
Anschließen Ihres Computers
Konfigurieren Sie die Monitoreinstellungen Ihres SmartView oder SmartScope, indem Sie Ihren
Computer per USB an das jeweilige Gerät anschließen und Blackmagic SmartView Setup installieren.
Über die USB-Verbindung lässt sich zudem die Produktsoftware aktualisieren. Laden Sie Software-
Aktualisierungen zunächst von der Blackmagic Design Website herunter. Software-Aktualisierungen
können Ihr Gerät um neue Funktionen, Kompatibilität mit neuer Hardware oder Unterstützung neuer
Formate erweitern. Blackmagic SmartView Setup läuft sowohl auf macOS als auch auf Windows.
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121Erste Schritte
Blackmagic SmartView Setup installieren
Blackmagic SmartView Setup läuft auf den aktuellsten Softwareversionen von Sierra und High Sierra
von macOS sowie auf allen 64-Bit-Versionen von Windows 8.1 und 10, bei denen die aktuellsten
Service Packs installiert wurden. Blackmagic SmartView Setup lässt sich bei Bedarf auf mehreren
Computern im Netzwerk installieren.
Die mit dem SmartView mitgelieferte SD-Karte enthält das Installationsprogramm. Dennoch empfehlen
wir Ihnen einen Besuch auf unsere Website unter www.blackmagicdesign.com/de/support,
um sicherzustellen, dass Sie im Besitz der aktuellsten Version sind.
Installation unter macOS:
Öffnen Sie die mitgelieferte SD-Karte oder laden Sie das Disk-Image herunter und führen Sie auf
dem Installations-Icon von SmartView einen Doppelklick aus. In Ihrem Programme-Ordner wird
daraufhin ein Ordner mit dem Namen „SmartView“ erstellt. Dieser enthält die Blackmagic SmartView
Setup Software, ein Deinstallationsprogramm zum Entfernen älterer Versionen im Falle einer
Aktualisierung und einen Dokumente-Ordner mit diesem Handbuch sowie anderen Informationen
zum SmartView.
Installation unter Windows:
Öffnen Sie auf Ihrem Windows-Computer die mitgelieferte SD-Karte oder die heruntergeladene
ZIP-Datei und führen Sie auf dem Installations-Icon von SmartView einen Doppelklick aus. Folgen
Sie den Bildschirmanweisungen zur Fertigstellung der Installation.
Öffnen Sie zur Installation unter macOS die Datei SmartView.dmg von
der mitgelieferten SD-Karte oder in Ihrem Downloads-Ordner und klicken
Sie anschließend auf das Installations-Icon von SmartView
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122Blackmagic SmartView SetupimEinsatz
Blackmagic SmartView SetupimEinsatz
Aktualisieren der Software
Ist Blackmagic SmartView Setup installiert und gestartet, klicken Sie auf das Einstellungs-Icon
unterhalb des Monitornamens. Sie werden ggf. aufgefordert, die Produktsoftware Ihres SmartView
oder SmartScope zu aktualisieren. Das geht so:
1 Verbinden Sie Ihren SmartView oder SmartScope per USB-Kabel oder Ethernet mit Ihrem
Computer und starten Sie Blackmagic SmartView Setup.
2 Sollten Sie aufgefordert werden, die Produktsoftware zu aktualisieren, klicken Sie auf
„Update“. Der Aktualisierungsvorgang kann ca. 5Minuten dauern.
3 Die Meldung „This SmartView has been updated“ sollte im Anschluss an die
abgeschlossene Aktualisierung erscheinen.
4 Klicken Sie zum Schließen auf „Close.
Ist keine Aktualisierung der Produktsoftware notwendig, öffnet sich Blackmagic SmartView Setup
und es erscheint die Einstellungsseite für Ihren Monitor.
Wenn Sie SmartView Setup starten und auf das
Einstellungs-Icon eines angeschlossenen SmartView
oder SmartScope klicken, erscheint diese Meldung,
sollte eine Softwareaktualisierung erforderlich sein
Der Aktualisierungsvorgang dauert ca. 5Minuten
Anpassen der Monitoreinstellungen
Blackmagic SmartView Setup sucht bei jedem Start sofort nach verbundenen SmartView oder
SmartScope Einheiten, die per USB oder Ethernet verbunden sind. Diese werden dann auf der
Homepage von SmartView Setup angezeigt. Sollten Sie mehr als einen Blackmagic Monitor in Ihr
Netzwerk eingebunden haben, selektieren Sie den Monitor, dessen Einstellungen Sie anpassen
möchten, indem Sie auf den Links- oder Rechtspfeil seitlich der Homepage klicken. Ist Ihr
Blackmagic Monitor per USB verbunden, erscheint ein USB-Icon neben dem Monitornamen.
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123Blackmagic SmartView SetupimEinsatz
Wählen Sie zum Anpassen der Einstellungen Ihren per Ethernet oder USB verbundenen Monitor
aus und klicken Sie auf das Einstellungs-Icon unter dem Monitornamen. Dadurch öffnet sich die
Einstellungsseite des ausgewählten Monitors. Haben Sie die Einstellungen nach Ihren Bedürfnissen
angepasst, klicken Sie auf „Save“, um Ihre Einstellungen zu speichern und zur SmartView Setup
Homepage zurückzukehren.
Im nächsten Abschnitt erfahren Sie mehr über die für Blackmagic Monitore verfügbaren
Einstellungen und wie Sie diese anwenden. Weitere Informationen zur Konfiguration von
Netzwerkeinstellungen mithilfe von SmartView Setup finden Sie im Kapitel „Anpassen von
Netzwerkeinstellungen.
Blackmagic SmartView Setup sucht automatisch nach lokal per USB
angeschlossenen oder per Netzwerk eingebundenen SmartView und
SmartScope Einheiten. Vergewissern Sie sich bei der Aktualisierung
der Produktsoftware Ihres Monitors, dass dieser per USB oder Ethernet
verbunden ist. Ein USB-Icon erscheint dann neben dem Monitornamen.
Monitoreinstellungen
Um die Einstellungen und Displays eines jeden Monitors anzupassen, müssen diese per Ethernet
oder USB angeschlossen sein. Wählen Sie den einzustellenden Monitor aus, indem Sie auf der
SmartView Setup Homepage auf den Links- bzw. Rechtspfeil und anschließend auf das Einstellungs-
Icon unter dem Monitornamen klicken. Die Einstellungsseite zeigt jeweils die von Ihrem
ausgewählten Blackmagic Monitor unterstützten Funktionen an.
Beim SmartScope können Sie im Drop-down-Menü „Display
zwischen den Optionen „Scopes“ und „Video Monitoring“ wählen
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124Blackmagic SmartView SetupimEinsatz
Adjust
Bei einem SmartScope bzw. SmartView Duo legen Sie hiermit fest, welchen Monitor Sie anpassen
können. Wählen Sie für den linken Monitor, „Left Monitor, für den rechten „Right Monitor“ oder für
beide Monitore „Both Monitors“ aus. Wenn die Option „Both Monitors“ aktiviert ist, werden jegliche
Anpassungen hinsichtlich Helligkeit, Kontrast und Sättigung auf beide Monitore des SmartView
Duo bzw. SmartScope Duo angewandt.
Display
Bei Einsatz eines SmartScope zeigt das Drop-down-Menü „Display“ auswählbare Scopes an.
Wählen Sie die Option „Video Monitoring“, wenn Sie das Videobild angezeigt bekommen wollen.
Set
Wenn Sie beim SmartScope die Display-Option „Video Monitoring“ vorgegeben haben, können Sie
r SD-Video im Drop-down-Menü „Set“ zwischen den Bildseitenverhältnissen „SD Aspect to 4:3“
oder „SD Aspect to 16:9“ wählen. Das Drop-down-Menü „Set“ bietet darüber hinaus zusätzliche
Optionen für das ausgewählte Display an, darunter „Vectorscope“, „Audio dBFS“ und „Audio dBVU“.
Video Monitoring: Wählen Sie diese Option, um das Videobild im 4:3- oder
16:9-Seitenverhältnis anzuzeigen.
Bei anamorphotischem SD-Video im Breitbildformat, wählen Sie das 16:9-Seitenverhältnis.
Bei traditionellem 4:3-Video in Standard Definition, wählen Sie das 4:3-Seitenverhältnis.
Vectorscope: Geben Sie vor, ob Ihre Eingabe auf Farbbalken-Testsignalen von 100% oder
75% basiert.
Audio dBFS: Wählen Sie das Audiokanalpaar, dessen Phasen Sie überprüfen möchten.
Audio dBVU: Wählen Sie das Audiokanalpaar, dessen Phasen Sie überprüfen möchten.
Wählen Sie „SD Aspect to 16:9“ für anamorphotisches Standard-Definition-Video
Brightness, Contrast, Saturation
Passen Sie mit diesen Schiebereglern Helligkeit, Kontrast und Sättigung an.
Identify
Ist das Kontrollkästchen „Identify“ mit einem Häkchen aktiviert, wird das Display des derzeit in
Blackmagic SmartView Setup ausgewählten Monitors weiß umrandet. Bei mehreren
angeschlossenen SmartView und SmartScope Einheiten, lässt sich der ausgewählte Monitor so
leicht visuell identifizieren.
Ist das Kontrollkästchen zusammen mit der Option „Both Monitors“ aktiviert, erscheint die weiße
Umrandung auf den Displays beider SmartView Duo oder SmartScope Duo 4K Monitore.
Ziehen Sie die Schieberegler nach links oder rechts, um die Einstellungen für
Helligkeit, Kontrast und Sättigung anzupassen. Setzen Sie im Kontrollkästchen
„Identify“ ein Häkchen, um den ausgewählten Monitor zu markieren
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125Der SmartView 4K im Einsatz
Der SmartView 4K im Einsatz
Der Blackmagic SmartView 4K
Der SmartView 4K ist ein 6HE großer Broadcastmonitor mit 12G-SDI zur Darstellung von SD-, HD-
und sogar Ultra-HD-Video in nativem 2160p/60. Mit seinem hellen Display und breiten
Betrachtungswinkel sorgt er für lebhafte, kristallklare Bilder für akkurates Fokus- und
Farbmonitoring. Darüber hinaus unterstützt er praktisch jedes Videoformat.
Der SmartView 4K wurde sowohl fürs Studio als auch fürs Field-Broadcasting konzipiert und ist leicht
zu bedienen. Dank der seitlich angebrachten Anschlüsse und seiner VESA-Konformität findet der
Monitor auch auf beengtem Raum Platz. Alternativ lässt er sich an eine Wand montieren oder an
einer schwenkbaren Halterung befestigen. Der SmartView 4K lässt sich über das integrierte
Bedienfeld steuern. An Standorten, die keinen Zugang zum Frontbedienfeld gewähren, kann er auch
per Ethernet aus der Ferne gesteuert werden.
Zwei Multi-Rate-12G-SDI-Eingänge lassen Sie zwischen zwei SDI-Quellen wählen. Außerdem gibt es
einen SMPTE-konformen SFP-Modul-fig zum Anschließen eines SDI-Glasfasermoduls, damit Sie
Ihr Video per Glasfaser verbinden können. Über den 12G-SDI-Ausgang können Sie Ihre
Videosignale an anderes Equipment weiterleiten. Zwei Ethernet-Anschlüsse dienen indes zur
Netzwerkeinbindung, zur Fernsteuerung sowie als Durchschleifausgang bei der Reihenschaltung
mehrerer Monitore. Zu den übrigen Anschlüssen zählen ein Tally-Eingang für Live-Produktionen
und ein USB-Port für Aktualisierungen der Produktsoftware.
Mithilfe der Blackmagic SmartView Setup Software lassen sich sogar branchenübliche 3D-LUTs mit
der Dateierweiterung .cube oder auch in DaVinci Resolve generierte LUTs laden. Wenn Sie Ihren
SmartView 4K direkt an Ihre Kamera anschließen, können Sie Ihre Clips dank der LUT im
gewünschten Look sichten. Mit zwei Schärfestufen für Focus Peaking gehen Sie sicher, dass Ihre
Einstellungen immer perfekt fokussiert sind. Und aufgrund der Unterstützung für AC- sowie DC-
Strom bleibt es Ihnen überlassen, ob Sie den SmartView 4K per Netzstrom oder– wenn Sie am Set
frei beweglich bleiben möchten– per externem Akku betreiben.
Der SmartView 4K ist die perfekte Monitoring-Lösung für Broadcastproduktionen, ob unterwegs
oder im Studio. Er zeigt Video in SD, HD und Ultra HD in nativer 3840x2160 Pixelauflösung an.
HINWEIS Sollten Sie eine externe Stromquelle über den DC-Eingang anschließen,
vergewissern Sie sich, dass der Stromausgang dieser Quelle 24Watt bei 12Volt speist.
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126Der SmartView 4K im Einsatz
Bedientasten
Das Bedienfeld verfügt über eine Reihe Tasten, mit denen Sie Einstellungen an Ihrem SmartView 4K
im Handumdrehen ändern können.
INPUT
Mit dieser Taste durchlaufen Sie alle Videosignale, die über die 12G-SDI-Eingänge bzw. den
optionalen SFP-Glasfaseranschluss an Ihren SmartView 4K gekoppelt sind. Liegt an einem Eingang
kein Videosignal vor, zeigt der SmartView 4K für diesen Eingang schwarzen Bildinhalt an. Wenn Sie
zwischen Eingängen hin und her schalten, werden in der linken oberen Monitorecke kurzzeitig
Informationen zum Eingabeformat angezeigt.
DISP
Mit der DISP-Taste passen Sie die Helligkeit des LCDs Ihres SmartView 4K an. Stellen Sie die
Helligkeit anhand der Aufwärts- und Abwärtspfeile nach Bedarf ein. Drücken Sie erneut auf DISP,
um die Einstellung zu schließen.
H/V DELAY
Anhand der Taste H/V DELAY lässt sich das Vorhandensein eingebetteter Zusatzdaten in Ihrem
SDI-Videosignal ruckzuck überprüfen. Beispiel: Drücken Sie die H/V-DELAY-Taste einmal, um
horizontale Zusatzdaten anzuzeigen. Drücken Sie die Taste erneut, um vertikale Zusatzdaten
anzuzeigen. Dabei handelt es sich oft um häufig verwendete Daten wie bspw. geschlossene Untertitel.
BLUE ONLY
Ist in einem digitalen Videosignal Bildrauschen vorhanden, tritt es am stärksten im blauen Kanal auf.
Dieses Bildrauschen im blauen Kanal lässt sich anhand der BLUE-ONLY-Taste überprüfen. Daraufhin
wird lediglich der blaue Kanal in Form eines Schwarzweißbilds angezeigt. Das Schwarzweißbild
können Sie auch als Hilfe beim Kontrollieren der Kamerafokussierung verwenden.
ZOOM
Gestochen scharfe Bilder durch exakten Kamerafokus erzielen Sie mit der ZOOM-Taste. Drücken Sie
die Taste einmal, um in das Bild hineinzuzoomen. Nun können Sie ganz klar sehen, ob ein Objekt
scharf fokussiert ist. Drücken Sie die ZOOM-Taste erneut, um zur normalen Ansicht zurückzukehren.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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127Der SmartView 4K im Einsatz
PEAK
Der Kamerafokus lässt sich ganz leicht überprüfen, indem Sie die PEAK-Taste drücken und damit
Focus Peaking aktivieren. Dadurch wird eine grüne Markierung um die schärfsten Bereiche Ihres
Bilds herum eingeblendet. Es stehen zwei Schärfestufen für Peaking zur Verfügung. Wechseln Sie
durch mehrmaliges Drücken zwischen den unterschiedlichen Einstellungen hin und her. Sobald die
grünen Markierungen am stärksten sind, wissen Sie, dass Ihre Kamera fokussiert hat.
3D LUT 1 und 3D LUT 2
Mithilfe der LUT-Tasten können Sie Ihr Videobild mit LUTs anzeigen lassen. Das funktioniert sowohl
mit LUTs, die Sie selbst in Blackmagic DaVinci Resolve erstellt haben, als auch mit branchenüblichen
.cube-LUTs. Drücken Sie eine der LUT-Tasten, um die jeweilige LUT zu aktivieren. Drücken Sie die
Taste erneut, um die LUT zu deaktivieren. Weitere Informationen zur Verwendung von 3D-LUTs auf
dem SmartView 4K finden Sie im Abschnitt „3D-LUTs mit Blackmagic SmartView Setup laden.
H MARK und V MARK
Mit den Tasten H MARK und V MARK können Sie Bildrandmarkierungen anzeigen und bearbeiten.
Bildrandmarkierungen unterstützen Sie bei der Komposition von Einstellungen und helfen dabei,
Informationen und Grafiken innerhalb des Schutzbereiches auf dem Bildschirm anzuzeigen. Je nach
Größe des Fernsehers wird mal mehr und mal weniger von den Kantenbereichen des Videosignals
wiedergegeben. Daher ist es praktisch, sich einen Schutzbereich anzeigen zu lassen. Beim
Schutzbereich handelt es sich um den Bereich des Bildschirms, der immer sichtbar ist, unabhängig
vom Modell des Fernsehers bzw. Monitors.
Um horizontale und vertikale Bildrandmarkierungen anzuzeigen, drücken Sie die entsprechende
Taste, also H MARK oder V MARK. Wenn Sie die Markierung anpassen wollen, drücken Sie die
jeweilige Taste erneut. Dadurch wird die entsprechende Markierung hervorgehoben. Mithilfe der
Pfeiltasten lässt sich nun die Position der Markierungen anpassen. Ein erneutes Drücken der
jeweiligen Taste bestätigt die neue Position. Mit einem weiteren Druck auf die Taste wird die
Markierung deaktiviert.
Pfeiltasten
Passen Sie Einstellungen wie bspw. die Display-Helligkeit oder Bildrandmarkierungen mithilfe der
Auf- und Abwärtspfeiltasten an.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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128Der SmartView 4K im Einsatz
Ein-/Austaste
Drücken Sie die Ein- und Ausschalttaste einmal, um Ihren SmartView 4K einzuschalten. Drücken Sie
sie erneut, um ihn auszuschalten.
3D-LUTs mit Blackmagic SmartView Setup laden
Mit dem SmartView 4K können Sie Ihr Video mit angewandten 3D-LUTs überprüfen. Somit haben Sie
die Möglichkeit, Ihren SmartView 4K anhand von professionellen LUTs zu kalibrieren oder Ihr Video
im angestrebten Look zu sichten. Darüber hinaus können Sie mit unterschiedlichen Looks
herumexperimentieren. LUTs werden über die Blackmagic SmartView Setup Software auf den
SmartView 4K geladen. Da der SmartView 4K branchenübliche LUT-Dateien mit der Erweiterung
.cube unterstützt, können Sie sogar eigens in Blackmagic DaVinci Resolve erstellte LUTs verwenden.
Details zur Erstellung von LUT-Dateien finden Sie im englischsprachigen DaVinci Resolve Handbuch.
So belegen Sie die Taste 3D LUT 1 mit einer 3D-LUT:
1 Starten Sie Blackmagic SmartView Setup.
2 Klicken Sie auf den „Load“-Button neben „Load LUT 1“. Es öffnet sich ein Fenster, das nach
dem Pfad der zu ladenden LUT-Datei fragt. Wählen Sie die gewünschte .cube-LUT-Datei
aus und öffnen Sie sie mit „Open“.
3 Um die soeben geladene LUT zu sichten, drücken Sie die Taste 3D LUT 1 auf dem
SmartView 4K Bedienfeld. Drücken Sie die Taste erneut, um die LUT zu deaktivieren.
Folgen Sie denselben Schritten, um die Taste 3D LUT 2 mit einer LUT zu belegen.
Laden Sie 3D-LUTs mithilfe von Blackmagic
SmartView Setup auf Ihren SmartView 4K
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129Der SmartScope Duo 4K im Einsatz
Der SmartScope Duo 4K im Einsatz
Was ist der Blackmagic SmartScope?
Früher waren in der TV- und Postproduktion eingesetzte Messgerätefür Bild und Ton von
Broadcastqualität unglaublich kostspielige Maßlösungen. Trotzdem konnte jeweils nur eine einzige
Messanzeige auf einem winzigen Bildschirm angezeigt werden. Manche dieser Messgeräte sahen
geradezu unattraktiv aus und machten vor Kunden keinen guten Eindruck.
Mit dem SmartScope Duo 4K bekommen Sie zusätzlich zur Bildkontrolle die Funktionen eines
Waveform-Monitors. Behalten Sie so alle Aspekte Ihres Videosignals auf beiden Bildschirmen
echtzeitbasiert im Auge. Jegliche Änderungen am Eingabesignal in Blackmagic SmartView Setup
werden sofort auf dem SmartScope Duo 4K sichtbar. Jedes Eingabesignal kann über den
Durchschleifausgang an einen beliebigen der beiden Monitore gesendet werden. So können Sie
z.B. auf dem rechten Monitor ein Scope für das Videosignal des linken Monitors anzeigen.
Die Auswahl der jeweils auf dem SmartScope Duo 4K angezeigten Messanzeige wird in Blackmagic
SmartView Setup ausgewählt. Wählen Sie Ihr Scope aus dem Drop-down-Menü „Display“ aus.
Auf den folgenden Seiten erfahren Sie, wie die einzelnen Messanzeigen anzuwenden sind, damit
Sie einen Einblick bekommen, inwieweit die Anzeigen Ihnen helfen können.
Mithilfe von Blackmagic SmartView Setup lassen sich jedem
der beiden Monitore unterschiedliche Scopes zuweisen
Die Video-Monitoring-Anzeige
Die Video-Monitoring-Anzeige stellt das vom SmartScope empfangene Videobild dar und gibt Ihnen
beim Monitoring eine praktische visuelle Referenz.
Liegt Ihr Eingabesignal in SD vor, können Sie im Drop-down-Menü „Set“ zwischen den Ansichtsmodi
SD Aspect to 4:3“ oder „SD Aspect to 16:9“ wählen. An der LCD-Helligkeit, den Kontrast- oder
Sättigungseinstellungen vorgenommene Änderungen werden in der Ansicht sofort sichtbar. Bitte
beachten Sie, dass sich diese Änderungen lediglich auf das Monitorbild auswirken, nicht auf das
Videosignal. Aus diesem Grund können Änderungen hinsichtlich Sättigung oder Helligkeit in den
Scopes nicht nachvollzogen werden.
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130Der SmartScope Duo 4K im Einsatz
Oft ist es hilfreich, einen Bildschirm als Video-Monitoring-Anzeige und den anderen als Scope zu
nutzen. Verbinden Sie hierzu mit einem kurzen Kabel den SDI-Durchschleifausgang von Monitor 1
mit dem SDI-Eingang von Monitor 2.
Lassen Sie sich SD-Video im 4:3-Pillarbox- oder 16:9-Breitbildformat anzeigen, indem
Sie die gewünschte Option im „Set“-Menü in Blackmagic SmartView Setup wählen.
Wählen Sie für anamorphotisches Video in Standard Definition „SD Aspect to 16:9“
Die Video-Monitoring-Anzeige zeigt das Videosignal so an,
wie es auf einem Fernseher oder Monitor erscheinen würde
Waveform-Anzeige
Die Waveform-Anzeige liefert eine digital kodierte Wellenform, die denen herkömmlicher Waveform-
Monitore für Luminanz ähnelt. Sie wird genutzt, um die Luma- bzw. Helligkeitspegel Ihres
Videosignals zu kontrollieren und anzupassen.
Herkömmliche Luminanz-Waveform-Monitore unterstützen nur analoges FBAS-Video in Standard
Definition. Der Waveform-Monitor des SmartScope Duo 4K funktioniert hingegen auch in Ultra HD,
HD und in SD. So sind Lumapegel auch beim Monitoring digitaler Videoformate in High Definition
durchgängig und mühelos anpassbar.
Wählen Sie in Blackmagic SmartView Setup im Drop-down-Menü „Display“ die Option „Waveform
aus. Vergewissern Sie sich, dass die Schwarztöne im Kurvenverlauf nicht unter 0% und die
Weißtöne nicht über 100% liegen. Andernfalls geraten Ihre Lumawerte in den unzulässigen Bereich.
Der Waveform-Monitor zeigt eine grafische Repräsentation des Videobilds an, die die Lumawerte
entsprechend der Position innerhalb eines Bilds darstellt. Ist bspw. ein Teil des Himmels
überbelichtet, sehen Sie dies in der Waveform-Anzeige in derselben horizontalen Position, in der
sich die Überbelichtung auch im Einzelbild befindet.
Der Kurvenverlauf ändert sich je nach Bildinhalt. Wenn Sie kontrastreiche Videobilder kontrollieren,
kann es sein, dass in den mittleren Graubereichen keine Werte vorhanden sind. Das Bild unten zeigt
den Kurvenverlauf eines gleichmäßig belichteten Bilds an, mit einem dunklen Fleck auf der linken
Seite und helleren Werten, die sich von der Mitte des Bilds zur rechten Seite hinziehen.
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131Der SmartScope Duo 4K im Einsatz
Ein Luminanzwerte darstellender Kurvenverlauf
Wählen Sie in Blackmagic SmartView Setup in den „Display-Einstellungen die
Option „Waveform“ aus, um die Luminanzwerte Ihres Videosignals anzuzeigen
Vektorskop-Anzeige
Die Vektorskop-Anzeige veranschaulicht die in einem Videosignal enthaltenen Farben anhand eines
Vektors. Wählen Sie je nach Norm der in Ihrer Sendeanstalt eingesetzten Farbbalken-Testsignale in
Blackmagic SmartView Setup aus dem Drop-down-Menü „Set“ einfach die Option „100%“
oder „75%.
Viele Benutzer glauben, dass sich mit einer Vektorskop-Anzeige unzulässige Pegel kontrollieren
lassen. Das ist jedoch nicht richtig. Nicht konforme Farben prüft man mit der RGB-Parade-Anzeige.
Für die Prüfung unzulässiger Pegel verbietet sich der Einsatz eines Vektorskops, da neben
Chromawerten außerdem Helligkeitswerte nötig sind. Beispielsweise können Farbwerte in der Nähe
des Weiß- oder Schwarzpunkts im Video nicht so stark gesättigt sein, wie die viel stärkeren Farben
in den mittleren Farbbereichen. Da die Vektorskop-Anzeige ausschließlich Farben, aber keine
Helligkeitswerte anzeigt, ist sie für die ausschließliche Prüfung unzulässiger Farben nicht geeignet.
Am besten eignet sich die Vektorskop-Anzeige, um die Farbpegel älterer, analoger Videobänder zu
prüfen, deren Chromawerte anzupassen sind. Spielen Sie einfach das Farbbalken-Segment des
Videobands ab und passen Sie dann die Chroma- und Farbtoneinstellungen an, sodass die Farben
des Videos in die rechteckigen Boxen der Markierung fallen.
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132Der SmartScope Duo 4K im Einsatz
Die Vektorskop-Anzeige bietet sich auch für die Farbkorrektur an, weil leicht erkennbar ist, ob der
Weißabgleich Ihres Videos stimmt oder ob es einen Farbstich hat. Sollte Ihr Video einen Farbstich
haben, erscheint die Vektorskop-Darstellung nicht mittig und Sie sehen ggf. zwei Punkte in der
Mitte. Normalerweise entsteht durch die Austastung im Videosignal ein Punkt in der Mitte des
Vektorskops. Dem ist so, weil die Austastlücke aus schwarzem Bildinhalt besteht. Austastlücken
geben einen nützlichen Anhaltspunkt und lassen schwarze Videobereiche ohne jegliche
Farbinformationen erkennen.
Weist Ihr Video einen Farbstich auf, sollte zu beobachten sein, dass sich die Schattenwerte von
den Farben und aus der Mitte entfernen. Der Verschiebungswinkel stellt den Grad des Farbstichs
in Ihrem Video dar. Die Verschiebung ist in den weißen und den schwarzen Details Ihres Videos
sichtbar. Aus diesem Grund ist die Vektorskop-Anzeige ein nützliches Werkzeug, um Farbstiche
zu entfernen und den korrekten Weißabgleich wiederherzustellen.
Mithilfe der Vektorskop-Anzeige können Sie die Farben in Ihrem Video bis an die Grenzen
ausreizen, ohne dabei den Schwarz- und Weißtönen versehentlich ungewollte Farbstiche zu
verleihen. Der Weißabgleich lässt sich zwar ebenso mit der RGB-Parade wie mit dem Vektorskop
prüfen, etwaige Probleme sind in der Vektorskop-Anzeige jedoch oftmals leichter erkennbar.
Für Farbkorrekturen an Bildmaterial mit Hauttönen empfiehlt es sich, die Sättigung der warmen
Farben auf dem Vektorskop entlang des feinen, diagonalen Strichs bei ca. 10Uhr zu konzentrieren.
Da die sogenannte Hauttonlinie sich nach der typischen Farbe von Blut an der Hautoberfche
richtet, gilt sie für alle Hautpigmentierungen. Deshalb gibt es keine bessere Methode, um die
Hautfarbe Ihrer Darsteller natürlich erscheinen zu lassen.
Vektorskop, das die Hauttonlinie nahe der 10-Uhr-Position anzeigt
Stellen Sie Ihr Vektorskop auf ein Farbbalken-Testsignal
von 100 % oder 75% ein
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133Der SmartScope Duo 4K im Einsatz
Parade-Anzeige
RGB- und YUV-Parade-Anzeigen eignen sich perfekt für die Farbkorrektur, zur Kontrolle
unzulässiger Farben und zur Überprüfung von Pegeln.
Wählen Sie bei der Farbkorrektur in Blackmagic SmartView Setup im Drop-down-Menü „Display“ die
Option „RGB Parade“ aus. Die RGB-Parade stellt die gesamte Höhe des roten, grünen und blauen
Farbkanals dar. Die Kontrolle der Pegel eines jeden Farbkanals vereinfacht die Farbkorrektur und
macht es leicht, die Farbbalance des Videosignals in den dunklen, mittleren und hellen Bereichen
auszugleichen. Die RGB-Parade-Anzeige ermöglicht es Ihnen, gemeinsame Komponenten des
roten, grünen und blauen Farbkanals zu identifizieren. Das erleichtert den Farbabgleich und das
Entfernen unerwünschter Farbstiche.
Bei der Farbkorrektur ist es wichtig sicherzugehen, dass die Videopegel zwar voll ausschlagen,
jedoch nicht abgeschnitten werden. Achten Sie beim Anheben des Videopegels darauf, dass er
die obere RGB-Grenze nicht überschreitet, da dies zu nicht konformen Pegeln führt. Manche Geräte
lassen Sie keine unzulässigen 100%-RGB-Pegel generieren, andere jedoch schon. Auf dem
SmartScope Duo 4K können Sie auftretende unzulässige Videopegel sofort sehen.
Unzulässige Videopegel können ebenso in den Schwarz- wie auch in den Weißwerten vorkommen.
In einigen Farbkorrektursystemen können die Schwarzwerte unter den Schwarzpunkt von 0%
gesenkt werden. Wenn Sie ungültige Schwarzwerte feststellen, heben Sie lediglich Lift oder Gain
an. Prüfen Sie dabei jedoch die 100%-Marke des Gitternetzes und vergewissern Sie sich, dass das
gesamte Videosignal nicht übermäßig geliftet wurde und nun ungültige Farben in den hellen
Bereichen auftreten.
Um die YUV-Pegel zu überprüfen, wählen Sie im Drop-down-Menü „Display“ die Option „YUV
Parade“ aus. Diese Ansicht ist hilfreich, weil die Lumawerte für die Helligkeit von den Chromawerten
für Farben getrennt sind. Dies ist das gängige Format von Videosignalen bei Fernsehübertragungen.
Der linke Kurvenverlauf bezieht sich auf die Lumainformationen, der zweite und dritte Kurvenverlauf
auf die Chromainformationen. Die YUV-Parade eignet sich für die Kalibrierung der Chromawerte
eines Videosignals gemäß eines Farbbalken-Testmusters, damit Farben akkurat repräsentiert und
die übertragenen Signale von Fernsehern angezeigt werden können.
Die Farbkorrektur ist ein kontinuierlicher Anpassungsprozess, um atemberaubende Bilder zu
schaffen und unzulässige Pegel zu vermeiden.
RGB-Parade-Ansicht
Terminologie zur Farbkorrektur
Blacks– Schwarzwerte im Videosignal
Mids– Grauwerte im Videosignal
Whites– Weißwerte im Videosignal
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134Der SmartScope Duo 4K im Einsatz
YUV-Parade-Ansicht
Wählen Sie in Blackmagic SmartView Setup im Drop-down-
Menü „Display“ die Option „RGB Parade“ oder „YUV Parade“
Histogramm-Anzeige
Grafikdesigner und Kameraleute sind mit der Histogramm-Anzeige besonders vertraut.
DieHistogramm-Anzeige stellt die Verteilung der weißen und schwarzen Bildinformationen dar und
lässt Sie kontrollieren, wie nahe diese Details an die Überpegel in den hellen und dunklen Bereichen
heranreichen, die abgeschnitten werden. Die Histogramm-Anzeige stellt auch dar, wie sich in den
mittelhellen Bildpartien Ihres Videos, dem sogenannten Gamma-Bereich, vorgenommene
Änderungen auswirken.
Schwarzwerte werden auf der linken Seite der Anzeige dargestellt und Weißwerte auf der rechten
Seite. Normalerweise sollten alle Videosignale im Bereich der Intervalle von 0–100% der
Histogramm-Anzeige liegen. Videopegel unter 0% oder über 100% werden abgeschnitten.
Während eines Drehs kann es zu übermäßigem Abschneiden von Videoüberpegeln, dem
sogenannten Clipping, kommen. Für spätere Farbkorrekturen in kontrollierter Umgebung müssen
die Details in den schwarzen und weißen Partien jedoch erhalten werden. Halten Sie Ihre
Videopegel beim Filmen über der schwarzen und unter der weißen Clipping-Grenze. So haben
Sie später ausreichend Spielraum bei der Farbanpassung, ohne dass die weißen und schwarzen
Bereiche dabei zu kontrast- oder detailarm wirken.
Vielleicht beschließen Sie bei der Farbkorrektur, Ihr Video in die Überpegel ausschlagen zu lassen.
In diesem Fall zeigt Ihnen das Histogramm den Clipping-Effekt im Video an und wie viel
abgeschnitten wird. Einen ähnlichen Look mit geringeren Videoüberpegeln bei gleichzeitiger
Beibehaltung von mehr Details können Sie sogar mit einer Gamma-Justage erzielen.
Zur Kontrolle unzulässiger Farbpegel ist ein Histogramm ungeeignet, es zeigt Ihnen aber
unzulässige Schwarz- und Weißtöne an. Da das Histogramm keine Farben darstellt, kann die
Histogramm-Anzeige den Anschein erwecken, als befänden sich die Pegel im gültigen Bereich,
selbst wenn Ihr Video unzulässige Farben enthält. Vorzugsweise benutzt man auch hier die
RGB-Parade, um unzulässige Pegel festzustellen, da sie sowohl die Farb- als auch die
Helligkeitselemente des Videosignals anzeigt.
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135Der SmartScope Duo 4K im Einsatz
Die Histogramm-Anzeige stellt die Verteilung
der Weiß- und Schwarzwerte dar
Wählen Sie in Blackmagic SmartView Setup im Drop-down-
Menü „Display“ die Option „Histogram“ aus
Audiopegelmeter-Anzeige
Die Audiopegelmeter-Anzeige stellt die Audiopegel des eingebetteten Audios im SDI-Videosignal
dar. Bis zu 16 Kanäle eingebettetes Audio werden aus dem Videosignal isoliert und im dBVU- oder
dBFS-Format angezeigt.
Das bei älteren Geräten sehr gebräuchliche, benutzerfreundliche VU-Meter zeigt durchschnittliche
Signalpegel an. Das VU ist gemäß der SMPTE-Empfehlung mit einem auf -20dBFS eingestellten
1kHz-Tontestsignal kalibriert.
Die bei modernen tontechnischen Digitalgeräten gebräuchliche Einheit dBFS (vollständige
Dezibelskala) bezeichnet die Angabe des absoluten Tonpegels eines digitalen Audiosignals.
Das rechte Audio-Scope kann zwei Audiokanäle überwachen. Diese können aus dem Drop-down-
Menü „Set“ ausgewählt werden, z.B. „Ch 1 & 2“, „Ch 3 & 4“ usw. Das Audio-Scope stellt Audio in
einer X-Y-Ansicht dar. So ist sichtbar, ob es Probleme mit der Audiobalance oder falsche
Phasenlagen gibt und ob eine Audiospur in Mono oder Stereo vorliegt. Mono sollte in einer
vertikalen phasenkorrekten Linie erscheinen. Wird eine horizontale Linie angezeigt, so ist Ihr Audio
phasenverkehrt und könnte beim Empfang nachgeschalteter Geräte ausgelöscht werden (d.h.
Verlust von Audio). In großen Sendeanstalten, wo das Risiko falsch angeschlossener Kabel besteht,
zählen Audiophasenfehler zu den häufigsten Pannen.
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136Anschließen an ein Netzwerk
Bei der Überwachung von Stereosignalen fächert sich die Linie des rechten Audio-Scopes aus, was
den Unterschied zwischen den linken und rechten Audiokanälen verbildlicht. Je mehr Stereoton in
einer Audiospur enthalten ist, desto kreisförmiger erscheint die Anzeige. Enthält das Audio minimale
Stereoinhalte, konzentriert sich die Anzeige stärker um die vertikale Achse.
Dialogton erscheint eher als vertikale Linie, wohingegen Musik mit viel Stereoinhalt das Scope
aufgeblasen wirken lässt. Dem ist so, weil Monoaudio L+R ist und auf der vertikalen Achse angezeigt
wird. Stereoinhalte sind hingegen L-R und werden auf der horizontalen Achse angezeigt, um den
Stereounterschied wiederzugeben.
Die Audiopegelmeter-Anzeige zeigt
Spitzenpegel und Audiobalance an
Wählen Sie im Drop-down-Menü „Set“
das zu kontrollierende Audiokanalpaar aus
Anschließen an ein Netzwerk
Wenn Sie einen SmartView oder SmartScope Monitor in ein Netzwerk einbinden, können Sie
Monitoreinstellungen für mehrere Einheiten aus der Ferne ändern.
SmartView und SmartScope Monitore zeigen Video ohne vorherige Konfiguration an.
Netzwerkeinstellungen müssen hingegen vor dem Einsatz vorgegeben werden. Die
Netzwerkkonfiguration ist ausschließlich über eine direkte USB-Verbindung zum Computer möglich.
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137Anschließen an ein Netzwerk
Direkte Ethernet-Verbindung
Über eine direkte Ethernet-Verbindung zu Ihrem Computer können Sie die Monitorkonfiguration aus
der Ferne vornehmen. Hierfür ist kein Netzwerk-Switch erforderlich. Das ist praktisch, wenn die
Installation und der Aufbau schnell gehen müssen. Zusätzliche Einheiten können über den aktiven
Ethernet-Durchschleifausgang einer jeden Einheit in Reihe geschaltet werden. Dabei muss jede
Einheit selbstständig mit Strom versorgt werden.
Wenn Sie mehrere Einheiten in Reihe schalten möchten, ohne IP-Adressen Ihres vorhandenen
Studionetzwerks zu verwenden, oder wenn kein Netzwerk verfügbar ist, koppeln Sie die Einheiten
einfach direkt an den Ethernet-Port Ihres Computers. Die Reihenschaltung von SmartView und
SmartScope Einheiten per Ethernet geht blitzschnell, weil keine Kabel zum Netzwerk-Switch verlegt
werden müssen.
Ethernet-Stecker
Ethernet-Netzwerk-Switch
Um mehrere Einheiten in Ihr Studionetzwerk einzubinden, brauchen Sie lediglich einen SmartView
oder SmartScope mit dem Netzwerk-Switch zu verbinden. Die übrigen Einheiten lassen sich über
den aktiven Ethernet-Durchschleifausgang eines jeden Geräts in Reihe schalten. Es wird also nur ein
einziger Port an Ihrem Netzwerk-Switch belegt. Das erspart Ihnen das Verlegen unzähliger Kabel
zum Netzwerk-Switch. Bei einer Reihenschaltung muss jede Einheit selbstständig mit Strom
versorgt werden.
Durch die Verbindung zu einem Netzwerk-Switch lassen sich die Einstellungen einer Einheit von
jedem beliebigen Computer aus ändern. Sofern Ihr Netzwerk über einen Wireless Access Point
verfügt, lassen sich mit einem Mac- oder Windows-Laptop Änderungen zudem über eine WLAN-
Verbindung vornehmen.
Um einen SmartView oder SmartScope in ein lokales IP-Netzwerk einzubinden, führen Sie folgende
Schritte aus.
1 Versorgen Sie Ihr Gerät über das mitgelieferte Netzteil mit Strom und schalten Sie es ein.
2 Schließen Sie die Einheit an einen Netzwerk-Switch oder über ein normgerechtes RJ45-
Ethernet-Kabel direkt an einen Computer an.
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138Anschließen an ein Netzwerk
Anschlussdiagramm für direkte Ethernet-Verbindungen
Sie können den Ethernet-Port eines Computers ohne Umwege über einen Netzwerk-Switch direkt
mit Ihrer Einheit verbinden. Weitere Einheiten lassen sich dann miteinander verbinden. Das erspart
Ihnen das Verlegen mehrerer Kabel zum Netzwerk-Switch. Jede Einheit muss selbstständig mit
Strom versorgt werden.
Anschlussdiagramm für Ethernet-Netzwerk-Switches
Um mehrere Einheiten in Ihr vorhandenes Studionetzwerk einzubinden, brauchen Sie lediglich
eine Einheit an Ihren Netzwerk-Switch anzuschließen. Die übrigen Einheiten lassen sich dann
aneinanderreihen. Das erspart Ihnen das Verlegen mehrerer Kabel zum Netzwerk-Switch.
Jede Einheit muss selbstständig mit Strom versorgt werden.
SmartScope 4KDuo
SmartScope 4KDuo
Netzwerk-Switch
Ethernet
Nutzer-Computer
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139Anpassen von Netzwerkeinstellungen
Anpassen von Netzwerkeinstellungen
Netzwerkeinstellungen
Gerätename
Damit jede Einheit im Netzwerk individuell erkannt werden kann, ist es empfehlenswert, jedem
SmartView oder SmartScope einen anderen Namen zuzuweisen, z.B. „Kamera 1 & 2“, „Multi-View-
Ausgabe, „4K-Feeds“ usw.
Vergewissern Sie sich, dass Ihr Monitor per Ethernet oder USB verbunden ist, damit Sie seinen
Namen ändern können. Öffnen Sie Blackmagic SmartView Setup und klicken Sie anschließend auf
das Einstellungs-Icon unter dem Monitornamen. Klicken Sie auf der Einstellungsseite auf „Configure“
und ändern Sie im Abschnitt „Details“ den Namen Ihres Monitors. Sollte die Software einen
unzulässigen Namen erkennen, erscheint beim Tippen ein Warn-Icon neben dem Namen. Ist der
Name zulässig, erscheint ein grünes Häkchen. Mit der Enter-Taste auf Ihrer Computertastatur
bestätigen Sie die Namensänderung.
Netzwerkeinstellungen
Damit Sie in Blackmagic SmartView Setup Änderungen an den Netzwerkeinstellungen vornehmen
können, muss Ihr Blackmagic Monitor per USB an einen Computer angeschlossen sein.
Netzwerkeinstellungen lassen sich nicht über Ethernet vorgeben.
Standardmäßig wird dem SmartView oder SmartScope in Ihrem Netzwerk eine IP-Adresse über
DHCP zugewiesen.
Sollte kein DHCP-Server vorhanden sein, haben Sie die Möglichkeit, die Funktion „Internetfreigabe
auf macOS bzw. die Funktion „Internetverbindungsfreigabe“ (ICS) auf Windows 8.1 oder Windows 10
zu aktivieren. Darüber werden DHCP-Adressen an alle direkt verbundenen Einheiten zugewiesen.
Die manuelle Zuweisung statischer IP-Adressen an einzelne Einheiten erübrigt sich damit. Sie
können die Funktion auch dann nutzen, wenn Ihr Computer über keine Internetverbindung verfügt.
Details zur Internetfreigabe finden Sie in der Hilfedokumentation zu macOS bzw. Windows
8.1 und 10.
Kann DHCP zur Konfiguration nicht verwendet werden, wählen Sie die Option „Static IP. Fragen Sie
Ihren Systemadministrator nach einer freien IP-Adresse. Dadurch verhindern Sie IP-Konflikte in Ihrem
Netzwerk. Jede SmartView und SmartScope Einheit muss eine individuelle IP-Adresse sowie eine
gemeinsame Subnetzmaske zugewiesen werden. Der Standardwert im „Gateway“-Feld kann
beibehalten werden, es sei denn Sie möchten Ihre Einheiten an ein Netzwerk-Gateway wie einen
Internet-Router anschließen.
Werden keine SmartView oder SmartScope Monitore im Netzwerk gefunden, wurden den Einheiten
ggf. keine IP-Adressen via DHCP zugewiesen. In diesem Fall ist es notwendig, die
Netzwerkeinstellungen einer jeden Einheit manuell zu konfigurieren.
1 Verbinden Sie einen Blackmagic SmartView oder SmartScope Monitor per USB mit Ihrem
Computer und starten Sie Blackmagic SmartView Setup.
2 Der angeschlossene Monitor wird automatisch auf der Blackmagic SmartView Setup
Homepage angezeigt. Neben seinem Namen erscheint ein USB-Icon.
3 Passen Sie die Netzwerkeinstellungen des Monitors an.
4 Wiederholen Sie diese Schritte für alle weiteren Einheiten, denen keine IP-Adresse via
DHCP zugewiesen wurde.
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140Anpassen von Netzwerkeinstellungen
Das USB-Icon neben dem Monitornamen deutet darauf hin, dass der
Monitor per USB mit Ihrem Computer verbunden ist. Eine USB-Verbindung
muss hergestellt werden, damit die Netzwerkeinstellungen
Ihres Blackmagic Monitors angepasst werden können
Für Netzwerkeinstellungen stehen die Optionen „DHCP“ oder „Static IP
zur Verfügung und können ausschließlich via USB geändert werden
Hinzufügen eines Blackmagic Monitors
Wenn Sie die IP-Adresse eines SmartView oder SmartScope Duo 4K bereits kennen und diese nicht
automatisch auf der Blackmagic SmartView Setup Homepage erscheint, können Sie den Monitor
manuell hinzufügen. Das geht so:
1 Vergewissern Sie sich, dass Ihr Blackmagic Monitor per Ethernet verbunden ist. Um das
Fenster „Add a Blackmagic Monitor“ zu öffnen, klicken Sie in der linken unteren Ecke auf
das +-Icon.
2 Geben Sie die IP-Adresse des Monitors ein und klicken Sie auf „Add“.
3 Die Software verifiziert die Einheit nun und fügt sie zu den übrigen Blackmagic Monitoren
auf der Blackmagic SmartView Setup Homepage hinzu. Klicken Sie auf den Rechtspfeil,
um den neu hinzugefügten Monitor anzuzeigen.
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141Arbeiten mit Tally
SmartView oder SmartScope Monitore können per Klick auf
das +-Icon und Eingabe der Monitor-IP-Adresse manuell zur
Liste der verbundenen Monitore hinzugefügt werden
Arbeiten mit Tally
Pinbelegung des Tally-Ports
Die Verwendung des Tally-Ports am SmartView oder SmartScope bleibt allein Ihnen überlassen.
Überspringen Sie dieses Kapitel, wenn Sie die Tally-Funktion nicht nutzen wollen.
SmartView und SmartScope Monitore verfügen über verschiedenfarbige Tally-Umrandungen in den
Farben Rot, Grün und Blau. Diese zeigen den Status eines Videosignals an, bspw. on air, Vorschau
oder Aufzeichnung.
Der 9-polige D-Sub-Port empfängt Signale von Mischern und Automationssystemen. Informationen
zur Verdrahtung des Tally-Ports für den Einsatz mit Ihrem Mischer oder Automationssystem finden
Sie im beigefügten Anschlussdiagramm.
Eine Beschreibung zur Verdrahtung des 9-poligen D-Sub-Ports ist zudem auf jeder Einheit
abgedruckt und zeigt die Pinbelegung für rote, grüne und blaue Tally-Umrandungen für jeden
Monitor an.
SmartView Duo mit grüner und roter Tally-Umrandung
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142Optimieren des Betrachtungswinkels
Optimieren des Betrachtungswinkels
Wenn SmartView Duo, SmartView HD oder SmartScope Monitore weit oben in einem Rack installiert
werden, möchten Sie die LCDs ggf. physikalisch invertieren, um den Betrachtungswinkel zu
optimieren. Wird eine Invertierung erkannt, richtet sich das LCD-Bild automatisch korrekt aus.
EinPozidriv-Schraubendreher der Größe 02 wird benötigt, um die Blende vom Gerät zu lösen.
Dieser Vorgang ist einfach, da die Rückseite des Gehäuses nicht geöffnet wird.
Im Folgenden wird beschrieben, wie das Gerät invertiert wird, während die korrekte Ausrichtung des
Blackmagic Design Logos und der Blende beibehalten werden. Wie bereits erwähnt wird hierfür ein
Pozidriv-Schraubendreher benötigt.
1 Entfernen Sie die oberen, unteren, linken und rechten Schrauben der Blende.
DerSmartView Duo und der SmartScope Duo 4K haben 10, der SmartView HD hat
18Schrauben.
2 Entfernen Sie die Blende wie abgebildet von der Rückseite des Gehäuses.
3 Invertieren Sie die Rückseite des Gehäuses.
4 Setzen Sie die Blende auf die invertierte Rückseite des Gehäuses auf.
5 Setzen Sie die Schrauben wieder ein und ziehen Sie sie fest.
Ihr SmartView oder SmartScope ist nun bereit zur Montage weit oben im Rack. Ist der SmartView mit
dem Rack verschraubt, bleibt auch dann der optimale Betrachtungswinkel erhalten, wenn der
Monitor Stöße abbekommt, da er keine externen Regler oder Knöpfe hat, die sich lösen könnten.
SmartView Duo und SmartScope Duo 4K
Pinbelegung des Tally-Ports
Pin Funktion
1 Monitor 1 Rot
2 Monitor 1 Grün
3 Monitor 1 Blau
4 Erdung
5 Erdung
6 Erdung
7 Monitor 2 Rot
8 Monitor 2 Grün
9 Monitor 2 Blau
SmartView HD und SmartView 4K
Pinbelegung des Tally-Ports
Pin Funktion
1 Rot
2 Grün
3 Blau
4 Erdung
5 4 3 2 1
9
8
7 6
SmartView Tally-Port
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143Optimieren des Betrachtungswinkels
Bevor Sie den Monitor mit dem Rack verschrauben, ist es empfehlenswert,
den optimalen Betrachtungswinkel zu überprüfen
Entfernen Sie alle Schrauben, damit Sie die Blende vom hinteren Teil des Geräts abheben können
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144Informationen für Entwickler (Englisch)
Informationen für Entwickler (Englisch)
Developing Custom Software Using Blackmagic Design Hardware
The Blackmagic SmartView Ethernet Protocol allows developers to remotely control Blackmagic
SmartView and SmartScope hardware with their own custom software. The Blackmagic SmartView
Ethernet Protocol is a text-based status and control protocol.
Downloading the Free SmartView EthernetProtocol
The Blackmagic SmartView Ethernet Protocol is free. It is included in this SmartView & SmartScope
manual and can be downloaded from http://www.blackmagicdesign.com/de/support
Joining the Blackmagic Design Developer List
The Blackmagic Developer mailing list is designed for technical questions regarding technologies
used by Blackmagic Design, e.g., QuickTime, Core Media, DirectShow, codecs, APIs, SDKs, etc.
Thefree mailing list is a forum where developers can discuss ideas and problems with other
developers. Any subscriber may reply and the Blackmagic Design engineers may also respond
when appropriate. You can subscribe to the mailing list at: http://lists.blackmagicdesign.com/
mailman/listinfo/bmd-developer
In some cases, we might request a brief outline of the software you are developing if it is not
immediately obvious from your domain name that your organization develops video software. Please
don’t take offence as we’re simply trying to keep the list free of spam and viruses as well as end-user
customers asking non-development questions, employment agents or sales people trying to
promote products on the list. The list is just for developers.
Contacting Blackmagic Design DeveloperAssistance
You can also contact us via developer@blackmagicdesign.com if you have any developer related
questions or wish to ask questions off the list.
Blackmagic 2K Format – Overview
Blackmagic Design products support 3G-SDI video, which allows twice the data rate of traditional
HD-SDI video. We thought it would be a really nice idea to add 2K film support,
via 3G-SDI technology, so we could simplify feature film workflows. With the popularity of
Blackmagic Design editing systems worldwide, now thousands of people can benefit from
a feature film workflow revolution.
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145Informationen für Entwickler (Englisch)
This information includes everything product developers need to know for building native 2K SDI
equipment. Of course, all Blackmagic products can be updated, so if the television industry adopts
an alternative SDI-based film standard, we can add support for that too!
Frame Structure
Transmitted at 23.98, 24 or 25 frames per second as a Progressive Segmented Frame.
Active video is 2048 pixels wide by 1556 lines deep.
Total lines per frame : 1650
Active words per line are 1535. One word consists of a 10-bit sample for each of the four
data streams, i.e., a total of 40 bits. See the diagram named Blackmagic 2K Format
- Data Stream Format.
Total active lines : 1556
Total words per line : 1875 for 23.98/24Hz and 1800 for 25Hz.
Fields per frame : 2, 825 lines each
Active lines located on lines 16-793 (field 1) and 841-1618 (field 2).
Transport Structure
Based on SMPTE 372M Dual Link mapping and SMPTE 425M-B support for mapping SMPTE
372M into a single 3 Gb/s link.
Timing reference signals, line number and line CRC insertion is the same as above.
During active video, 10-bit Red, Green and Blue data is sent in the following sequence:
Optional ancillary data is inserted into both virtual interfaces.
At present, only audio data is included: as per standard HD audio insertion (SMPTE S299M)
the audio data packets are carried on data stream two and audio control packets are carried
on data stream one.
Data stream 1: Green_1, Green_2, Green_3, Green_5...Green_2047
Data stream 2: Blue_1, Blue_2, Green_4, Blue_5...Green_2048.
Data stream 3: Red_1, Blue_3, Blue_4, Red_5...Blue_2048.
Data stream 4: Red_2, Red_3, Red_4, Red_6...Red_2048.
Blackmagic 2K Format – Vertical Timing Reference
This diagram shows the vertical timing details with line numbers and Field, Vertical and Horizontal
bits for the Timing Reference Signal codes.
Field 1 Active
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field 2 Active
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
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146Informationen für Entwickler (Englisch)
Blackmagic 2K Format – DataStream Format
This diagram shows the data stream formats around the optional ancillary data section of the horizontal line.
Note that each active pixel takes up three samples.
Data Stream 1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data Stream 2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data Stream 3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data Stream 4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
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147Informationen für Entwickler (Englisch)
Blackmagic SmartView Ethernet Protocol v1.3
Summary
The Blackmagic SmartView Ethernet Protocol is a text-based status and control protocol, very similar
in structure to the Videohub protocol, that is accessed by connecting to TCP port 9992 on a
SmartView or SmartScope device.
Upon connection, the SmartView or SmartScope device sends a complete dump of the state
of the device. After the initial dump, state changes are sent asynchronously.
The device sends information in blocks which have an identifying header, followed by a colon.
Ablock can span multiple lines and is terminated by a blank line.
To be resilient to future protocol changes, clients should ignore blocks they do not recognize, up to
the trailing blank line. Within recognized blocks, clients should ignore lines they do not recognize.
Version 1.3 of the Blackmagic SmartView Ethernet
Protocol was released with SmartView 1.3 software.
Protocol Preamble
The first block sent by the SmartView Server is always the protocol preamble:
PROTOCOL PREAMBLE:
Version: 1.3
The version field indicates the protocol version. When the protocol is changed in a compatible way,
the minor version number will be updated. If incompatible changes are made, the major version
number will be updated.
Device Information
The next block contains general information about the connected SmartView or SmartScope device.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
This example shows the output for a SmartView Duo device, which has two LCDs.
The INVERTED flag indicates whether the device has detected that it has been mounted in an
inverted configuration to optimize LCD viewing angle.
Legend
↵ carriage return
and so on
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148Informationen für Entwickler (Englisch)
Network Configuration
The next block shows the TCP/IP networking configuration:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
The network settings prefixed with CURRENT show the active TCP/IP settings, and are read-only.
The CURRENT settings reflect either the DHCP or Static configuration, depending on the
DYNAMIC IP flag.
Changing Networking Settings
The network can be configured to use either DHCP or a static configuration. To enable DHCP:
NETWORK:
Dynamic IP: true
To set a fixed IP address, supply all static parameters, thus:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
The parameters with the CURRENT prefix are read-only, and show the active configuration,
regardless of the static or dynamic setting.
Changing the device name, or any network settings, will cause the IP connection to be dropped.
The device will restart its networking and advertise its new name on the network.
Changing Monitor Settings
The display settings for each monitor are specified individually. One or more parameters can
be modified at the same time and multiple settings can be supplied in one block.
The valid range for numeric values is 0-255. The CONTRAST and SATURATION properties are
zero-centered, so the normal value is 127, such that the displayed picture is the same as the original.
A value greater than 127 in either channel will cause the contrast or saturation to be increased,
and similarly a value less than 127 will cause a decrease.
For example, to set the brightness to 50% and desaturate the image to Black & White:
MONITOR A:
Brightness: 127
Saturation: 0
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149Informationen für Entwickler (Englisch)
Displaying SD in 16:9
The following command sets standard definition video to display in 16:9:
MONITOR A:
WidescreenSD: ON
Displaying SD in 4:3
The following command sets standard definition video to display in 4:3:
MONITOR A:
WidescreenSD: OFF
Identification and Tally Settings
The Identify flag is transient, and will cause a white border to be displayed around the entire picture
for a duration of 15 seconds, after which it will be reset. This feature is primarily aimed at identifying
which monitor is currently being configured when it is mounted in a rack comprising multiple units.
To turn on:
MONITOR A:
Ide ntify: tr u e
The IDENTIFY border will temporarily override any other border setting in effect.
The BORDER property can be used to programmatically set the soft Tally colored borders to one
of the primary colors: RED, GREEN, BLUE, WHITE or NONE. This setting can be overridden by the
electrical Tally signals at the DB-9 input on the device itself. For example, to set the soft
Tally to green:
MONITOR B:
Border: green
The hard wired tally will always override the soft tally. The full state report will always show the
current valid border.
SmartScope Settings
On SmartScope Duo 4K, each monitor can be set to display a different scope. The values for
activating specific scopes are mapped as follows:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (This is the same as Video Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
In the example above, Monitor A has been set as a video monitor.
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150Informationen für Entwickler (Englisch)
Displaying SD in 16:9
The set Video Monitor mode to display standard definition video in 16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Displaying SD in 4:3
To set Video Monitor mode to display standard definition video in 4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
When setting one of SmartScope Duo 4K’s monitors to audio metering, you can also select which
channels to show. The values for selecting which audio channels are mapped in the following way:
0: Channels 1 and 2
1: Channels 3 and 4
2: Channels 5 and 6
3: Channels 7 and 8
4: Channels 9 and 10
5: Channels 11 and 12
6: Channels 13 and 14
7: Channels 15 and 16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
In the example above, Monitor B has been selected to display Audio Metering in Dbvu with audio
channels 1 and 2 selected for the phase meter.
Selecting LUTs for SmartView 4K
To select 3D LUTs using SmartView 4K:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
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151Hilfe
Hilfe
Hilfestellung
Es gibt vier Möglichkeiten, sich Hilfe zu holen.
1 Holen Sie sich die neuesten Informationen im Blackmagic Design Support-Center unter
www.blackmagicdesign.com/de/support.
2 Rufen Sie Ihren Blackmagic Design Händler an.
Ihr lokaler Händler verfügt über die aktuellsten Informationen von Blackmagic Design und
sollte in der Lage sein, Ihnen sofort behilflich zu sein. Darüber hinaus empfehlen wir Ihnen,
sich über die Support-Optionen Ihres Händlers zu informieren, da dieser Ihnen
entsprechend Ihrer Workflow-Anforderungen unter die Arme greifen kann.
3 Oder kontaktieren Sie uns mit Ihren Fragen per E-Mail, indem Sie unter
www.blackmagicdesign.com/de/support auf „Senden Sie uns eine E-Mail“ klicken.
4 Rufen Sie eine Blackmagic Design Support-Stelle an. Klicken Sie hierfür unten auf der
Support-Seite auf „Finden Sie Ihr lokales Support-Team“.
Bitte stellen Sie uns so viele Informationen und Systemspezifikationen zur Verfügung wie Sie
können, damit wir schnellstmöglich auf Ihr technisches Problem eingehen können.
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152Gesetzliche Vorschriften undSicherheitshinweise
Gesetzliche Vorschriften
undSicherheitshinweise
Gesetzliche Vorschriften
Entsorgung von elektrischen und elektronischen Geräten innerhalb der Europäischen Union
Das auf dem Produkt abgebildete Symbol weist darauf hin, dass dieses Gerät nicht
zusammen mit anderen Abfallstoffen entsorgt werden darf. Altgeräte müssen daher zur
Wiederverwertung an eine dafür vorgesehene Sammelstelle übergeben werden.
Mülltrennung und Wiederverwertung von Altgeräten tragen zum nachhaltigen Umgang
mit natürlichen Ressourcen bei. Gleichzeitig wird sichergestellt, dass die
Wiederverwertung nicht zulasten der menschlichen Gesundheit und der Umwelt geht.
Weitere Informationen zur Entsorgung von Altgeräten sowie zu den Standorten der
zuständigen Sammelstellen erhalten Sie von Ihren örtlichen Müllentsorgungsbetrieben
sowie vom Händler, bei dem Sie dieses Produkt erworben haben.
Dieses Gerät wurde geprüft und entspricht den Grenzwerten für Digitalgeräte der
Klasse A gemäß Abschnitt 15 der FCC-Bestimmungen für Funkentstörung. Diese
Grenzwerte dienen dem angemessenen Schutz vor schädlichen Störungen bei Betrieb
des Geräts in einer kommerziellen Einrichtung. Geräte dieser Art erzeugen und
verwenden Hochfrequenzen und können diese auch ausstrahlen. Bei Nichteinhaltung
der Installations- und Gebrauchsvorschriften können sie zu Störungen beim
Rundfunkempfang führen. Der Betrieb solcher Geräte im Wohnbereich führt mit großer
Wahrscheinlichkeit zu Funkstörungen. In diesem Fall kann vom Betreiber verlangt
werden, selbst für die Beseitigung solcher Störungen aufzukommen.
Der Betrieb unterliegt den folgenden zwei Bedingungen:
1 Dieses Gerät darf keine schädigenden Störungen hervorrufen.
2 Dieses Gerät muss alle Störungen annehmen, einschließlich Störungen, die
einen unerwünschten Betrieb zur Folge haben.
Sicherheitshinweise
Dieses Gerät muss an ein vorschriftsmäßig geerdetes Stromnetz angeschlossen werden.
Um das Risiko eines elektrischen Schlages zu verringern, setzen Sie das Gerät weder
Tropfen noch Spritzern aus.
Das Gerät eignet sich für den Einsatz in tropischen Gebieten mit einer
Umgebungstemperatur von bis zu 40ºC.
Achten Sie auf eine ausreichende Luftzufuhr um das Gerät herum, sodass die Belüftung
nicht eingeschränkt wird.
Achten Sie bei der Installation im Rack darauf, dass die Luftzufuhr nicht durch andere
Geräte eingeschränkt wird.
Es befinden sich keine durch den Anwender zu wartenden Teile im Inneren des Gehäuses.
Wenden Sie sich für die Wartung an ein Blackmagic Design Service Center in Ihrer Nähe.
Nicht in Höhen von über 2000m über dem Meeresspiegel einsetzen.
Dieses Produkt bietet die Möglichkeit, ein Small-Form-Factor-Glasfasermodul (SFP)
anzuschließen. Es dürfen nur SFP-Glasfasermodule der Laserklasse 1 eingesetzt werden.
Blackmagic Design empfiehlt die nachstehenden SFP-Module:
3G-SDI: PL-4F20-311C
6G-SDI; PL-8F10-311C
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153Garantie
Warnhinweise für autorisiertes Wartungspersonal
Vergewissern Sie sich, dass die Verbindung zum Stromnetz vor Beginn der
Wartung getrennt wurde.
Vorsicht– Doppelpol/Neutrale Sicherung
Die in diesem Gerät enthaltenen Außen- und Neutralleiter sind beide durch
eineSicherung geschützt. Daher ist das Gerät für den Anschluss an das
IT-Energieverteilungssystem in Norwegen geeignet.
Garantie
12 Monate eingeschränkte Garantie
Für dieses Produkt gewährt die Firma Blackmagic Design eine Garantie auf Material- und
Verarbeitungsfehler von 12 Monaten ab Kaufdatum. Sollte sich ein Produkt innerhalb dieser
Garantiezeit als fehlerhaft erweisen, wird die Firma Blackmagic Design nach ihrem Ermessen das
defekte Produkt entweder ohne Kostenerhebung für Teile und Arbeitszeit reparieren oder Ihnen das
defekte Produkt ersetzen.
Zur Inanspruchnahme der Garantieleistungen müssen Sie als Kunde Blackmagic Design über den
Defekt innerhalb der Garantiezeit in Kenntnis setzen und die entsprechenden Vorkehrungen für die
Leistungserbringung treffen. Es obliegt dem Kunden, für die Verpackung und den bezahlten Versand
des defekten Produkts an ein spezielles von Blackmagic Design benanntes Service Center zu
sorgen und hierfür aufzukommen. Sämtliche Versandkosten, Versicherungen, Zölle, Steuern und
sonstige Abgaben im Zusammenhang mit der Rücksendung von Waren an uns, ungeachtet des
Grundes, sind vom Kunden zu tragen.
Diese Garantie gilt nicht für Mängel, Fehler oder Schäden, die durch unsachgemäße Handhabung
oder unsachgemäße oder unzureichende Wartung und Pflege verursacht wurden. Blackmagic
Design ist im Rahmen dieser Garantie nicht verpflichtet, die folgenden Serviceleistungen zu
erbringen: a) Behebung von Schäden infolge von Versuchen Dritter, die Installation, Reparatur oder
Wartung des Produkts vorzunehmen, b) Behebung von Schäden aufgrund von unsachgemäßer
Handhabung oder Anschluss an nicht kompatible Geräte, c) Behebung von Schäden oder
Störungen, die durch die Verwendung von nicht Blackmagic-Design-Ersatzteilen oder
-Verbrauchsmaterialien entstanden sind, d) Service für ein Produkt, das verändert oder in andere
Produkte integriert wurde, sofern eine solche Änderung oder Integration zu einer Erhöhung des
Zeitaufwands oder zu Schwierigkeiten bei der Wartung des Produkts führt. ÜBER DIE IN DIESER
GARANTIEERKLÄRUNG AUSDRÜCKLICH AUFGEFÜHRTEN ANSPRÜCHE HINAUS ÜBERNIMMT
BLACKMAGIC DESIGN KEINE WEITEREN GARANTIEN, WEDER AUSDRÜCKLICH NOCH
STILLSCHWEIGEND. DIE FIRMA BLACKMAGIC DESIGN UND IHRE HÄNDLER LEHNEN JEGLICHE
STILLSCHWEIGENDEN GARANTIEN IN BEZUG AUF AUSSAGEN ZUR MARKTGÄNGIGKEIT UND
GEBRAUCHSTAUGLICHKEIT FÜR EINEN BESTIMMTEN ZWECK AB. DIE VERANTWORTUNG VON
BLACKMAGIC DESIGN, FEHLERHAFTE PRODUKTE ZU REPARIEREN ODER ZU ERSETZEN, IST DIE
EINZIGE UND AUSSCHLIESSLICHE ABHILFE, DIE GEGENÜBER DEM KUNDEN FÜR ALLE
INDIREKTEN, SPEZIELLEN, NEBEN- ODER FOLGESCHÄDEN ZUR VERFÜGUNG GESTELLT WIRD,
UNABHÄNGIG DAVON, OB BLACKMAGIC DESIGN ODER DER HÄNDLER VON DER MÖGLICHKEIT
SOLCHER SCHÄDEN ZUVOR IN KENNTNIS GESETZT WURDE. BLACKMAGIC DESIGN IST NICHT
HAFTBAR FÜR JEGLICHE WIDERRECHTLICHE VERWENDUNG DER GERÄTE DURCH DEN
KUNDEN. BLACKMAGIC HAFTET NICHT FÜR SCHÄDEN, DIE SICH AUS DER VERWENDUNG DES
PRODUKTS ERGEBEN. NUTZUNG DES PRODUKTS AUF EIGENE GEFAHR.
© Copyright 2018 Blackmagic Design. Alle Rechte vorbehalten. „Blackmagic Design“, „DeckLink“, „HDLink“, „Workgroup
Videohub“, „Multibridge Pro, „Multibridge Extreme“, „Intensity und „Leading the creative video revolution“ sind eingetragene
Warenzeichen in den USA und in anderen Ländern. Alle anderen Unternehmens- und Produktnamen sind möglicherweise
Warenzeichen der jeweiligen Firmen, mit denen sie verbunden sind.
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154
Manual de instalación y funcionamiento
Junio 2018
Español
SmartView y
SmartScope
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Bienvenido
Ojalá compartas nuestro sueño de transformar la industria televisiva en un sector verdaderamente
creativo, donde todos tengan acceso a la mejor calidad en materia de imagen.
La supervisión de señales audiovisuales es fundamental en todo tipo de instalaciones. El monitor
SmartView 4K presenta un diseño elegante de 6U con una pantalla LCD para monitorizar imágenes
UHD y un panel de control que permite modificar ajustes con rapidez. La versión SmartView
HD incluye una pantalla LCD de 17 pulgadas en un tamaño de 6U y menos de 4centímetros de
espesor. Por su parte, el modelo SmartView Duo cuenta con dos pantallas LCD de 8 pulgadas
completamente independientes en un tamaño de 3U y menos de 4 centímetros de espesor,
mientras que la versión SmartScope Duo 4K ofrece las mismas características y ofrece instrumentos
de medición para ajustar los diversos aspectos de la señal sobre la marcha. Todos los monitores
SmartView brindan conectividad SDI 3G y admiten imágenes en definición SD, HD y 2K. A su vez,
cabe destacar que los modelos SmartScope Duo 4K y SmartView 4K incluyen conexiones SDI 6G y
12G, respectivamente, que facilitan la monitorización de material UHD 4K.
Los dispositivos están diseñados para funcionar de forma inmediata una vez adquiridos, y al
mismo tiempo nuestro programa utilitario gratuito ofrece al usuario una herramienta de
configuración fácil e intuitiva.
El manual de instrucciones contiene toda la información necesaria para instalar el producto, aunque
recomendamos consultar a un técnico si no estás seguro de lo que es una dirección IP o no tienes
demasiados conocimientos sobre redes informáticas. A pesar de que la instalación de los distintos
modelos SmartView y SmartScope es sencilla, quizás sea necesario modificar algunos ajustes una
vez finalizado este procedimiento.
Estimamos que puede completarse en aproximadamente 5 minutos. En nuestra página de soporte
técnico encontrarás la versión más reciente de este manual y del software para la línea de monitores
SmartView. Por último, no olvides registrarte al descargar las actualizaciones, a fin de que podamos
mantenerte informado sobre nuevos lanzamientos. Trabajamos constantemente para desarrollar
herramientas innovadoras y superarnos, de modo que nos encantaría conocer tu opinión.
Grant Petty
Director ejecutivo de Blackmagic Design
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Índice
SmartView y SmartScope
Primeros pasos 157
SmartView y SmartScope 157
Conexión de fuentes 158
Conexión de equipos informáticos 158
Instalación del programa SmartView Setup 159
Uso del programa SmartView Setup 160
Actualizaciones 160
Ajustes del monitor 160
SmartView 4K 163
Introducción 163
Botones del panel de control 164
Aplicar LUT 3D con SmartView Setup 166
SmartScope Duo 4K 167
¿Qué es Blackmagic SmartScope? 167
Imágenes 167
Forma de onda 168
Vectorscopio 169
Luminancia y crominancia 171
Histograma 172
Medición del audio 173
Conexión a redes 174
Conexión Ethernet directa 175
Conmutador de red 175
Ajustes de red 177
Configuración de la red 177
Agregar monitores a la red 178
Sistemas de señalización 179
Conexión 179
Mejora del ángulo de visión 180
Información para desarrolladores 182
Formato 2K de Blackmagic – Información general 182
Formato 2K de Blackmagic – Referenciadetemporizaciónvertical 183
Formato 2K de Blackmagic – Transmisión de datos 184
Protocolo de Ethernet Blackmagic SmartView v1.3 185
Ayuda 189
Información sobre normativas yseguridad 190
Garantía 191
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157Primeros pasos
Primeros pasos
SmartView y SmartScope
Los monitores SmartView son ideales para instalaciones donde es necesario supervisar señales
audiovisuales mediante equipos en bastidores. Para comenzar a usarlos, solo es necesario
enchufarlos a una toma de corriente y conectar una fuente SDI.
El modelo SmartView 4K cuenta con una pantalla LCD de 15.6 pulgadas que permite supervisar
imágenes SD, HD o UHD en su resolución original. Los botones del panel frontal permiten
seleccionar distintas entradas con facilidad, ajustar el brillo de la pantalla, comprobar el ruido en el
canal azul, ver la información contenida en el intervalo de supresión y aplicar tablas de conversión,
entre otras funciones.
El modelo SmartView HD dispone de una pantalla LCD de 17 pulgadas que resulta ideal para
monitorizar contenidos con absoluta confianza.
Por su parte, la versión SmartView Duo incluye dos monitores para ver dos señales diferentes.
A modo de ejemplo, una pantalla puede mostrar imágenes YUV 4:2:2, y la otra en contenidos
formato RGB 4:4:4.De esta forma, es posible ver señales NTSC y PAL simultáneamente. Basta con
conectar solo un cable SDI a cada monitor.
El modelo SmartScope Duo 4K ofrece las mismas funciones de la versión SmartView Duo y además
muestra la onda de la señal, la crominancia y otras representaciones gráficas para supervisar
diversos parámetros audiovisuales en tiempo real. Cabe destacar asimismo que admite
imágenes UHD 4K.
Las entradas SDI de ambos dispositivos detectan automáticamente señales SD, HD o 3G, e incluso
con resolución 2K. Además, el modelo SmartView 4K es compatible con formatos 2160p60, gracias
a su conectividad SDI12G. Por otro lado, la tecnología SDI6G de la versión SmartScope Duo4K
permite detectar automáticamente señales UHD 4K.
La conexión Ethernet brinda la posibilidad de modificar los ajustes de varias unidades en forma
remota desde un equipo informático, lo cual evita tener que conectarlo a cada una de ellas cuando
es preciso cambiar la configuración.
Esto es todo lo que necesita saber para comenzar. Continúe leyendo para obtener más información
acerca de los dispositivos y su conexión a una red Ethernet.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
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158Primeros pasos
Conexión de fuentes
Los modelos SmartView y SmartScope incluyen conectores BNC convencionales que permiten
emplearlos con equipos SDI, tales como mezcladores, cámaras, grabadores y tarjetas de captura.
Visualización de imágenes
Es sumamente sencillo ver las imágenes. Basta con encender el dispositivo y conectar una fuente
a una entrada SDI. A continuación, estas deberían visualizarse en forma inmediata. Tanto la entrada
SDI como las conexiones derivadas detectan automáticamente señales en definición SD, HD o 2K.
Cabe mencionar además que los modelos SmartView 4K y SmartScope Duo 4K son compatibles
con imágenes UHD 4K.
Cuando no hay una fuente conectada al dispositivo, la unidad de retroiluminación se apagará para
ahorrar energía. Esta se encenderá nuevamente al detectarse una señal compatible.
Conexión de unidades en serie
Cada modelo SmartView y SmartScope dispone de una entrada SDI independiente y una salida
derivada que permite conectar varias unidades en serie.
1 Encienda la unidad 1. Conecte una fuente a una entrada SDI. La imagen debería verse
inmediatamente.
2 Encienda la unidad 2. Conecte la salida derivada de la unidad 1 a una entrada SDI de la
unidad 2 mediante un cable SDI.
Es posible conectar tantas unidades como sea necesario.
Al supervisar la onda de la señal mediante el modelo SmartScope Duo 4K, es aconsejable conectar
el monitor 1 al monitor 2 para que ambos muestren la misma señal.
Una vez que la imagen se ve en la pantalla, es posible modificar los ajustes de los dispositivos
o seleccionar una de las representaciones gráficas disponibles en el modelo SmartScope Duo 4K
mediante el programa SmartView Setup. Cabe mencionar que esta aplicación también permite
aplicar tablas de conversión tridimensionales en la versión SmartView 4K.
SmartView 4K SmartView HD
SmartView Duo
SmartScope Duo 4K
Conexión de equipos informáticos
Conecte su PC al monitor mediante un cable USB 2.0 e instale el programa SmartView Setup para
configurar el dispositivo.
La conexión USB permite además instalar actualizaciones para el sistema operativo interno
descargadas desde nuestro sitio web. Estas ofrecen funciones adicionales, así como compatibilidad
con nuevos formatos y equipos. El programa SmartView Setup puede instalarse en sistemas
operativos macOS y Windows.
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159Primeros pasos
Instalación del programa SmartView Setup
Esta aplicación funciona en las últimas versiones Sierra y High Sierra del sistema operativo macOS,
así como en versiones de 64 bits de Windows 8.1 y 10 con las actualizaciones más recientes
instaladas. El programa también puede instalarse en varios equipos informáticos que formen parte
de una red.
La tarjeta SD suministrada con el dispositivo contiene un instalador, aunque recomendamos visitar
nuestro sitio web para descargar la versión más reciente.
Instalación en macOS:
Acceda al contenido de la tarjeta o de la imagen descargada y haga doble clic en el ícono de
instalación. Se creará una carpeta en Aplicaciones con el programa, el desinstalador, que permite
borrar versiones previas de la aplicación, y varios documentos que incluyen este manual y otros
datos con relación al dispositivo.
Instalación en Windows:
Acceda al contenido de la tarjeta SD o del archivo comprimido descargado y haga doble clic en
el instalador. Siga las instrucciones que aparecen en la pantalla para instalar el programa.
Para instalar el programa en macOS, abra el archivo SmartView.dmg
descargado o incluido en la tarjeta SD que viene con el dispositivo.
A continuación, haga doble clic en el ícono de instalación.
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160Uso del programa SmartView Setup
Uso del programa SmartView Setup
Actualizaciones
Ejecute el programa una vez instalado y haga clic en el ícono de configuración situado debajo
del nombre del monitor. El programa le solicitará que actualice el sistema operativo interno del
dispositivo si es necesario. Para ello, siga los pasos descritos a continuación.
1 Conecte su PC al dispositivo mediante un cable USB o a través de una red Ethernet
y ejecute el programa SmartView Setup.
2 Cuando aparezca el mensaje indicando que es necesario actualizar el dispositivo aviso,
haga clic en el botón Update. Este procedimiento tarda aproximadamente 5 minutos.
3 Al finalizar, aparecerá otro mensaje para indicar que el dispositivo se ha actualizado.
4 Haga clic en el botón Close.
Si no es necesario actualizar el dispositivo, el programa mostrará la pestaña de ajustes del monitor.
Al ejecutar el programa SmartView Setup y hacer clic en el ícono
de configuración, aparecerá un mensaje si es necesario actualizar
el sistema operativo interno del dispositivo.
La actualización tarda aproximadamente 5 minutos.
Ajustes del monitor
Al abrir el programa, las unidades conectadas se detectan automáticamente y se muestran en la
ventana de inicio. Si hay más de un monitor conectado a la red, haga clic en las flechas situadas
en el margen izquierdo y derecho de la ventana para seleccionar uno de ellos. En caso de que el
dispositivo esté conectado a través del puerto USB, verá el ícono correspondiente junto a
su nombre.
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161Uso del programa SmartView Setup
Para cambiar las opciones, seleccione la unidad conectada y haga clic en el ícono de configuración
debajo del nombre. Esto permite acceder al panel de ajustes. Una vez realizados los cambios
necesarios, haga clic en el botón Save para guardarlos y volver a la ventana de inicio.
Consulte el apartado siguiente a fin de obtener información adicional sobre las opciones
disponibles para cada modelo. Consulte el apartado “Ajustes de red” para saber más sobre la
configuración de redes mediante el programa SmartView Setup.
El programa busca automáticamente las unidades conectadas
en forma local mediante un cable USB o a través de una red.
Compruebe que el dispositivo esté conectado antes de actualizarlo.
El ícono de la conexión USB aparece junto al nombre del monitor.
Ajustes del monitor
Para cambiar los ajustes del monitor, este debe estar conectado al equipo informático mediante
un cable USB o una red local. Seleccione la unidad mediante las flechas situadas en el margen
izquierdo y derecho de la ventana de inicio. A continuación, haga clic en el ícono de configuración
debajo del nombre del dispositivo. La pestaña de ajustes mostrará las opciones disponibles para
la unidad seleccionada.
Opciones disponibles en el modelo SmartScope
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162Uso del programa SmartView Setup
Ajustar
En el caso de los modelos SmartScope y SmartView Duo, el panel Adjust permite seleccionar
el monitor que se desea ajustar. Al escoger la opción Both Monitors, los cambios en el brillo,
el contraste y la saturación afectarán a ambas pantallas.
Mostrar
En el caso del modelo SmartScope, el menú desplegable Display permite elegir la representación
gráfica que se muestra en la pantalla. Para ver la señal, seleccione la opción Video Monitoring.
Relación de aspecto
En el caso del modelo SmartScope, el menú desplegable Set permite determinar la relación de
aspecto para las imágenes en definición estándar. Asimismo, existen otros ajustes adicionales
según la opción elegida en el menú desplegable Display.
Monitorización: Al seleccionar la opción Video Monitoring, es posible escoger una
relación de aspecto de 4:3 o 16:9 para las imágenes que se muestran en la pantalla.
La opción 16:9 resulta adecuada para ver imágenes anamórficas en definición estándar
con formato de pantalla ancha. Por el contrario, elija la opción 4:3 para el formato habitual
en televisión.
Vectorscopio: Al seleccionar la opción Vectorscope, es posible elegir barras de color
al 75% o al 100% para la señal de ajuste.
Audio dBFS: Permite seleccionar el par de canales de audio que se desea monitorizar.
Audio dBVU: Permite seleccionar el par de canales de audio que se desea monitorizar.
Seleccione la opción SD Aspect to 16:9 para ver
imágenes anamórficas en definición estándar.
Brillo, contraste y saturación
Ajuste los controles Brightness, Contrast y Saturation según los valores deseados.
Identificación del monitor
Cuando la casilla Identify está marcada, la unidad seleccionada en el programa SmartView Setup
mostrará un borde blanco en la pantalla. Esta función permite identificar fácilmente el dispositivo
si hay varios conectados a una misma red.
Al emplear esta función junto con la opción Both Monitors, el borde blanco aparecerá en ambas
pantallas de los modelos SmartView Duo y SmartScope Duo 4K.
Deslice los controles para ajustar el brillo, el contraste y la saturación.
Marque la casilla Identify para identificar la unidad seleccionada.
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163SmartView 4K
SmartView 4K
Introducción
El modelo SmartView 4K es un monitor profesional UHD de 6U que incluye conectividad SDI 12G
y permite ver imágenes con una resolución original de 2160p60. Es compatible con una amplia
variedad de formatos y dispone de una pantalla brillante con un amplio ángulo de visión que ofrece
una imagen extraordinariamente nítida, a fin de facilitar el enfoque y la monitorización del color.
Diseñado tanto para estudios como exteriores, este modelo es muy sencillo de usar. Incluye
conectores laterales y puede colocarse en espacios pequeños, paredes o brazos articulados,
gracias a su compatibilidad con soportes tipo VESA. Cabe mencionar que es posible controlar
el dispositivo mediante el panel frontal o en forma remota, a través de una red Ethernet.
Las entradas SDI12G permiten alternar entre dos fuentes distintas, mientras que la conexión para
transceptores SFP brinda la posibilidad de utilizar módulos de fibra óptica. Por su parte, la salida
SDI12G facilita la transmisión de señales a otros equipos, y los dos conectores Ethernet hacen
posible el uso de redes informáticas para controlar el dispositivo en forma remota. Además, la salida
derivada proporciona un medio sencillo de conectar varias unidades en serie. Este modelo incluye
asimismo una conexión para luces piloto que resulta de gran utilidad durante producciones en
directo y un puerto USB para actualizar el sistema operativo interno.
El programa SmartView Setup permite aplicar tablas de conversión 3D (.cube) convencionales o
creadas en DaVinci Resolve. De esta forma, al conectar una cámara al monitor, es posible ver cómo
quedarían las imágenes una vez realizado el etalonaje. Por otra parte, los dos niveles del indicador
de enfoque brindan la oportunidad de lograr una nitidez extraordinaria. A su vez, el equipo puede
alimentarse mediante corriente alterna o continua, lo cual facilita el uso de baterías externas para
ofrecer una mayor portabilidad.
El modelo SmartView 4K es la solución ideal para supervisar contenidos audiovisuales en distintas
definiciones a una resolución máxima de 3840 x 2160.
NOTA: Al conectar una fuente de alimentación externa a la entrada para corriente continua,
compruebe que esta sea capaz de suministrar una potencia de 24 vatios a 12 voltios.
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164SmartView 4K
Botones del panel de control
Los botones en la parte frontal del dispositivo permiten modificar diversos ajustes con rapidez.
Entrada
El botón INPUT permite alternar entre las fuentes conectadas a las dos entradas SDI12G del
dispositivo o al transceptor óptico SFP. Si no se detecta una señal, la pantalla mostrará una imagen
en negro. Al cambiar de una entrada a otra, se indica brevemente el formato de la señal en la
esquina superior izquierda del monitor.
Pantalla
El botón DISP permite aumentar o disminuir el brillo de la pantalla presionando las flechas
correspondientes. Oprima dicho botón nuevamente para salir.
Datos auxiliares
El botón H/V DELAY permite confirmar rápidamente la presencia de datos auxiliares integrados
en la señal SDI. Presiónelo una vez para ver la información contenida en el intervalo de supresión
horizontal. Oprímalo nuevamente para ver los datos en el intervalo de supresión vertical, tales como
subtítulos opcionales (CC).
Solo azul
El ruido en una señal digital se manifiesta principalmente en el canal azul. Para comprobarlo,
presione el botón BLUE ONLY. Este permite ver dicho canal representado como una imagen
en blanco y negro que también puede utilizarse para verificar el enfoque de la cámara.
Distancia focal
El botón ZOOM permite mejorar el enfoque de la cámara. Presiónelo para acercar la imagen
en la pantalla, a fin de poder comprobar si algún objeto determinado se encuentra fuera de foco.
Oprima este botón nuevamente para regresar al modo de visualización habitual.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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165SmartView 4K
Indicador de enfoque
El botón PEAK permite activar el indicador de enfoque, que muestra un borde verde brillante en
torno a los puntos más nítidos de la imagen. Al oprimirlo, también es posible alternar entre los dos
niveles disponibles. Cuando el color del borde es más intenso, la cámara está enfocada
correctamente.
LUT 3D
Los botones 3D LUT 1 y 3D LUT 2 permiten aplicar tablas de conversión convencionales (.cube) o
creadas en DaVinci Resolve. Presiónelos para activar o desactivar una tabla determinada. Consulte
el apartado “Aplicar LUT 3D con SmartView Setup” para obtener más información al respecto.
Guía vertical / horizontal
Los botones H MARK y V MARK permiten ver las guías de encuadre y cambiar su posición. Estas
líneas facilitan la composición de planos para mantener ciertos elementos gráficos o información
importante dentro del área visible de la pantalla. La imagen grabada puede ser levemente mayor
o menor a la superficie de la pantalla de un televisor. El área de seguridad corresponde a la parte
de la señal que siempre es visible, independientemente del monitor o televisor utilizado.
Presione el botón H MARK o V MARK para ver el margen horizontal o vertical, respectivamente.
Oprímalos una vez más para cambiar su posición. A continuación, utilice las flechas para
desplazarlo. Para confirmar, presione nuevamente el botón correspondiente. Oprímalo una vez
más para ocultar las guías.
Flechas
Las flechas permiten cambiar diferentes parámetros, tales como el brillo de la pantalla o la posición
de las guías.
Encendido
Presione el botón de encendido una vez para prender el dispositivo. Oprímalo nuevamente
para apagarlo.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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166SmartView 4K
Aplicar LUT 3D con SmartView Setup
El modelo SmartView 4K permite supervisar imágenes aplicando tablas de conversión
tridimensionales. Esto brinda la posibilidad de calibrar el dispositivo o apreciar cómo se vería el
producto final una vez realizado el etalonaje. A su vez, las tablas proporcionan una manera rápida
de probar distintas apariencias. Estas se aplican por medio del programa SmartView Setup, que
ofrece la oportunidad de emplear archivos con extensión .cube o versiones creadas en DaVinci
Resolve. Consulte el manual de DaVinci Resolve para obtener más información al respecto.
Para aplicar una tabla de conversión:
1 Ejecute el programa SmartView Setup.
2 Haga clic en el botón Load junto a la opción Load LUT 1. Se abrirá una ventana para
elegir el archivo que contiene la tabla. Una vez seleccionado, haga clic en el botón Open.
3 Para aplicar la tabla seleccionada, presione el botón 3D LUT 1 en el panel frontal del
dispositivo. Para desactivarla, oprima dicho botón nuevamente.
Repita el mismo procedimiento para aplicar una segunda tabla de conversión tridimensional
mediante la opción Load LUT 2.
El programa SmartView Setup permite aplicar tablas de conversión
tridimensionales a las imágenes visualizadas en el dispositivo.
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167SmartScope Duo 4K
SmartScope Duo 4K
¿Qué es Blackmagic SmartScope?
Antes los instrumentos para medir los diferentes aspectos de una señal audiovisual en estudios de
televisión y posproducción eran extraordinariamente caros y solo permitían ver un aspecto de la
misma en una pantalla muy pequeña. Además, algunos de estos dispositivos son desagradables
y no lucen bien frente al cliente.
El modelo SmartScope Duo 4K ofrece la posibilidad de ver cualquier aspecto de la señal al instante
en dos monitores. Los ajustes realizados en la fuente mediante el programa SmartView Setup
pueden apreciarse inmediatamente en las pantallas del dispositivo. Asimismo, la señal recibida
puede transmitirse a cualquiera de ellas a través de la salida SDI derivada, lo cual permite ver las
imágenes en el monitor izquierdo y las representaciones gráficas correspondientes en el derecho.
Los diferentes indicadores disponibles se seleccionan mediante el programa SmartView Setup
desde el menú desplegable Display.
A continuación se brinda una descripción más detallada de las representaciones gráficas y la forma
en que facilitan la supervisión de las señales.
El programa SmartView Setup permite ver representaciones
gráficas diferentes en cada pantalla del dispositivo.
Imágenes
La opción Video Monitoring permite ver las imágenes correspondientes a la señal recibida.
Si su definición es estándar, es posible seleccionar una relación de aspecto de 4:3 o 16:9 desde
el menú desplegable Set. Cualquier variación del brillo, el contraste o la saturación se aprecia
inmediatamente en la pantalla. Cabe mencionar que estos ajustes solo afectan al monitor y no
a la imagen en sí misma. Por lo tanto, no se observarán cambios en las representaciones gráficas.
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168SmartScope Duo 4K
Puede resultar útil emplear una de las pantallas para supervisar las imágenes y la otra para ver los
indicadores. A tales efectos, conecte un cable corto desde la salida SDI derivada del monitor 1
a la entrada correspondiente del monitor 2.
Las imágenes en definición estándar pueden verse con una relación
de aspecto de 4:3 o 16:9 eligiendo la opción correspondiente en el
meSet. Seleccione SD Aspect to 16:9 para contenidos anamórficos.
La opción Video Monitoring permite observar la señal tal como se vería
normalmente en la pantalla de un monitor o televisor.
Forma de onda
La opción Waveform permite ver la onda de la señal codificada digitalmente, en forma similar
a un osciloscopio tradicional, a fin de ajustar el brillo de la imagen.
Los monitores de luminancia convencionales solo ofrecen la posibilidad de supervisar señales
analógicas compuestas en definición estándar. Sin embargo, el modelo SmartScope Duo 4K
también admite imágenes HD y UHD, facilitando de esta manera el ajuste del brillo en señales con
diversos formatos.
Seleccione la opción Waveform en el menú desplegable Display del programa SmartView Setup.
Compruebe que los valores para el color negro no caigan por debajo de 0%, y que aquellos
correspondientes al blanco no superen el 100%, a fin de garantizar que la luminancia se encuentre
dentro del rango permitido.
Esta representación gráfica muestra los valores del brillo en las distintas partes de la imagen.
Por ejemplo, si una parte del cielo está sobreexpuesta, se reflejará en la misma posición horizontal
en la gráfica.
La forma de onda será diferente según el material grabado. Si este es de alto contraste, es posible
que no se aprecien valores en los tonos grises intermedios. La siguiente ilustración muestra la
gráfica correspondiente a una imagen cuya exposición es pareja, con una zona oscura a la izquierda
y mayor brillo desde el centro hacia la derecha.
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169SmartScope Duo 4K
Representación gráfica de la luminancia en la imagen
Seleccione la opción Waveform en el menú desplegable Display para
ver una representación gráfica de la luminancia en la señal.
Vectorscopio
Como su nombre lo indica, esta es una representación vectorial de los colores presentes en la
señal. Seleccione la opción 100% o 75% en el menú desplegable Set según la carta de ajuste
utilizada.
A pesar de que algunas personas piensan que es posible identificar valores cromáticos no
adecuados mediante el vectorscopio, esto no es así. Para ello, es necesario recurrir a la gráfica
de colores primarios. La razón por la cual el vectorscopio no resulta apropiado a tal fin es que se
necesitan tanto parámetros de crominancia como de luminancia. Por ejemplo, los colores cercanos
a las partes blancas o negras de la imagen tienen menos posibilidades de saturarse que aquellos
más intensos utilizados en los tonos intermedios. Dado que esta representación no indica los
valores de luminancia sino solo los matices cromáticos, no permite determinar si existen niveles
de color inadecuados.
El vectorscopio es una herramienta ideal para comprobar dichos niveles en señales analógicas
cuando es necesario ajustar la crominancia. Basta con reproducir el segmento de la secuencia que
contiene las barras de color y luego ajustar el matiz y la crominancia según las casillas en la gráfica.
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170SmartScope Duo 4K
Asimismo, este indicador resulta óptimo al llevar a cabo el etalonaje, ya que permite determinar si el
balance de blancos es adecuado. En caso de que exista cierto matiz cromático, la gráfica se alejará
del centro y posiblemente aparezcan dos puntos centrales. En general, el intervalo de supresión en
la señal generará un punto en el centro del vectorscopio, dado que corresponde a una parte de la
imagen completamente oscura. Este constituye un punto de referencia útil que facilita el
reconocimiento de las áreas sin información cromática.
Si la imagen presenta algún matiz, la representación gráfica se alejará de los puntos de referencia
y del centro. La magnitud del cambio es proporcional al grado del matiz y se puede apreciar tanto
en las zonas claras como oscuras de la imagen. Por esta razón, el vectorscopio resulta de gran
ayuda para eliminar cualquier tonalidad y lograr un balance de blancos adecuado.
Por otra parte, el vectorscopio permite incrementar la intensidad de los colores sin agregar matices
no deseados a las partes más brillantes y oscuras de la imagen. Aunque tanto la gráfica de colores
primarios como el vectorscopio permiten determinar el balance de blancos, este último brinda la
oportunidad de identificar posibles problemas con mayor facilidad.
Al corregir los tonos de piel, especialmente en los rostros, los valores correspondientes a la
saturación de los colores cálidos deben reflejarse a lo largo de una línea que apunta
aproximadamente a la hora 10. Esta línea, conocida como “flesh tone line”, se basa en el color de la
sangre debajo de la superficie de la piel. Por consiguiente, este método puede aplicarse a cualquier
tipo de pigmentación y es la mejor manera de asegurarse de que los tonos de piel luzcan naturales.
Imagen del vectorscopio que muestra la
representación gráfica de los tonos de piel
Seleccione la opción 100% o 75% en el menú
desplegable Set del programa SmartView Setup.
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171SmartScope Duo 4K
Luminancia y crominancia
Las gráficas RGB y YUV son ideales para establecer niveles cromáticos adecuados.
Al realizar el etalonaje, seleccione la opción RGB Parade en el menú desplegable Display del
programa SmartView Setup. Esta permite ver una representación de los canales rojo, verde y azul
que hace posible determinar sus niveles, facilitando de este modo la comprobación del balance de
color en las zonas más claras y oscuras de la imagen, así como en los tonos intermedios. A su vez,
esto brinda la oportunidad de identificar problemas comunes a los tres canales, simplificando de
esta forma la eliminación de matices no deseados.
Al etalonar las imágenes, es importante aprovechar al máximo el rango cromático sin excederse de
los límites permitidos. Si desea aumentar los niveles, compruebe que no superen el límite superior
de la gráfica. Aunque algunos dispositivos no permiten establecer valores fuera de dicho rango,
otros no cuentan con esta función. El modelo SmartScope Duo 4K ofrece la posibilidad de
determinar si los parámetros son adecuados.
Lo mismo sucede con los valores para el blanco y el negro. Algunos sistemas de etalonaje permiten
disminuir el nivel del negro por debajo de 0%. Si observa un nivel de negro inadecuado, ajuste la
ganancia, pero también compruebe la retícula para verificar que no se hayan alterado los valores
de las zonas más claras de la imagen.
Para ver la gráfica de luminancia, seleccione la opción YUV Parade en el menú desplegable
Display. Esta es de suma utilidad, puesto que el brillo está separado del color y, por otra parte,
es el formato que se emplea en la teledifusión de material audiovisual. La primera forma de onda
situada a la izquierda brinda información sobre la luminancia; la segunda y la tercera, sobre la
crominancia. Esta gráfica es ideal para calibrar una señal empleando barras de color como carta
de ajuste, de manera que los colores se representen con precisión, para que el contenido
transmitido pueda verse en cualquier televisor.
Cabe destacar que es necesario realizar ajustes cromáticos constantemente, a fin de lograr
la mejor calidad de imagen, sin excederse de los niveles permitidos.
Gráfica RGB
Terminología
Negro – Intensidad del color negro en la señal.
Tonos intermedios – Intensidad de los tonos grisáceos en la señal.
Blanco – Intensidad del color blanco en la señal.
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172SmartScope Duo 4K
Gráfica YUV
Las opciones RGB Parade y YUV Parade
están disponibles en el menú Display.
Histograma
Este indicador es el más utilizado por los diseñadores gráficos y operadores de cámara. Muestra la
distribución del blanco y el negro, y permite comprobar qué tan cerca se está de perder información
en la imagen. Asimismo, permite ver el efecto causado al modificar los tonos intermedios de
la imagen.
Las zonas más oscuras corresponden a la izquierda de la gráfica, y las más claras, a la derecha.
Generalmente, la señal debe permanecer dentro del rango 0–100%. Fuera de este, se perderá
información en la imagen. Es preciso evitar que esto suceda durante el rodaje, ya que los detalles
de las zonas más claras y oscuras deben conservarse para poder realizar ajustes cromáticos
posteriormente en un entorno controlado. Durante la filmación, es necesario mantener la señal
dentro del rango mencionado, a fin de tener mayor flexibilidad a la hora de ajustar los colores sin
que el blanco o el negro luzcan apagados.
Al etalonar material audiovisual, a veces se permite que los valores se sitúen fuera de dicho rango
para lograr un cierto efecto, en cuyo caso el histograma mostrará el resultado del cambio, indicando
además cuánta información se pierde. Asimismo, es posible ajustar los tonos intermedios para crear
una apariencia similar conservando más detalles.
De hecho, es posible recurrir al histograma para comprobar todos los valores de la imagen, sino
solo aquellos correspondientes al blanco y al negro. El histograma no brinda información cromática,
por lo cual puede indicar niveles normales cuando en realidad los valores de la imagen son
inadecuados. Como se mencionó anteriormente, la gráfica de componentes cromáticos (o RGB) es
la herramienta ideal para comprobar dichos niveles, ya que indica tanto la crominancia como la
luminancia de la señal.
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173SmartScope Duo 4K
El histograma muestra las zonas más claras y oscuras de la imagen.
Seleccione la opción Histogram en el menú
desplegable Display del programa SmartView Setup.
Medición del audio
Este modo de visualización indica la intensidad del audio integrado en la señal SDI. Permite ver
información sobre un máximo de 16 canales en decibelios a escala completa o en formato VU.
El vúmetro indica el nivel promedio de la señal y es más común en dispositivos de mayor
antigüedad. Está calibrado según la recomendación de la SMPTE, con un volumen predeterminado
de -20dBFS para un tono de 1kHz (señal de prueba).
Esta unidad de medida permite medir la señal de audio digital en general y es común en equipos
más modernos.
El indicador derecho brinda la posibilidad de monitorizar dos canales de audio seleccionándolos
en el menú desplegable Set. La información se presenta en un gráfico que permite identificar
problemas en el balance del audio y determinar si la señal está desfasada, o si una determinada
pista es monoaural o estéreo. El audio monoaural debería aparecer representado como una línea
vertical. Una horizontal indica que el audio está desfasado, y la señal podría perderse al ser recibida
por otro equipo. Este es uno de los problemas más comunes en grandes instalaciones donde los
cables pueden estar mal conectados.
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174Conexión a redes
Al monitorizar señales en estéreo, la línea a la derecha del indicador se despliega a modo de
abanico para representar las diferencias entre los canales izquierdo y derecho. La forma que
dicha línea adoptará será más circular si la pista de audio es más estereofónica. En caso contrario,
la gráfica tenderá a concentrarse alrededor del eje vertical.
Generalmente los diálogos se ven como una línea vertical, mientras que en el caso de música en
estéreo, la gráfica se extenderá. Esto se debe a que el audio monoaural (L+R) se muestra sobre
el eje vertical, mientras que el sonido en estéreo (L-R) se representa sobre el eje horizontal para
indicar la diferencia entre ambos canales.
El vúmetro muestra los picos en la señal y el balance de audio.
En el menú Set, seleccione el par de canales que desea monitorizar.
Conexión a redes
Al conectar un monitor SmartView o SmartScope a una red, es posible realizar ajustes en varias
unidades remotamente.
Aunque no es necesario configurar los dispositivos para ver una señal en la pantalla, es preciso
verificar los ajustes de la red en forma previa. Esto solo es posible mediante una conexión USB
directa al equipo informático.
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175Conexión a redes
Conexión Ethernet directa
El monitor puede configurarse remotamente mediante una conexión Ethernet directa al equipo
informático. No es necesario utilizar un conmutador de red, lo cual permite instalar el dispositivo
rápidamente. Cabe destacar además que es posible conectar varias unidades en serie mediante
el puerto Ethernet de cada una. Nótese que todas ellas deberán contar con suministro eléctrico.
En caso de no disponer de una red, o para utilizar varias unidades sin direcciones IP, conéctelas
directamente al puerto Ethernet del equipo informático. Esto ofrece una manera rápida de conectar
unidades SmartView y SmartScope, dado que no es necesario emplear cables adicionales ni un
conmutador de red.
Conector Ethernet
Conmutador de red
Para utilizar varias unidades en una misma red, es suficiente con conectar un monitor SmartView
o SmartScope al conmutador de red. El resto puede conectarse en serie mediante el puerto
Ethernet de cada unidad, a fin de ocupar solo una conexión en el conmutador. De esta forma,
es posible prescindir del uso de cables adicionales. Nótese que todas las unidades deberán
contar con suministro eléctrico.
Un conmutador facilita la configuración de las unidades desde cualquier equipo informático
conectado a la red. Asimismo, si esta incluye un punto de acceso inalámbrico, es posible lograr
este cometido desde cualquier equipo Mac o Windows.
Siga los pasos descritos a continuación para conectar un monitor SmartView o SmartScope
a una red IP local.
1 Conecte la fuente de alimentación de la unidad y enciéndala.
2 Conecte la unidad a un conmutador de red o directamente a un equipo informático
mediante un cable RJ-45.
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176Conexión a redes
Diagrama de conexión
Es posible conectar el puerto Ethernet de una unidad directamente al equipo informático sin un
conmutador de red. Las unidades restantes pueden conectarse en serie, lo cual permite prescindir
del uso de cables adicionales. Nótese que todas ellas deberán contar con suministro eléctrico.
Diagrama de conexión con un conmutador de red
Para utilizar varias unidades en una misma red, es suficiente con conectar solo una de ellas al
conmutador. Las restantes pueden conectarse en serie, lo cual permite prescindir del uso de cables
adicionales. Nótese que todas ellas deberán contar con suministro eléctrico.
SmartScope 4KDuo
SmartScope 4KDuo
Conmutador
Ethernet
Clientes
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177Ajustes de red
Ajustes de red
Configuración de la red
Nombre del dispositivo
Es recomendable cambiar el nombre de cada monitor a fin de facilitar la identificación de las
unidades en la red.
Para ello, compruebe que el monitor esté conectado mediante un puerto USB o Ethernet. Ejecute el
programa SmartView Setup y haga clic en el ícono de configuración debajo del nombre del monitor.
En la pestaña Configure, haga clic sobre el nombre del monitor en el panel Details para cambiarlo.
Si el nombre no es válido, aparecerá un ícono de advertencia. De lo contrario, verá un visto verde
junto al mismo. Presione la tecla de retorno en el equipo informático para confirmar el cambio.
Configuración de la red
Para cambiar la configuración de red, el monitor debe estar conectado al equipo informático.
Cabe destacar que no es posible llevar a cabo este procedimiento mediante una conexión Ethernet.
De forma predeterminada, los dispositivos SmartView y SmartScope obtienen una dirección IP
automáticamente a través de la red, por medio del protocolo DHCP.
Si no cuenta con este protocolo, active la función Compartir Internet en macOS o Conexión
compartida a Internet (ICS) en Windows 8.1 o Windows 10 para asignar direcciones DHCP a las
unidades conectadas De este modo, no será necesario asignar una dirección IP fija a cada una
de ellas. Dicha función permite asignar direcciones IP incluso si el equipo informático no es
conectado a Internet. Consulte la documentación relativa a los sistemas operativos mencionados
para obtener más información al respecto.
Si no es posible emplear un protocolo DHCP para la configuración, utilice direcciones IP fijas.
Solicite una al administrador del sistema para evitar conflictos en la red. Cabe señalar que es
preciso indicar una dirección IP única para cada SmartView y SmartScope, así como una máscara
de subred común. No es necesario cambiar los valores del campo Gateway, a menos que se
proponga conectar las unidades a una puerta de enlace.
Si no se detecta ningún dispositivo en la red, es posible que las unidades no hayan recibido una
dirección IP mediante el protocolo DHCP, en cuyo caso será necesario configurar los ajustes
correspondientes en cada una de ellas.
1 Conecte el monitor al equipo informático mediante un cable USB y ejecute el programa
SmartView Setup.
2 La ventana principal del programa mostrará el dispositivo conectado y el ícono de la
conexión USB junto a su nombre.
3 Cambie la configuración de la red.
4 Repita este procedimiento para las restantes unidades que no hayan recibido una
dirección IP mediante el protocolo DHCP.
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178Ajustes de red
El ícono junto al nombre del dispositivo indica que está
conectado al equipo informático a través del puerto USB.
Esto es necesario para poder cambiar la configuración de red.
Al configurar la red, es posible utilizar el protocolo
DHCP o direcciones IP fijas. Nótese que los ajustes
solo se pueden modificar a través de la conexión USB.
Agregar monitores a la red
Si conoce la dirección IP del monitor, es posible agregarlo a la red manualmente en caso de
que no aparezca en la ventana principal del programa SmartView Setup. Para ello, siga los pasos
descritos a continuación.
1 Compruebe que el monitor esté conectado mediante el puerto Ethernet. Haga clic en
el símbolo + situado en la esquina inferior izquierda de la interfaz para abrir la ventana
que permite añadir unidades.
2 Escriba la dirección IP del monitor y haga clic en el botón Add.
3 El programa verificará la presencia del monitor y lo agregará a la lista de unidades
conectadas. Haga clic sobre la flecha derecha para ver el monitor agregado.
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179Sistemas de señalización
Es posible agregar un monitor a la lista de unidades conectadas
haciendo clic en el símbolo + para introducir su dirección IP.
Sistemas de señalización
Conexión
No es necesario conectar la salida TALLY de los monitores ni leer este apartado si no pretende
utilizar esta función.
Cada dispositivo indica el estado de la señal al aire mediante un borde rojo, verde o azul alrededor
de la pantalla.
La conexión D de nueve pines admite señales provenientes de mezcladores y sistemas de
automatización. Consulte el diagrama ilustrado a continuación para obtener más información
al respecto.
El diagrama de conexión está impreso en la parte posterior de la unidad y describe cada uno de
los contactos que permiten utilizar el sistema de señalización.
Modelo SmartView Duo con bordes indicadores alrededor de cada pantalla
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180Mejora del ángulo de visión
Mejora del ángulo de visión
Cuando el monitor se instala en la parte superior de un bastidor, es posible invertir la pantalla para
mejorar el ángulo de visión. En este caso, las imágenes se ajustarán automáticamente según la
orientación del dispositivo. Es necesario contar con un destornillador Pozidriv 02 para desmontar
y volver a colocar la parte frontal de la unidad. Este es un procedimiento sumamente sencillo que
no requiere la apertura de la parte trasera.
A continuación se describe la forma de invertir la unidad manteniendo a su vez el logotipo de
Blackmagic en la posición correcta. Nótese que es necesario contar con un destornillador
Pozidriv 02.
1 Quite los tornillos situados en la parte superior, inferior, izquierda y derecha de la testera.
Los modelos SmartView Duo y SmartScope Duo 4K incluyen 10 tornillos, y la versión
SmartView HD tiene 18.
2 Separe la testera de la parte trasera de la unidad, como se ilustra en la figura.
3 Gire la parte trasera de la unidad.
4 Instale nuevamente la testera.
5 Coloque los tornillos nuevamente y apriételos.
El dispositivo está listo para montarse en la parte superior de un bastidor. Una vez instalado,
continuará mostrando el ángulo de visión más adecuado, ya que no dispone de mandos o controles
externos que puedan desajustarse accidentalmente.
SmartView Duo y SmartScope Duo 4K
Conexiones
Pin Función
1 Monitor 1 rojo
2 Monitor 1 verde
3 Monitor 1 azul
4 Tierra
5 Tierra
6 Tierra
7 Monitor 2 rojo
8 Monitor 2 verde
9 Monitor 2 azul
SmartView HD y SmartView 4K
Conexiones
Pin Función
1 Red
2 Green
3 Blue
4 Tierra
5 4 3 2 1
9 8 7 6
Puerto D9
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181Mejora del ángulo de visión
Es recomendable verificar que la imagen se vea correctamente
antes de instalar la unidad en el bastidor.
Quite todos los tornillos para separar la testera de la parte trasera de la unidad.
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182Información para desarrolladores
Información para desarrolladores
Desarrollo de aplicaciones personalizadas con productos de Blackmagic Design
El protocolo de Ethernet desarrollado por Blackmagic permite controlar remotamente los
dispositivos SmartView y SmartScope mediante aplicaciones informáticas personalizadas.
Cabe destacar que se trata de un protocolo basado en texto.
Cómo obtener el protocolo de Ethernet
El protocolo es gratis. Puede descargarse desde la página de soporte técnico de Blackmagic
Design y sus funciones principales se describen en este manual.
Lista de desarrolladores de Blackmagic Design
Esta lista de distribución ha sido creada para ayudar a responder dudas técnicas relativas
a las diversas tecnologías empleadas por Blackmagic Design. Constituye un foro donde los
desarrolladores pueden discutir diferentes ideas con otros colegas y resolver problemas.
Cualquier persona suscrita puede intervenir en las distintas discusiones, así como los ingenieros
de Blackmagic Design cuando resulte apropiado. Para suscribirse, visite la siguiente página:
http://lists.blackmagicdesign.com/mailman/listinfo/bmd-developer
En algunos casos, solicitamos que se proporcione una breve descripción de la aplicación si el tipo
de software desarrollado no resulta evidente a partir del nombre de dominio. Solo lo hacemos para
evitar mensajes no deseados o preguntas de usuarios finales referidas a otras cuestiones, o que la
lista se vea afectada por un virus. Conviene subrayar que es una plataforma solo para
desarrolladores.
Cómo obtener asistencia
Por otras cuestiones relativas al desarrollo de aplicaciones, o si desea realizar preguntas fuera de la
lista, puede escribirnos a la siguiente dirección: de[email protected]
Formato 2K de Blackmagic – Información general
Los productos de Blackmagic Design permiten procesar señales SDI 3G, las cuales brindan la
posibilidad de transmitir datos al doble de velocidad que una señal en alta definición. Pensamos que
sería una buena idea que también fueran compatibles con imágenes en resolución 2K, a fin de
simplificar las dinámicas de trabajo en la industria cinematográfica. Gracias a la popularidad de los
sistemas de edición de Blackmagic Design, ahora miles de personas pueden sacar provecho de las
prestaciones que estos ofrecen.
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183Información para desarrolladores
A continuación se proporciona toda la información necesaria para desarrollar equipos compatibles
con señales SDI en resolución 2K. Dado que todos nuestros productos pueden actualizarse, también
podemos ofrecer compatibilidad con otros formatos que la industria cinematográfica adopte en el futuro.
Estructura de cuadros
Transmisión a 23.98, 24 o 25 cuadros por segundo en formato PSF.
Imagen activa: 2048 pixeles x 1556 líneas.
Total de líneas por cuadro: 1650
Palabras activas por línea: 1535. Una palabra consta de una muestra de 10 bits para cada
uno de los cuatro flujos de datos, es decir, 40 bits en total. Consulte la tabla que figura en
la siguiente página.
Total de líneas activas: 1556
Total de palabras por línea: 1875 para 23.98/24Hz, y 1800 para 25Hz.
Campos por cuadro: 2 de 825 líneas cada uno.
Líneas activas: 16-793 (campo 1) y 841-1618 (campo 2).
Estructura de transporte
Basada en distribución de señales SMPTE 372M mediante dos enlaces y compatibilidad con
el estándar SMPTE 425M-B para transmitir señales SMPTE 372M mediante un enlace 3Gb/s.
Señales de referencia, número de línea e inserción CRC, según se describió anteriormente.
Durante una señal activa, los datos de 10bits relativos a los colores rojo, verde y azul se
envían en la siguiente secuencia:
Los datos auxiliares opcionales se insertan en ambas interfaces virtuales.
Actualmente, solo se incluye información relativa al audio. Según la norma SMPTE S299M,
los paquetes de audio se transmiten mediante el flujo 2, mientras que los paquetes de
control se envían a través del flujo 1.
Flujo de datos 1: Green_1, Green_2, Green_3, Green_5... Green_2047
Flujo de datos 2: Blue_1, Blue_2, Green_4, Blue_5... Green_2048
Flujo de datos 3: Red_1, Blue_3, Blue_4, Red_5... Blue_2048
Flujo de datos 4: Red_2, Red_3, Red_4, Red_6... Red_2048
Formato 2K de Blackmagic –
Referenciadetemporizaciónvertical
El siguiente diagrama brinda información sobre la temporización vertical con los números de línea y
los bits relativos al campo, el intervalo vertical y el intervalo horizontal para los códigos de la señal
de referencia.
Campo 1 Activo
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LÍNEA 1650 1 2 ... 14 15 16 ... 792 793 ... 825
Campo 2 Activo
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LÍNEA 825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
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184Información para desarrolladores
Formato 2K de Blackmagic – Transmisión de datos
El siguiente diagrama indica los formatos de los flujos de datos en torno al intervalo de la línea
horizontal para datos auxiliares opcionales. Nótese que cada pixel activo ocupa tres muestras.
Data Stream 1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data Stream 2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data Stream 3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data Stream 4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
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185Información para desarrolladores
Protocolo de Ethernet Blackmagic SmartView v1.3
Resumen
Este protocolo de control basado en texto es muy similar, en cuanto a su estructura, al protocolo
para productos Videohub, y se evalúa conecndose al puerto TC 9992 en un dispositivo
SmartView o SmartScope.
Una vez conectado, el dispositivo transmite un volcado inicial completo con información sobre su
estado. Luego del mismo, los cambios de estado se envían de forma asincrónica.
El dispositivo transmite la información en bloques con un encabezado identificatorio seguido de dos
puntos. Cada uno de ellos puede abarcar varias líneas y finaliza con una línea en blanco.
A fin de evitar posibles problemas que pudiesen surgir debido a futuras modificaciones en el
protocolo, el cliente deberá ignorar los bloques no reconocidos que figuren antes de la línea en
blanco final. Asimismo, es preciso ignorar las líneas que no es posible identificar en cada bloque.
La versión 1.3 de este protocolo se publicó junto con el programa SmartView 1.3.
Preámbulo
El primer bloque que el dispositivo transmite es el preámbulo del protocolo.
PROTOCOL PR EA M BLE:
Version: 1.3
El número indica la versión del protocolo. Cuando se efectúan cambios compatibles, el dígito
secundario se actualiza. De ser incompatibles, cambia el dígito principal.
Información del dispositivo
El siguiente bloque contiene información sobre el dispositivo conectado.
SMARTVIEW DE VICE:
Model: SmartView Duo
Hostname: stagefront.studio.exam ple.co m
Nam e: StageFront
Monitors: 2
Inverted: false
Este ejemplo hace referencia a un dispositivo SmartView Duo con dos pantallas. El término Inverted
indica si el monitor se ha girado al montarlo en un bastidor para optimizar el ángulo de visión de
la pantalla.
Leyenda
↵ retorno
Etc.
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186Información para desarrolladores
Configuración de red
El siguiente bloque muestra la configuración de la red TCP/IP:
NETWORK:
Dynamic IP: tr ue
Static address: 192.168.2.2
Static netmask: 255.255.255.0
Static gateway: 192.168.2.1
Current address: 192.168.1.101
Current netmask: 255.255.255.0
Current gateway: 192.168.1.1
Los ajustes que contienen la palabra Current indican la configuración actual de la red y no pueden
modificarse. Asimismo, reflejan el uso del protocolo DHCP o de direcciones IP fijas, según el
parámetro Dynamic IP.
Modificación de los ajustes de red
La red puede configurarse mediante direcciones IP fijas o el protocolo DHCP. Para activar dicho
protocolo:
NETWORK:
Dynamic IP: tr ue
En el caso de una dirección IP fija, deberá proporcionar todos los parámetros:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
Static netmask: 255.255.255.0
Static gateway: 192.168.2.1
Los ajustes que contienen la palabra Current indican la configuración actual de la red,
independientemente del uso de direcciones dinámicas o fijas, y no pueden modificarse.
La conexión se interrumpirá si se cambia el nombre del dispositivo o cualquier otro parámetro
de la red. El dispositivo restablecerá la conexión y mostrará el nombre nuevo.
Cambio de los ajustes del monitor
Los ajustes para cada pantalla se especifican individualmente. Es posible modificar uno o varios
valores en forma simultánea, así como incluir múltiples parámetros en un mismo bloque.
El rango permitido para valores numéricos es 0-255. El contraste y la saturación se centran
en torno al 0, de manera que el valor normal es 127. En este caso, la imagen mostrada es igual
a la original. Al incrementar dicho valor, aumentará el contraste o la saturación, y viceversa.
Por ejemplo, para ajustar el brillo a 50% y desaturar la imagen:
MONITOR A:
Brightness: 127
Saturation: 0
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187Información para desarrolladores
Visualización de imágenes SD en formato 16:9
El siguiente formato permite ver imágenes en definición estándar con una relación de
aspecto de 16:9.
MONITOR A:
WidescreenSD: ON
Visualización de imágenes SD en formato 4:3
El siguiente formato permite ver imágenes en definición estándar con una relación de
aspecto de 4:3.
MONITOR A:
WidescreenSD: OFF
Identificación y señalización
La opción Identify es transitoria y permite ver un borde blanco en torno a la imagen durante 15
segundos. Su función principal es la de identificar el monitor cuyos ajustes se están modificando
cuando hay varias unidades instaladas en un bastidor. Para activarla:
MONITOR A:
Identify: tr u e
Conviene subrayar que se cancelará cualquier otro parámetro activo correspondiente al borde.
El parámetro BORDER puede emplearse a fin de seleccionar un color primario para los bordes
identificatorios. Las opciones disponibles son rojo, verde, azul o ninguno. Esta función quedará
invalidada por las señales eléctricas recibidas a través de la entrada DB-9 del dispositivo. Por
ejemplo, para seleccionar el color verde:
MONITOR B:
Border: green
Nótese que siempre prevalecerán las señales transmitidas por cable. El informe de estado indica
el parámetro válido actual.
Ajustes del modelo SmartScope
En el modelo SmartScope Duo 4K, es posible configurar cada pantalla de forma independiente.
A continuación se describen los comandos para activar opciones específicas.
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (corresponde a la imagen principal)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
En este ejemplo, se ha configurado el monitor A para que muestre la imagen principal.
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188Información para desarrolladores
Visualización de imágenes SD en formato 16:9
Para ver la imagen en definición estándar con una relación de aspecto de 16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Visualización de imágenes SD en formato 4:3
Para ver la imagen en definición estándar con una relación de aspecto de 4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
Al configurar una de las pantallas del modelo SmartScope Duo para mostrar los vúmetros, también
es posible seleccionar los canales. A continuación se indican los valores correspondientes.
0: Canales 1 y 2
1: Canales 3 y 4
2: Canales 5 y 6
3: Canales 7 y 8
4: Canales 9 y 10
5: Canales 11 y 12
6: Canales 13 y 14
7: Canales 15 y 16
MONITOR B:
Scope Mode: AudioDbvu
AudioCh a n nel: 0
En este ejemplo, se ha configurado el monitor B para que muestre el vúmetro (dbVU) y se han
seleccionado los canales 1 y 2 para el medidor de fases.
Selección de tablas de conversión en el modelo SmartView 4K
Para seleccionar una tabla de conversión tridimensional:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
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189Ayuda
Ayuda
Cómo obtener ayuda
Existen cuatro maneras de obtener ayuda:
1 Visite la página de soporte técnico de Blackmagic Design para obtener el material de
apoyo más reciente.
2 Póngase en contacto con su distribuidor de productos Blackmagic.
3 El distribuidor cuenta con las últimas actualizaciones para los productos de la empresa y
podrá brindarle asistencia inmediatamente. Asimismo, recomendamos obtener información
sobre las distintas opciones que este ofrece para su dinámica de trabajo en particular.
4 Otra opción es enviarnos un correo electrónico mediante el botón correspondiente en
nuestra página de soporte técnico.
5 Comuníquese telefónicamente con una oficina de Blackmagic Design. Para encontrar
el centro de atención más cercano, haga clic en el botón Soporte técnico local, ubicado
en la parte inferior de nuestra página de soporte técnico.
No olvide brindarnos la mayor cantidad de información posible sobre el problema técnico y las
especificaciones del sistema para que podamos responderle rápidamente.
background
190Información sobre normativas yseguridad
Información sobre normativas yseguridad
Normativas
Tratamiento de residuos de equipos eléctricos y electrónicos en la Unión Europea:
Este símbolo indica que el dispositivo no debe desecharse junto con otros residuos
domésticos. A tales efectos, es preciso llevarlo a un centro de recolección para su posterior
reciclaje. Esto ayuda a preservar los recursos naturales y garantiza que dicho
procedimiento se realice protegiendo la salud y el medioambiente. Para obtener más
información al respecto, comuníquese con el distribuidor o el centro de reciclaje
más cercano.
Según las pruebas realizadas, este equipo cumple con los límites indicados para
dispositivos digitales Clase A, en conformidad con la sección 15 de las normas establecidas
por la Comisión Federal de Comunicaciones. Esto permite proporcionar una protección
razonable contra interferencias nocivas al operar el dispositivo en un entorno comercial.
Este equipo usa, genera y puede irradiar energía de radiofrecuencia, y si no se instala o
utiliza de acuerdo con el manual de instrucciones, podría ocasionar interferencias nocivas
para las comunicaciones radiales. El funcionamiento de este equipo en una zona
residencial podría ocasionar interferencias nocivas, en cuyo caso el usuario deberá
solucionar dicho inconveniente por cuenta propia.
El funcionamiento de este equipo está sujeto a las siguientes condiciones:
1 El dispositivo no debe causar interferencias nocivas.
2 El dispositivo debe admitir cualquier interferencia recibida, incluidas aquellas que
pudieran provocar un funcionamiento incorrecto del mismo.
Seguridad
Este equipo debe conectarse a una toma de corriente que disponga de un cable a tierra.
A fin de reducir el riesgo de descarga eléctrica, evite exponer el equipo a goteras o
salpicaduras.
Este equipo puede utilizarse en climas tropicales, a una temperatura ambiente máxima
de 40ºC.
Compruebe que haya suficiente ventilación en torno a la unidad.
Al instalar el equipo en un bastidor, verifique que el dispositivo contiguo no impida la
ventilación.
La reparación de los componentes internos del equipo no debe ser llevada a cabo por el
usuario. Comuníquese con nuestro centro de atención más cercano para obtener
información al respecto.
Evite utilizar el equipo a una altura mayor de 2000 metros.
Este dispositivo puede conectarse fácilmente a un transceptor óptico SFP. En tal sentido,
conviene subrayar que solo es compatible con módulos láser clase 1.
Blackmagic Design recomienda los siguientes modelos:
SDI 3G: PL-4F20-311C
SDI 6G: PL-8F10-311C
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191Garantía
Advertencias para el personal técnico
Desconecte la alimentación de ambas tomas de entrada antes de reparar el
dispositivo.
Precaución: fusible doble (polo activo/neutro)
La fuente de alimentación en este equipo incluye fusibles, tanto en el conductor
de línea como en el neutro, y permite su conexión al sistema de distribución
eléctrico noruego.
Garantía
12 meses de garantía limitada
Blackmagic Design garantiza que el producto adquirido no presentará defectos en los materiales
o en su fabricación por un período de 12 meses a partir de la fecha de compra. Si un producto
resulta defectuoso durante el período de validez de la garantía, Blackmagic Design podrá optar por
reemplazarlo o repararlo sin cargo alguno por concepto de piezas y/o mano de obra.
Para acceder al servicio proporcionado de acuerdo con los términos de esta garantía, el Cliente
deberá dar aviso del defecto a Blackmagic Design antes del vencimiento del período de garantía
y encargarse de los arreglos necesarios para la prestación del mismo. El Cliente será responsable
del empaque y el envío del producto defectuoso al centro de servicio técnico designado por
Blackmagic Design, y deberá abonar las tarifas postales por adelantado. El Cliente será responsable
de todos los gastos de envío, seguros, aranceles, impuestos y cualquier otro importe que surja con
relación a la devolución de productos por cualquier motivo.
Esta garantía carecerá de validez ante defectos o daños causados por un uso indebido del
producto, o por falta de cuidado y mantenimiento. Blackmagic Design no tendrá obligación de
prestar el servicio estipulado en esta garantía para (a) reparar daños provocados por intentos de
personal ajeno a Blackmagic Design de instalar el producto, repararlo o realizar un mantenimiento
del mismo; (b) reparar daños resultantes del uso de equipos incompatibles o conexiones a los
mismos; (c) reparar cualquier daño o mal funcionamiento provocado por el uso de piezas o
repuestos no suministrados por Blackmagic Design; o (d) brindar servicio técnico a un producto que
haya sido modificado o integrado con otros productos, cuando dicha modificación o integración
tenga como resultado un aumento de la dificultad o el tiempo necesario para reparar el producto.
ESTA GARANTÍA OFRECIDA POR BLACKMAGIC DESIGN REEMPLAZA CUALQUIER OTRA
GARANTÍA, EXPRESA O IMPLÍCITA. POR MEDIO DE LA PRESENTE, BLACKMAGIC DESIGN Y SUS
DISTRIBUIDORES RECHAZAN CUALQUIER GARANTÍA IMPLÍCITA DE COMERCIALIZACIÓN O
IDONEIDAD PARA UN PROPÓSITO PARTICULAR. LA RESPONSABILIDAD DE BLACKMAGIC
DESIGN EN CUANTO A LA REPARACIÓN O SUSTITUCIÓN DE PRODUCTOS DEFECTUOSOS
CONSTITUYE UNA COMPENSACIÓN COMPLETA Y EXCLUSIVA PROPORCIONADA AL CLIENTE
POR CUALQUIER DAÑO INDIRECTO, ESPECIAL, FORTUITO O EMERGENTE, AL MARGEN DE QUE
BLACKMAGIC DESIGN O SUS DISTRIBUIDORES HAYAN SIDO ADVERTIDOS CON ANTERIORIDAD
SOBRE LA POSIBILIDAD DE TALES DAÑOS. BLACKMAGIC DESIGN NO SE HACE RESPONSABLE
POR EL USO ILEGAL DE EQUIPOS POR PARTE DEL CLIENTE. BLACKMAGIC DESIGN NO SE HACE
RESPONSABLE POR DAÑOS CAUSADOS POR EL USO DE ESTE PRODUCTO. EL USUARIO UTILIZA
EL PRODUCTO BAJO SU PROPIA RESPONSABILIDAD.
© Copyright 2018 Blackmagic Design. Todos los derechos reservados. Blackmagic Design, DeckLink, HDLink, Videohub
Workgroup, Multibridge Pro, Multibridge Extreme, Intensity y «Leading the creative video revolution» son marcas registradas
en Estados Unidos y otros países. Todos los demás nombres de compañías y productos pueden ser marcas comerciales de las
respectivas empresas a las que estén asociados.
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192
安装操作手册
2018
6
中文
SmartView
SmartScope
background
欢迎辞
我们的梦想是希望人都能拥有最优质的视频设备从而使业成为真正充满创意的行业。
备。
SmartView
4K
有原
4K
LCD
,让
率监看
Ultra
HD
,它
6RU
精致身还配备控制面板能让您快更改各项设
置。
SmartView
HD
配备一块
17
英寸的
LCD
大屏及厚度不到一英寸的
6RU
身。
SmartView
Duo
配备两个完全立的
8
英寸
LCD
,其
3RU
厚度也不到一英寸
SmartScope
Duo
4K
则拥有两块独立的
8
英寸
LCD
幕,波形监看您能在繁作时监看频各项
。所
SmartView
监视器都配备
3G-SDI
口,
SD
HD
,以
2K
频。
SmartScope
Duo
4K
SmartView
4K
还分别配备
6G-SDI
12G-SDI
,因
Ultra
HD
4K
像!
监看设备的设十分简洁箱即可投入使用。们的
Blackmagic
SmartView
Setup
件也可户们提供简单直观的配置工具。
本操作手册应涵盖您安
SmartView
SmartScope
。如
IP
址或
不熟悉计算机网络设置,请向技术人员咨询相关事宜
SmartView
SmartScope
安装步骤
简单安装完成后您只需设置几项技术偏好即可
完成安装大约需要
5
。请
www.blackmagicdesign.com/cn
,点
下载
SmartView
件以及本手册最新升级资料。最后请您载软更新时完设备注册
便我们在布新软件时能第一时间知您我们不断致力于产品的功能开发和改进因此
议!
Grant
Petty
Blackmagic
Design
首席执行官
background
目录
SmartView
SmartScope
入门 195
SmartViewSmartScope品简介 195
连接视频 196
接到计算 196
安装Blackmagic SmartView Setup 197
使用Blackmagic SmartView Setup 198
软件更 198
调整监视器设置 198
使用SmartView 4K 201
Blackmagic SmartView 4K简介 201
控制面板 202
使用Blackmagic SmartView Setup加载3D LUT 204
使用SmartScope Duo 4K 205
什么是Blackmagic SmartScope 205
看显 205
形显示 206
矢量波器 207
分量示 209
直方图显 210
音频表显 211
连接到网络 213
接连接以太 213
太网交 213
调整网络设 215
网络设 215
添加一台Blackmagic监视 216
使用Tally 217
Tally口引 217
调整最佳监看角 218
Developer Information 220
Blackmagic 2K Format
Overview 220
Blackmagic
2K Format
Vertical Timing Reference
221
Blackmagic
2K Format
Data
Stream Format
222
Blackmagic
SmartView Ethernet
Protocol v1
.
3
223
帮助 227
告知与安 228
保修 229
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195
入门
入门
SmartViewSmartScope产品简
SmartView
监视器可完美纳入各类机架式监看设只需通过单步骤连接电源
SDI
视频
便始监看工作!
SmartView
4K
有一
15.6
英寸
4K
LCD
,能
3840x2160
素分率监看
SD
HD
Ultra
HD
视频。它还设有前板控制按轻松选择输入幕亮度查蓝色通道噪
,查 ,以
3D
LUT
多项能。
SmartView
HD
有一块
17
英寸
LCD
显示屏能以全分辨率提供精准的
HD
看。
SmartView
Duo
配有两块监视可同时显示不同视频信例如一块显示屏可显示
YUV
4:2:2
而另一则可
RGB
4:4:4
。或
NTSC
,另
PAL
式。各款设备
有各种不同组合但都只需要单
SDI
线可!
SmartScope
Duo
4K
SmartView
Duo
功能一是前还可实时显示波形、矢量图及其他
用于监视音的各项标。全面支
Ultra
HD
4K
SmartView
SmartScope
视器上的所
SDI
入接口都支持自动
SD
HD
3G-SDI
,包
2K
频。
SmartView
4K
还可检包括
12G-SDI
输入的
2160p60
Ultra
HD
号。
SmartScope
Duo
4K
则可通
6G-SDI
口自动
Ultra
HD
4K
频。
果需要从计算调整多台
SmartView
SmartScope
的各项设置需将设备连接以太网
即可这意味着您无需亲自带着电脑和
USB
连接线反去到机房将们逐个进行调整
准备完毕后便可开始作了 有关如何连
SmartView
SmartScope
、如
Blackmagic
SmartView
Setup
软件配监视器设置以及如何连接网络的具体信息续阅读接下来的章节
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
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196
入门
连接视频
SmartView
SmartScope
监视器都配有
BNC
可连接的
SDI
设备包括各类切换台影机、
集卡录机以及硬录机等
获取画面
显示视频非常简需开启设备并将视频源连接到
SDI
,视
应可立即显示
SDI
输入和环通输出接动检测
SD
HD
以及
2K
号。
SmartView
4K
SmartScope
Duo
4K
还可检
Ultra
HD
4K
号。
设备未接收到任何视频信号时电源等接收到下一个信再次亮起
菊链式连接监视器
每台
SmartView
SmartScope
监视器都具独立
SDI
输入及环通输便您通过菊链式将多
监视器连示相同输入信号
1 开启
1
。将
SDI
输入视频应立即显示。
2 开启
2
。用
SDI
连接线从
1
号设备的环通输出口连接到
2
号设备的
SDI
入口。
接的备数量并无限制。
使用
SmartScope
Duo
4K
,您
1
号监视器环通输出到
2
,以 便
使号。
视频显示后您可以整监视器设置或使用
Blackmagic
SmartView
Setup
软件选需要
SmartScope
Duo
4K
上显示的波形件还可将
3D
LUT
加载
Blackmagic
SmartView
4K
上。
SmartView
4K SmartView
HD
SmartView
Duo
SmartScope Duo 4K
连接到计算机
通过
USB
接到您的计算机并安装
Blackmagic
SmartView
Setup
件后即可为
SmartView
SmartScope
置。
USB
接口还可用于执行内部软件更(软件可从
Blackmagic
Design
网站下载软件更新后可获得
更多新增功能、大的硬件力和更多式支
Blackmagic
SmartView
Setup
软件支
macOS
Windows
计算机。
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197
入门
安装Blackmagic SmartView Setup
Blackmagic
SmartView
Setup
可在最新的
Sierra
High
Sierra
版本
macOS
以及安装最新升级服
务包的
64
版本
Windows
8.1
10
系统上运行如有需要
Blackmagic
SmartView
Setup
可安装
多台联网计上。
SmartView
带附有安装程
SD
们仍推荐您访问公司网站
www.blackmagicdesign.
com/cn/support
以确保您安装的是最新本。
macOS下安装:
打开自带
SD
卡后者下载的磁图像,后双击安装
SmartView
图标。会在您的“应用程序”
为“
Smartview
,当
SmartView
Setup
,一 序(
时用于移除旧版本)个含有本操作手册以
SmartView
其他文件夹。
Windows下安装:
Windows
,打
SD
卡或击下载的压文件双击
SmartView
。请
软件安装。
如果在
macOS
,请
SD
卡或下载文件夹中的
SmartView.dmg
,然
SmartView
安装图标
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198
使用
Blackmagic
SmartView
Setup
使用
Blackmagic
SmartView
Setup
件更
安装并运行
Blackmagic
SmartView
Setup
点击监视器名称下方的设置图标软件可能会提
您更新
SmartView
SmartScope
。具
1 通过
USB
或以太网将
SmartView
SmartScope
,然
Blackmagic
SmartView
Setup
2 ,点
Update
(更新更新过程可需要
5
右。
3 更新完成后会弹出 “
This
SmartView
has
been
updated
”(
SmartView
)消
,提
4 击“
Close
”(
件,
Blackmagic
SmartView
Setup
会打开监视器设置页面
运行
SmartView
Setup
打开所连接
SmartView
SmartScope
的设置图标时如果需要进行内部软件更
,系
过程可能需
5
右。
调整监视器设置
Blackmagic
SmartView
Setup
开时立即搜索任何通
USB
或者以太网连接的
SmartView
SmartScope
,并
SmartView
Setup
软件主页上显示。如果您的网络中连接多台
Blackmagic
监视器,请点击主页两侧的左右箭头图标选择需要调整的监视器。如果您的
Blackmagic
监视器是
USB
连接那么监视器名称边上会显示一个
USB
图标。
,请
USB
接的监视器然后点击监视器称下方的设置图标。该操
将会打开您所监视器的设置页面。置妥请点
Save
钮来保存您的设置并回到
SmartView
Setup
页。
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199
使用
Blackmagic
SmartView
Setup
更多关于
Blackmagic
,请 。更 使
Blackmagic
SmartView
Setup
置网络设置内容调整网络设置”章节
Blackmagic
SmartView
Setup
会自动索通
USB
或网络获得本
地连接的
SmartView
SmartScope
。为
,请
USB
或以太网连接。监视器名称一
旁会出
USB
图标。
监视屏设
为每监视器调整设置和显示过以太网
USB
。点
SmartView
Setup
主页
左右两侧的箭头图标来选择您想设置的监视器然后点击监视器名称下方的设置图标。设置页面
将自动行自定义调以便与
Blackmagic
监视器所支持的功能相配套
如使用
SmartScope
可以选择不同波形以
Display
(显示)下拉菜单中选择需要监看的视
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200
使用
Blackmagic
SmartView
Setup
Adjust
(调
使用
SmartScope
SmartView
Duo
,请
Left
Monitor
、“
Right
Monitor
右侧监视屏可进同时调整的
Both
Monitors
两侧监视屏)选项来选择
。启
Both
Monitors
设置之后所有针对亮度对比度以及饱和度所应用的调整会对
SmartView
Duo
SmartScope
器同时生效。
Display
显示)
使用
SmartScope
,“
Display
显示)单可提供不同波形择。要监看视
择“
Video
Monitoring
”(
Set
(设
使用
SmartScope
,“
Set
(设置)下拉菜单用来选择
4:3
16:9
高比用于
。“
Set
下拉可为选示器供更多选如矢量图
dBFS
及音
dBVU
等。
Video
Monitoring
):
频画面监看可在
4:3
16:9
高比之间选
当监看宽屏变形标清视频选择
16:9
。当
4:3
时,
请选择
4:3
高比。
Vectorscope
):
请为您的输入选
100%
75%
彩条测试信号
Audio
dBFS
(音
dBFS
):
选择对音频通道来监看相位
Audio
dBVU
(音
dBVU
):
选择对音频通道来监看相位
,请
SD
Aspect
to
16:9
”。
Brightness
)、
Contrast
)及
Saturation
饱和度)
调节滑可应用不同的亮度对比度以及饱和度设
识别监视器
用“
Identify
”(
Blackmagic
SmartView
Setup
中的所有选视器会显示
色边框。过网络连
SmartView
SmartScope
设备时使用一设置后所选然。
如果使用一设同时结合使用
Both
Monitors
”(
SmartView
Duo
SmartScope
Duo
4K
的两屏上会同时显示白色边框
左右拖动滑块调节亮度对比度以及饱和度设置
查“
Identify
(识别设置便清楚查看到您所选择的监视器。
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201
使用
SmartView
4K
使用
SmartView
4
K
Blackmagic SmartView 4K简介
SmartView
4K
是一款
6RU
大小的
Ultra
HD
12G-SDI
广 ,可
SD
HD
,并
高达
2160p60
Ultra
HD
视频。监视器拥明亮的显示屏和超宽可视角度画面动清晰
为您带来准确对焦和色监看并支持乎任何视频格式。
SmartView
4K
专为播厅户外出环使用其便它的两侧设有众多接口并支
VESA
安装可安在狭小空间或固于墙面以显示器支架上。
SmartView
4K
过其内
置的控制面板进行操控,当您无法及前面板它也可通以太远程控制。
设有两个多速率
12G-SDI
,可
SDI
;一
SMPTE
兼容
SFP
,可
光纤
SDI
块从而通过光纤连接视频一路
12G-SDI
便将视频号连到其他设备
个以太网接于网络连接、程控制以及和其他监视器通过菊链式连接起实现环通输出
其他接口还包括用于
Tally
,以
USB
口。
甚至可以使用
Blackmagic
SmartView
Setup
软件来加载带
.cube
扩展名的行业标
3D
LUT
DaVinci
Resolve
生成的
LUT
有了
3D
LUT
,您
SmartView
4K
直接连接到摄影机上
尽可片段。
SmartView
4K
,可
您的拍摄镜头完美对焦。它同时支
AC
DC
电源可提供不电源连接选择让您直接连
电源或连接外部电池,在工作现场获得便方案
SmartView
4K
便式以播出制的完美监看方以原
3840x2160
素分率显
SD
HD
以及
Ultra
HD
频。
备注
:
如果通
DC
电源输入连接外部电源请确保您的外部电源输出可提供
24
12
源。
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使用
SmartView
4K
控制面板按钮
SmartView
4K
的控制面板配有一排按可快速调整监视器的设
Input(输入)
按此按可逐个浏览所有接到
SmartView
4K
两路
12G-SDI
输入接及选配光
SFP
输入接
口上信号。接口上频,
SmartView
4K
将为
在各路输入间切换连接的输入信号格信息将短显示在监视左上
DISP显示)
DISP
”按
SmartView
4K
监视器
LCD
的亮度设置向上和向下箭头钮可调
下“
DISP
”按
H
/
V DELAY(水平
/
垂直
下“
H/V
DELAY
”按
SDI
视频信号中嵌入的辅助数据举例说明
H/V
DELAY
钮一次可看水平辅助据。再次
H/V
DELAY
按钮可查看垂直辅助数据该数据
于隐式字幕据。
BLUE ONLY纯蓝模式)
如果数字视频信出现噪点蓝色通道可显著体现出这息。您可以按
BLUE
ON LY
”按
过蓝色通道来轻松检查噪点情况这一模式可显示纯蓝通并以黑图像的形式表现。这一
图像还可在检查摄影机对焦时起到辅助作用
ZOOM(缩放)
使 用“
ZOOM
钮可令摄机获清晰对此按钮一次可放大图, 以便清晰看拍摄主体
是否精准对焦次按该按钮到正常查看小。
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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使用
SmartView
4K
PEAK(峰
按“
PEAK
按钮可启用值对焦功能轻松检查摄影机对焦功能可在画中锐度最高部分
示明亮的绿边缘。对焦强有两个级可以续按下
PEAK
”按 。当 绿
边缘采最强级别您可确保摄影机对焦
3D LUT 13D LUT 2
这两个
LUT
可使
Blackmagic
DaVinci
Resolve
的自
3D
LUT
或者行业
.cube
LUT
。按
LUT
一次
LUT
再次按下该按钮可禁用该
LUT
。更
SmartView
4K
上使
3D
LUT
,请 使
Blackmagic
SmartView
Setup
加载
3D
LUT
”部
H MARK线)和V MARK(垂直线
使 用“
H
MARK
”和“
V
MARK
按钮来查看并编辑帧导栏。帧导栏助您进行镜头取景和
构图还能将重要信息或图文保持屏幕安全区由于不同型号的电视机会显示更多或更少的视
信号边因此查看安全区是项非常有用的功能。全区指的是不论使用何种型号的电视机或
视器其屏幕中都能始终查看到的画面区域
,可
H
MARK
”和“
V
MARK
钮。编辑帧导请再次按下相
应的使该帧导栏高亮显示即这样您就使用箭头来编辑每个帧导栏标记的位置
续按下每个相应按钮将确认您编辑的位置再次按相应按钮可闭帧导栏标记。
上下
编辑某项设置例如调整显示器亮度或编辑帧导栏位置时使用箭头按钮
功耗
一次开启
SmartView
4K
。再
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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SmartView
4K
使用Blackmagic SmartView Setup加载3D LUT
SmartView
4K
可使
3D
LUT
监看您的视频。样能便于您使用专业的校
LUT
来校准您的
SmartView
4K
或者以可能接近终调色成品的画面来查您的频。还能使用
3D
LUT
来尝
同画面风
LUT
可通过
Blackmagic
SmartView
Setup
软件加载
SmartView
4K
,由
SmartView
4K
持以
.cube
为文件扩展名的行业
LUT
,您
Blackmagic
DaVinci
Resolve
的自
LUT
。更
LUT
,请
DaVinci
Resolve
册。
将一个3D LUT加载到3D LUT 1
1 运行
Blackmagic
SmartView
Setup
2 按“
Load
LUT
1
加载按钮。系统将弹出窗询问您想要加载的
LUT
件的位置择相应
.cube
LUT
,然
Open
”(
3 要查看您刚才加载的
LUT
,可
SmartView
4K
控制面板上的
3D
LUT
1
”按
该按钮可关闭相应
LUT
使用相同步骤将
LUT
文件加
3D
LUT
2
中。
使用
Blackmagic
SmartView
Setup
SmartView
4K
上加载
3D
LUT
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使用
SmartScope
Duo
4K
使用
SmartScope
Duo
4
K
什么是Blackmagic SmartScope
以前广电视机和后期制作示波器都是非常昂贵的自定义方案而且它们只能监看一种波
分狭小。有些示波器形欠无法向客户示。
有了
SmartScope
Duo
4K
,您 ,通
各类指标。您在
Blackmagic
SmartView
Setup
做的任何调整能立即通
SmartScope
Duo
4K
查看到每路号都可
SDI
环通输出到任意一个监视屏就是说,您可以
使用左边的监视屏接收信使用右边的监视屏显示信号的波形。
SmartScope
Duo
4K
显示的波形可通
Blackmagic
SmartView
Setup
从“
Display
(显示)下拉菜单中选择需要监看的波形。
接下的几本手册会向您介绍各类波形的及用途便您进一对其加以充分利用
使用
Blackmagic
SmartView
Setup
软件可简单地将您的
BlackmagicSmartScope
Duo
4K
置成在每块显
示屏上显示不同波形。
看显
Video
Monitoring
(视频监看)示具有准确和便捷的特点可以监看到
SmartScope
到的频。
输入信
SD
,那
Set
(设置)下拉菜单中有
4:3
Pillarbox
”或“
16:9
两种显示模式可
。您
LCD
的“
Brightness
”( 、“
Contrast
”(
Saturation
”(
所做的任何更改都会立即体现在画面请注意这些设置改动只对监视屏有效并不会影响视频
信号因此各类波形也会因为改变了和度或亮度等而受到影响。
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使用
SmartScope
Duo
4K
您还能将其一个监视屏设置成
Video
Monitoring
(视频监看)而另一个监屏用于监看波形。
进行这一操请使用一根短连接线
MONITOR
1
”这
SDI
OUT
输出接口连
接“
MONITOR
2
”这
SDI
IN
口。
以在
Blackmagic
SmartView
Setup
的“
Set
”选
从而以
4:3
左右加黑边或
16:9
宽屏模式来查
SD
频。
,请
SD
Aspect
to
16:9
”。
Video
Monitoring
视频显示设置能呈现电视机或监视器屏幕所显示的视频信号
形显
Waveform
(波形)显示可提供和传统亮度波形监视器类似的数字编波形可用于监看和调
视频号的亮度电平指标。
的亮度形监视器只持复合模清视频。是,
SmartScope
Duo
4K
显示的波形视图支持
Ultra
HD
HD
SD
因此即使您在监看高清数字视频格式时也可以轻松调整亮从而确保一致
Blackmagic
SmartView
Setup
的“
Display
(显示下拉单中择波形。请务必确保波形
中的黑色部分不低
0%
,白
100%
否则会存在非法亮度值。
波形监视器可将画面信息以图形的方式呈现出来显示画中相同位置所对应的亮度值举例说明
如果图像中的天空部分出过曝么波形图中的相同水平位会相应体现出来。
同的视频素材其波形显示各有不同如果您看的视频具有高对比度那么波形图可能不
显示任何中灰色数值下图所示的是曝光均匀图像波形该图左侧有一小块黑色区较为
亮的部分则分布在中部到右部。
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SmartScope
Duo
4K
视图可反映出亮
Blackmagic
SmartView
Setup
的“
Display
”(
择“
Waveform
(波形)项来查看您视频信号中的亮度值信息。
量示波器
Vectorscope
(矢量)器以矢量视图体现视频信号中的不同颜色。请根据设备所使
彩条测试信号标准
Blackmagic
SmartView
Setup
的“
Set
(设置)下拉菜单中相应选择
100%
75%
有些使为矢量器可用来检查非法电平这一的。非法彩需使用分
RGB
波形
显示才能检查为您需要同时有色度和亮度两种息才能检查非法电所以矢量示并不适用
例如,频中接场和白色的颜色饱和度没有浓艳和度些色彩可在中性灰中使用。
由于
Vectorscope
(矢量示波器显示颜并非亮度数值因此无法用于专门检查非法色彩。
矢量波器显示合用来老式模拟像带中的色电平以帮助您调整色度电平。播放
录像带彩条的部然后调整色度和色相设置视频的各个色彩限定在刻度线内的方格中
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Duo
4K
外,矢量波器还十使为它能地告的白平否正
以及是否出现偏色。如果视频存在偏色现象矢量示波器显示中间向外偏能会见
到两个中心点通常情消隐的视频信号会在矢量示波器中心这是为消隐的视
是不何色场视频。消隐可提供十分用的参有助于别出无何色
信息的黑场频区域
如果的视频存偏色问会发现矢量波器中的暗部会偏离色偏离心。偏离的
表了视频中偏以看到频中亮部分偏离情况。
Vectorscope
(矢量示波器)示能移除偏色并重新得到恰当的白平值。
矢量示波器能让您使视中的颜色看起来尽可艳丽但不会不小心在暗部和亮部造成不必要的偏色。
然色彩衡可
RGB
量显示以矢量波器显示监看者较易发现色问题。
当为素材中的肤色部其是人物面部进色时量将矢量波器中的暖色调和度线
与指钟方向的轴线对齐这条轴线俗称
Fleshtone
Line
(肤线)是以皮肤表层下的
色为基准的因此肤色轴线可用于针对肤色瑕疵的校准演员的拥自然肤色。
图中的矢量示波器显示出指向十点方向的“肤色轴线”
将“
Vectorscope
”(
100%
75%
彩条测试信号
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SmartScope
Duo
4K
量示波器
RGB
YUV
分量显示十分适合调色检查非法色以及查电平时使用
,从
Blackmagic
SmartView
Setup
的“
Display
”(
RGB
Parade
”(
RGB
)。
RGB
Parade
RGB
分量视图将单独显示红绿蓝色彩通道的全高图能对每个通道进行
单独监看使得调色变得简单直接而且也能更容易检查视频号中暗部、中间调以及亮部的平衡。
RGB
Parade
RGB
分量)能让您注意到红绿蓝色彩通道中见的各个细节从而更好地控制
平衡并移除偏色。
调色的时候有点很重要是要确保视频的电平到饱满但不出现限幅现象如果您想要提高视
,请
RGB
度,会产生非法电平有些备不允许非法
100%RGB
电平有设允许成非法电平的。
SmartScope
Duo
4K
生非法
平时予以即时
黑电平和白电平可能出现非法视频。有些调色可以把黑电平
0%
。如
,只
Lift
”或“
Gain
”即 ,同
100%
,以
频信号的亮部未超标并产生非法色彩。
若要检
YUV
,请
Display
”(
YUV
Parade
”(
YUV
)。
,因
Luma
)和
Chroma
)分 ,这
格式边的波形表示亮度信息第二个和第三个波形显示色度信息。
YUV
合将
信号的色度值彩条试图保色准确性,以便播出信号可以在电视机示。
调色是不断调整颜色达到最佳图像保证不出现非法电的过程
RGB
分量视图
调色术语
暗部
视频信号中的黑电平
中间调
信号中的中灰电平
亮部
号中的白电
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SmartScope
Duo
4K
YUV
分量视图
Blackmagic
SmartView
Setup
的“
Display
”(
择“
RGB
Parade
”(
RGB
)或
YUV
Parade
YUV
)。
直方图显
Histogram
(直方图)示对于平面设计师以及影师来说并不陌方图反映的是亮部和暗
部信息的分布您能看到视亮部和暗部细节接近被限幅的程直方图能让您直观
频中
Gamma
的变化所产生的影响。
频暗部显示在幕左侧,部显示在右侧。在直方图中的波形一都介
0%
100%
区间。
视频的波形低
0%
或超
100%
的部分都会被限幅拍摄时应尽避免出现视频限幅为如果您
之后需要进行较好的调色那么画中暗部和亮部的必须要同时保拍摄时视频波形控
制在黑场裁切以上白场裁切这样才能在之后的调色环节获得最大限度的还原避免出现
和亮部糊以节丢失的问题。
调色时您可能要对视频进行限此时直方图可反映视频限幅后的效果及限幅的幅度您甚至
可使
Gamma
曲线到类果,限幅的同时保留更多细
虽然直方图可用来观察暗部亮部的非信息它不能用于监看非法电平。直方图并不示颜色
因此即使您的视频中存法色彩它也只显示合法电平。
RGB
Parade
RGB
)才
合监看非法彩电平的波形显因为它能反映信号中的色和亮度两种元
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使用
SmartScope
Duo
4K
Histogram
(直方图)置可显示视频中亮部部的信息分布。
Blackmagic
SmartView
Setup
的“
Display
”(
择“
Histogram
”(
音频表显示
Audio
”音
SDI
信号中嵌入音频的电平有多
16
组嵌入式音频可
,并
dBVU
dBFS
格式示。
VU
表可显示平信号电平使用方便,老式设中也为常用。
VU
表依照
SMPTE
(电
)建 ,将
1kHz
的声音测试信校准为
-20
dBFS
dBFS
量数字频信号整体情况的必工具它在如今的数字设备中十分常见。
右侧的音频示波器可监看两个声道,可通
Set
”下
1
号和
2
号声道、
3
号和
4
。音 使
X-Y
轴视图来表示这样您便能清楚查看音频平衡况以及音频
是单声道立体声等。单声道音表现为一垂直
in
phase
同相直线。如果直线显
这就表示您音频出现
out
of
phase
(异相有可能在发送到游设备时出现
消( ,通 线
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SmartScope
Duo
4K
测立体声信号时右侧音频示波器线条会以扇形展开显示音频道不同之处。频轨道中含
有的立体声越丰富线条的展开幅度就趋向圆形。果音频中包含的立体声内容为最小值
该示波器线条便会集中在纵坐标附近
对话音频通常表现为一条竖线而含有大量立体声的音乐音频会在音频表显示中呈现出扩张的形状
是因为单声道音
L+ R
,显 ,而
L- R
示在横坐标从而加以区分
频表显示的峰值电平和音频平衡。
使 用“
Set
下拉菜单来选择需要监听的某对音频通道。
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连接到网络
接到网络
SmartView
SmartScope
联网遥控调整多台设备的监视器设置
SmartView
SmartScope
的监视器无需配置即可显示视频,但需在部署之前设调整好网络设置
网络设只能通
USB
接口连
直接接以太网
计算机直接连接到以太网之后便可远程控制监视器配置进行一配置无需网络切换因此十分
适合您进行快速安装和设置准备如要连接更多设需将各设备环通输出
Ethernet
OUT
(以
网输出接以菊链式连接即可请为联网的所有设备连接电源
如果您想连设备不想使用现成的工作室网
IP
或者您没现成的网络需将
们直接连接到计算机上的以太网即可是将
SmartView
SmartScope
接到以
网的最快方法因为您不需在网络交换间部署任何线
以太网接
太网交换机
果您工作室网络上接多台么只需将
SmartView
SmartScope
接至网络
交换然后其余设备可通过开启的环通以太网输出端口相互菊链式连接需占用交换机上
的一个也无需在网络交换机上连多条线缆请为所有设备连接电源便菊链正常运行
接至网络交方式可让您在网络上任意一台计算机设备置进行更改。如果您的网络
线 ,那
Mac
Windows
电脑也都可通
WiFi
线网络来更改设置
以下步
SmartView
SmartScope
连接至
IP
网:
1 确保设连接电源并打开设备电源开关
2 通过标准
RJ45
以太网接线将设备连接至网络交换机,或直接连至计算机
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连接到网络
直接接以太网示意图
您可以无需经由网络交换机直接将设备连接至计算机的以太网端其余设备可通过菊链式相
此无需在交换机上连接多条线缆请务必所有设备连接电源
以太网交换机连接示意
如果您想将多台设连接到现有的工作室网络中仅需要将一台设接到网络交即可
可通过菊链式此无需在交换机上连接多条线缆请务必所有设备连接电源
SmartScope 4KDuo
SmartScope 4KDuo
网络交
以太网
客户
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调整网络设置
调整网络设置
网络设置
设备名称
您为监视器更改名称,样能便于区分网络中的各台
SmartView
SmartScope
:“
摄影机
1
2
、“
Multi-View
、“
4K
”等
确保视器已通太网或
USB
,这 。运
Blackmagic
SmartView
Setup
并点击方的在设面中点击
Network
Settings
”(
),
Details
(详细信息)部分编辑您的监视器名称。软件检测到名称无效,正在输入
名称旁边将出现警告图标。若名称有效,出现一个绿色的勾您的计算机键盘上按回
以确改。
网络设置
您的
Blackmagic
监视器必须
USB
,才
Blackmagic
SmartView
Setup
中更
网络设置网络设置不能通过以太网连接进
下,
SmartView
SmartScope
使用
DHCP
可自动网络中获
IP
址。
没有
DHCP
,您
macOS
,或
Windows
8.1
Windows
10
的“
Internet
”(
ICS
能,而为任台直备提
DHCP
。这
以避免为每台设备手动指派静态
IP
址的步骤您甚至可以在计算有网络连的情况使
方法来为设提供
DHCP
。请
macOS
Windows
8.1
10
的帮助信息获取有关
网络享的详息。
置中无法使
DHCP
,请 使
Static
IP
”(
IP
址。询问您的系统员获取一
个空余
IP
从而避免网络中的
IP
冲突。您需要为每台
SmartView
SmartScope
定一
有的
IP
址,及常用的子网掩码。除非您有意将联网路由器等设接至网络网关否则
改“
Gateway
”(
如果网络中无法找到
SmartView
SmartScope
,可
DHCP
接收到
IP
址,
此时需要为每个设备手动配置适的网络设步骤如下
1 通过
USB
Blackmagic
SmartView
SmartScope
,运
Blackmagic
SmartView
Setup
软件。
2 的监将自动示在
SmartView
Setup
,其
显示一个
USB
图标。
3 调整您的监视器网络设置
4 为其余
DHCP
接收到
IP
有设备重复以骤。
background
216
调整网络设置
监视器名称旁边的
USB
了此
USB
接至您的计算机。
您的
Blackmagic
监视器需要通
USB
置。
网络置可使
DHCP
或静
IP
地址设置可通过
USB
行更改。
一台Blackmagic监视器
果您已知道
SmartView
SmartScope
Duo
4K
IP
但该未能自动显示在
Blackmagic
SmartView
Setup
软件的主页时就需手动添加监视器具体操作步骤如下
1 请确保您的
Blackmagic
。在 击“
+
”图 ,打
Add
a
Blackmagic
Monitor
”(
Blackmagic
)窗
2 入监视器的
IP
击“
Add
”(
3 软件将验证添加设并将其添加到
SmartView
Setup
主页包含的
Blackmagic
监视器
中。点击向右头图器。
background
217
使用
Tally
击“
+
”图
IP
,从
SmartView
SmartScope
监视器添加到所连接监视器列表中
使用
Tally
Tally口引脚
如果您不打算使用
Tally
,那
SmartView
SmartScope
Tally
以跳过这
分内容。
每台
SmartView
SmartScope
的监视屏都可独立显示
Tally
边框可显示绿色或是蓝色分别
用来指示视频信在播出览或是录的状态
9
D-sub
Tally
端口允许来自切换台和自动系的触闭合信号。使用您的切换台或自动系
考所附
Tally
引脚连接图所提供的
Tally
端口配线信息。
9
D
配线信于设备的后侧提供在每个独立监视屏上显示为绿色或是蓝
Tally
边框的触点闭合
示有绿红色
Tally
边框的
SmartView
Duo
background
218
调整最佳监看角度
调整最佳监看角
在设备机的高安装
SmartView
Duo
SmartView
HD
或是
SmartScope
,那
要反转
LCD
屏幕从而获得最佳的监看检测到屏幕翻转时
LCD
幕上的图像将自动反转
到正确的角度将设备前面板后半部分离并重新安装回原位要用
Pozidriv
2
。这
步骤非常简单,不用打开设备后半部分的组
步骤介绍设备如反转安装设备并同前面板上
Blackmagic
Design
持正
。此
Pozidriv
2
刀。
1 卸下前板顶部、底部、左侧以及右侧的螺
SmartView
Duo
SmartScope
Duo
4K
10
丝,
SmartView
HD
设有
18
丝。
2 所示将前面板提使其与部分
3 将后半部分反转
4 将前面板安装到已反转的后半部分上。
5 重新将螺丝固定到
您的
SmartView
SmartScope
已准备就可以安装到机架高处安装到机架即使
簸,
SmartView
都可继续以最可视角度显示为没有任何可能导致出错或松动的外部旋钮或调整
SmartView
Duo
SmartScope
Duo
4K
Tally
引脚连接图
引脚功能
1
监视屏
1
红色
2
监视屏
1
绿色
3
监视屏
1
蓝色
4
接地
5
接地
6
接地
7
监视屏
2
红色
8
监视屏
2
绿色
9
监视屏
2
蓝色
SmartView
HD
SmartView
4K
Tally
引脚连接图
引脚功能
1
2
绿色
3
蓝色
4
接地
5 4 3 2 1
9 8 7 6
SmartView
Tally
端口
background
219
调整最佳监看角度
将设备安在机架高处之前进行个反转测来检佳可视角度。
卸下所有螺将前面板与设备后半部分离
background
220
Developer
Information
Developer
Information
Developing
Custom
Software
Using
Blackmagic
Design
Hardware
The
Blackmagic
SmartView
Ethernet
Protocol
allows
developers
to
remotely
control
Blackmagic
SmartView
and
SmartScope
hardware
with
their
own
custom
software.
The
Blackmagic
SmartView
Ethernet
Protocol
is
a
text-based
status
and
control
protocol.
Downloading
the
Free
SmartView
Ethernet
Protocol
The
Blackmagic
SmartView
Ethernet
Protocol
is
free.
It
is
included
in
this
SmartView
&
SmartScope
manual
and
can
be
downloaded
from
www.blackmagicdesign.com/cn/support
Joining
the
Blackmagic
Design
Developer
List
The
Blackmagic
Developer
mailing
list
is
designed
for
technical
questions
regarding
technologies
used
by
Blackmagic
Design,
e.g.,
QuickTime,
Core
Media,
DirectShow,
codecs,
APIs,
SDKs,
etc.
Thefree
mailing
list
is
a
forum
where
developers
can
discuss
ideas
and
problems
with
other
developers.
Any
subscriber
may
reply
and
the
Blackmagic
Design
engineers
may
also
respond
when
appropriate.
You
can
subscribe
to
the
mailing
list
at:
http://lists.blackmagicdesign.com/
mailman/listinfo/bmd-developer
In
some
cases,
we
might
request
a
brief
outline
of
the
software
you
are
developing
if
it
is
not
immediately
obvious
from
your
domain
name
that
your
organization
develops
video
software.
Please
don
t
take
offence
as
we
re
simply
trying
to
keep
the
list
free
of
spam
and
viruses
as
well
as
end-user
customers
asking
non-development
questions,
employment
agents
or
sales
people
trying
to
promote
products
on
the
list.
The
list
is
just
for
developers.
Contacting
Blackmagic
Design
Developer
Assistance
You
can
also
contact
us
via
developer@blackmagicdesign.com
if
you
have
any
developer
related
questions
or
wish
to
ask
questions
off
the
list.
Blackmagic 2K Format
Overview
Blackmagic
Design
products
support
3G-SDI
video,
which
allows
twice
the
data
rate
of
traditional
HD-SDI
video.
We
thought
it
would
be
a
really
nice
idea
to
add
2K
film
support,
via
3G-SDI
technology,
so
we
could
simplify
feature
film
workflows.
With
the
popularity
of
Blackmagic
Design
editing
systems
worldwide,
now
thousands
of
people
can
benefit
from
a
feature
film
workflow
revolution.
background
221
Developer
Information
This
information
includes
everything
product
developers
need
to
know
for
building
native
2K
SDI
equipment.
Of
course,
all
Blackmagic
products
can
be
updated,
so
if
the
television
industry
adopts
an
alternative
SDI-based
film
standard,
we
can
add
support
for
that
too!
Frame
Structure
Transmitted
at
23.98,
24
or
25
frames
per
second
as
a
Progressive
Segmented
Frame.
Active
video
is
2048
pixels
wide
by
1556
lines
deep.
Total
lines
per
frame
:
1650
Active
words
per
line
are
1535.
One
word
consists
of
a
10-bit
sample
for
each
of
the
four
data
streams,
i.e.,
a
total
of
40
bits.
See
the
diagram
named
Blackmagic
2K
Format
-
Data
Stream
Format.
Total
active
lines
:
1556
Total
words
per
line
:
1875
for
23.98/24Hz
and
1800
for
25Hz.
Fields
per
frame
:
2,
825
lines
each
Active
lines
located
on
lines
16-793
(field
1)
and
841-1618
(field
2).
Transport
Structure
Based
on
SMPTE
372M
Dual
Link
mapping
and
SMPTE
425M-B
support
for
mapping
SMPTE
372M
into
a
single
3
Gb/s
link.
Timing
reference
signals,
line
number
and
line
CRC
insertion
is
the
same
as
above.
During
active
video,
10-bit
Red,
Green
and
Blue
data
is
sent
in
the
following
sequence:
Optional
ancillary
data
is
inserted
into
both
virtual
interfaces.
At
present,
only
audio
data
is
included:
as
per
standard
HD
audio
insertion
(SMPTE
S299M)
the
audio
data
packets
are
carried
on
data
stream
two
and
audio
control
packets
are
carried
on
data
stream
one.
Data
stream
1:
Green_1,
Green_2,
Green_3,
Green_5...Green_2047
Data
stream
2:
Blue_1,
Blue_2,
Green_4,
Blue_5...Green_2048.
Data
stream
3:
Red_1,
Blue_3,
Blue_4,
Red_5...Blue_2048.
Data
stream
4:
Red_2,
Red_3,
Red_4,
Red_6...Red_2048.
Blackmagic 2K Format
Vertical Timing Reference
This
diagram
shows
the
vertical
timing
details
with
line
numbers
and
Field,
Vertical
and
Horizontal
bits
for
the
Timing
Reference
Signal
codes.
Field
1 Active
F
1 0 0 0 0 0 0 0 0 0 0 0
V
1 1 1 1 1 1 0 0 0 0 1 1
LINE
#
1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field
2 Active
F
0 1 1 1 1 1 1 1 1 1 1 1
V
1 1 1 1 1 1 0 0 0 0 1 1
LINE
#
825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
background
222
Developer
Information
Blackmagic 2K Format
Data
Stream Format
This
diagram
shows
the
data
stream
formats
around
the
optional
ancillary
data
section
of
the
horizontal
line.
Note
that
each
active
pixel
takes
up
three
samples.
Data
Stream
1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data
Stream
2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data
Stream
3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data
Stream
4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24
PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25
PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
background
223
Developer
Information
Blackmagic SmartView Ethernet
Protocol v1
.
3
Summary
The
Blackmagic
SmartView
Ethernet
Protocol
is
a
text-based
status
and
control
protocol,
very
similar
in
structure
to
the
Videohub
protocol,
that
is
accessed
by
connecting
to
TCP
port
9992
on
a
SmartView
or
SmartScope
device.
Upon
connection,
the
SmartView
or
SmartScope
device
sends
a
complete
dump
of
the
state
of
the
device.
After
the
initial
dump,
state
changes
are
sent
asynchronously.
The
device
sends
information
in
blocks
which
have
an
identifying
header,
followed
by
a
colon.
Ablock
can
span
multiple
lines
and
is
terminated
by
a
blank
line.
To
be
resilient
to
future
protocol
changes,
clients
should
ignore
blocks
they
do
not
recognize,
up
to
the
trailing
blank
line.
Within
recognized
blocks,
clients
should
ignore
lines
they
do
not
recognize.
Version
1.3
of
the
Blackmagic
SmartView
Ethernet
Protocol
was
released
with
SmartView
1.3
software.
Protocol
Preamble
The
first
block
sent
by
the
SmartView
Server
is
always
the
protocol
preamble:
PROTOCOL PREAMBLE:
Version: 1.3
The
version
field
indicates
the
protocol
version.
When
the
protocol
is
changed
in
a
compatible
way,
the
minor
version
number
will
be
updated.
If
incompatible
changes
are
made,
the
major
version
number
will
be
updated.
Device
Information
The
next
block
contains
general
information
about
the
connected
SmartView
or
SmartScope
device.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
M on itors: 2
Inverted: false
This
example
shows
the
output
for
a
SmartView
Duo
device,
which
has
two
LCDs.
The
INVERTED
flag
indicates
whether
the
device
has
detected
that
it
has
been
mounted
in
an
inverted
configuration
to
optimize
LCD
viewing
angle.
Legend
↵ carriage return
and
so
on
background
224
Developer
Information
Network
Configuration
The
next
block
shows
the
TCP/IP
networking
configuration:
NETWORK:
Dynamic IP: true
Static ad dress: 192.168.2.2
Static net m ask: 255.255.255.0
Static g ate w ay: 192.168.2.1
C u r r e nt ad d r ess: 192.168.1.101
C u r re nt n etm a sk: 255.255.255.0
C u r r e nt gate wa y: 192.168.1.1
The
network
settings
prefixed
with
CURRENT
show
the
active
TCP/IP
settings,
and
are
read-only.
The
CURRENT
settings
reflect
either
the
DHCP
or
Static
configuration,
depending
on
the
DYNAMIC
IP
flag.
Changing
Networking
Settings
The
network
can
be
configured
to
use
either
DHCP
or
a
static
configuration.
To
enable
DHCP:
NETWORK:
Dynamic IP: true
To
set
a
fixed
IP
address,
supply
all
static
parameters,
thus:
NETWORK:
Dynamic IP: false
Static ad dress: 192.168.2.2
Static net m ask: 255.255.255.0
Static g ate w ay: 192.168.2.1
The
parameters
with
the
CURRENT
prefix
are
read-only,
and
show
the
active
configuration,
regardless
of
the
static
or
dynamic
setting.
Changing
the
device
name,
or
any
network
settings,
will
cause
the
IP
connection
to
be
dropped.
The
device
will
restart
its
networking
and
advertise
its
new
name
on
the
network.
Changing
Monitor
Settings
The
display
settings
for
each
monitor
are
specified
individually.
One
or
more
parameters
can
be
modified
at
the
same
time
and
multiple
settings
can
be
supplied
in
one
block.
The
valid
range
for
numeric
values
is
0-255.
The
CONTRAST
and
SATURATION
properties
are
zero-centered,
so
the
normal
value
is
127,
such
that
the
displayed
picture
is
the
same
as
the
original.
A
value
greater
than
127
in
either
channel
will
cause
the
contrast
or
saturation
to
be
increased,
and
similarly
a
value
less
than
127
will
cause
a
decrease.
For
example,
to
set
the
brightness
to
50%
and
desaturate
the
image
to
Black
&
White:
MONITOR A:
Brightness: 127
Saturation: 0
background
225
Developer
Information
Displaying
SD
in
16
:
9
The
following
command
sets
standard
definition
video
to
display
in
16:9:
MONITOR A:
WidescreenSD: ON
Displaying
SD
in
4
:
3
The
following
command
sets
standard
definition
video
to
display
in
4:3:
MONITOR A:
WidescreenSD: OFF
Identification
and
Tally
Settings
The
Identify
flag
is
transient,
and
will
cause
a
white
border
to
be
displayed
around
the
entire
picture
for
a
duration
of
15
seconds,
after
which
it
will
be
reset.
This
feature
is
primarily
aimed
at
identifying
which
monitor
is
currently
being
configured
when
it
is
mounted
in
a
rack
comprising
multiple
units.
To
turn
on:
MONITOR A:
Ide ntify: tr ue
The
IDENTIFY
border
will
temporarily
override
any
other
border
setting
in
effect.
The
BORDER
property
can
be
used
to
programmatically
set
the
soft
Tally
colored
borders
to
one
of
the
primary
colors:
RED,
GREEN,
BLUE,
WHITE
or
NONE.
This
setting
can
be
overridden
by
the
electrical
Tally
signals
at
the
DB-9
input
on
the
device
itself.
For
example,
to
set
the
soft
Tally
to
green:
MONITOR B:
Border: green
The
hard
wired
tally
will
always
override
the
soft
tally.
The
full
state
report
will
always
show
the
current
valid
border.
SmartScope
Settings
On
SmartScope
Duo
4K,
each
monitor
can
be
set
to
display
a
different
scope.
The
values
for
activating
specific
scopes
are
mapped
as
follows:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture
(This
is
the
same
as
Video
Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
In
the
example
above,
Monitor
A
has
been
set
as
a
video
monitor.
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226
Developer
Information
Displaying
SD
in
16
:
9
The
set
Video
Monitor
mode
to
display
standard
definition
video
in
16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Displaying
SD
in
4
:
3
To
set
Video
Monitor
mode
to
display
standard
definition
video
in
4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
When
setting
one
of
SmartScope
Duo
4K
s
monitors
to
audio
metering,
you
can
also
select
which
channels
to
show.
The
values
for
selecting
which
audio
channels
are
mapped
in
the
following
way:
0:
Channels
1
and
2
1:
Channels
3
and
4
2:
Channels
5
and
6
3:
Channels
7
and
8
4:
Channels
9
and
10
5:
Channels
11
and
12
6:
Channels
13
and
14
7:
Channels
15
and
16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
In
the
example
above,
Monitor
B
has
been
selected
to
display
Audio
Metering
in
Dbvu
with
audio
channels
1
and
2
selected
for
the
phase
meter.
Selecting
LUTs
for
SmartView
4K
To
select
3D
LUTs
using
SmartView
4K:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
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227
帮助
帮助
得帮助
以下种:
1 查看
Blackmagic
Design
持中心网址
www.blackmagicdesign.com/cn/support
得致电
Blackmagic
Design
商。
2 您所在地区的经销商拥
Blackmagic
Design
的最新技术信息并能立即为您提供帮助。
3 我们同时建议您查看经销商所提供的支持选因为他们可以据您的工作流程需
排不同的支划。
4 还可以
www.blackmagicdesign.com/cn/support
的“
电子邮件向我询问问题。
5 致电
Blackmagic
Design
支持中心。以点支持页面下方的“查找您所在地区的支持
团队钮,到距离您最的支持中心获帮助。
请尽能详尽描述您所遇到的技术问题和系统规格便我们能尽快解您的疑问
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228
监管告知与安全信息
与安
监管告
在欧内处置电子圾和电子设的注项。
据产品所附的示标志,本设备不得与其它废弃料共同处置废弃设备
须交给指收集点进回收对废弃设备进行单独收集收能够节然资源
回收方式不会损害环和人体获取更多关于废弃设备回收点的信息请联系您
,或
,符
FCC
则的第
15
分对
A
类数字设备的限制。些限制为运
行于商业环境中的设备提供合理保使其免受有害干扰的影响。本设使用
且辐射射频能如果照安装手册安装和使用本设备则可能导致对无线电通
的有害扰。在住宅区运行本产品可能会产生有害情况下将由用自行
的费用。
以下条件后作:
1 备不会有害干扰。
2 设备必须能够承受任何干扰包括可能导致意操作的干扰。
信息
必须有保线的电座。
低触电风险请勿将设备放在会滴水或溅水的地
适合在境温低于
40ºC
的热带地区使用
保设备四周留有足够的空间不受阻碍。
安装相邻设备不会碍通风。
备内部没有操作人可维护的零修服请联系当地
Blackmagic
Design
服务中心。
请在平面高度为
2000
以下区使用。
器(
SFP
)光 。仅 使
Laser
Class
1
光纤
SFP
块。
议使用的
Blackmagic
Design
SFP
块:
3G-SDI:
PL-4F20-311C
6G-SDI;
PL-8F10-311C
修人员警
请确保电源从插座拔出后方可进行维护
注意
-
双极
/
中线熔断
线 线 ,适
IT
配电系统。
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229
保修
保修
12个月有
Blackmagic
Design
产品自之日起
12
个月不会有材和工艺上的缺陷本产品在保修
出现质量问题
Blackmagic
Design
可选择为产品提供免费理或更换零部件或者更换缺陷产品。
为确保消费者有权享受保修条款中的服务如遇产品质量问题请务必修期内联系
Blackmagic
Design
并妥善安排保修事宜消费者应将缺陷产品装并运送
Blackmagic
Design
的指定服务中
修,由消支付。原因退货,费、费、
各项税务以及他费用均由消费者承
本保修条款不适用任何因使用维护不当或保养周造成的缺陷故障或损坏。据本保修服
务,
Blackmagic
Design
的保修服务范围不包括以下内容
1.
由非
Blackmagic
Design
专门人
行的安装维修或保所造成的损坏进行维修
2.
对因使用不当或连接到不兼容设备所造成的
修,
3.
使用了非
Blackmagic
Design
产的零部件所导致的损坏或故障进行
4.
经过改装或和其他产品进行组装的产品进行保养维因为产品经改装或组装后会增加保养
维修所需时间或保养本保修条款由
BLACKMAGIC
DESIGN
,它
隐含的保修。
BLACKMAGIC
DESIGN
及其供应商任何关适销性及就特定用途的适用性等隐
保证不作任何担保
BLACKMAGIC
DESIGN
责为消费者提供缺陷产品的维修或更服务是完
,不
BLACKMAGIC
DESIGN
或其供应商是否事先获悉发生间接、偶然或
必然损坏等损坏的可能性若消费者对本设备进行非使用
BLACKMAGIC
DESIGN
。对
因使用本产品造成的损失,
BLACKMAGIC
DESIGN
概不负责本产品的操作风险由用户自行承担。
©
Copyright
2018
Blackmagic
Design
。“
Blackmagic
Design
、“
DeckLink
、“
HDLink
、“
Workgroup
Videohub
、“
Multibridge
Pro
、“
Multibridge
Extreme
、“
Intensity
”以 及“
Leading
the
creative
video
revolution
”均
其他国家的注商标。有其他公司名称产品名称可能其他所有者的册商标
background
설치 및 사용 설명서
SmartView &
SmartScope
2018
6
한국어
background
English
영합니다
.
가 고화의 비디를 사할 수 있도록 하여
TV
산업을 진정한 창조 산업으로 발
가려는 저희의 꿈에 동참할 수 있를 희망합니
.
디오 모은 시설 어나 필요합니다
.
SmartView
4K
는 기
4K
LCD
를 탑재해
UHD
디오를 풀 해상도로 확인할 수 있으
,
두께가 얇은
6RU
크기의 하우징에 컨롤 패
탑재해 설을 신속하게 변할 수 있습니
.
SmartView
HD
6RU
크기의 랙 하우징에 놀
17
인치
LCD
를 탑재며 두께는
1
치 미만입
.
SmartView
Duo
3RU
크기의 하우징에
히 독립이고 아름다운 두 개
8
인치
LCD
를 탑재며 두께는
1
치 미만입
.
SmartScope
Duo
4K
는 파형 스코프 기능을 지원하는 두 개의 개
8
인치
LCD
를 탑재해 비
을 실간으로 확인할 수 있습니다
.
SmartView
모니터는
3G-SDI
를 통해
SD/HD/2K
비디오를 지원합니다
.
SmartScope
Duo
4K
SmartView
4K
6G-SDI
12G-SDI
통해
UHD
4K
또한 지원합니다
.
디오 모은 구입자마자 바로 사용할 수 있
,
사용이 쉽고 직관적인 환경 설
도구인
Blackmagic
SmartView
치 소프트어까지 제공됩니다
.
본 사용 설명서
SmartView
SmartScope
의 설와 관련된 모든 정를 담고 있
,
IP
주소나 컴퓨터 네트크에 대한 지이 부족할 경우에는 기술 지을 요청하는 것이 좋습니
.
SmartView
SmartScope
는 설가 간단만 설치를 마친 후에 몇 가지 기술적 설정 사항을
용해야 할 수도 있습니다
.
가 완료되기는 약
5
분 정도의 시간이 소요
.
희 웹사이
(www.blackmagicdesign.com/kr)
에 방문하여 고객 지원 페이지에서 최신 버의 설명서
SmartView
소프트웨어를 다운로드하
.
소프트를 다로드할 때 사자 정
하시면
,
운 소프트가 출시될 때다 업트 소식을 받아실 수 있
.
희는
운 기과 제품 개선을 위해서 끊임이 노력하고 있으며 항상 고객 여분의 의
기다립니다
!
Blackmagic
Design
CEO
랜트 패티
background
목차
SmartView
&
SmartScope
하기 233
SmartView
SmartScope
소개
233
디오 소스 연결하
234
퓨터에 연결하
234
Blackmagic
SmartView
Setup
소프트어 설치
235
Blackmagic
SmartView
Setup
소프어 사용
236
소프트어 업데
236
니터 설정 조정
236
SmartView
4K
사용
238
Blackmagic
SmartView
4K
소개
239
롤 패널 버
240
Blackmagic
SmartView
Setup
을 사용해
3D
LUT
딩하
242
SmartScope
Duo
4K
사용
243
Blackmagic
SmartScope
이란
?
243
디오 모니터
(Video
Monitoring)
스플레이
243
파형
(Waveform)
스플레이
244
벡터 스코프
(Vectorscope)
스플레이
245
퍼레이
(Parade)
스플레이
247
스토그
(Histogram)
스플레이
248
디오 미링 표시
249
워크에 연 250
다이렉트 이
250
넷 네트워크 스위
251
워크 설정 조 253
워크 설
253
Blackmagic
니터 추가하
254
리 사용 255
탈리 포트 핀 연
255
야각 최화하 256
Blackmagic
2K
Format
Overview
258
Blackmagic
2K
Format
Vertical
Timing
Reference
259
Blackmagic
2K
Format
Data
Stream
Format
260
Blackmagic
SmartView
Ethernet
Protocol
v1.3
261
265
원 받기
265
제 사항 및 안전 정보 266
보증 267
background
하기
SmartView
SmartScope
소개
SmartView
.
결하여
SDI
소스를 결해기만 하면 곧바습니
.
SmartView
4K
15.6
인치
4K
LCD
를 탑재해
SD,
HD,
UHD
디오를
3840x2160
상도
모니터링할 있습니다
.
,
블루 채
확인
,
블랭보기
,
3D
LUT
용 등의 작을 수월게 진행할 수 있습니
.
SmartView
HD
17
인치
HD
LCD
터를 탑재해 해상도의
HD
할 수 있습니
.
SmartView
Duo
서로 다른 신호시에 스플레있는 니터
재했습니다
.
를 들어
,
모니터에서
RGB
4:4:4
수신하는 다른 에서
YUV
4:2:2
스플레 습니
.
니터에서
NTSC
PAL
있습니다
.
조합이 이들
SDI
만큼이간단
.
SmartScope
Duo
4K
SmartView
Duo
의 모든 기능을 지할 뿐 아니라 파형
,
터 스코프
,
인기
스코프스플레하여 실시간으있습니다
.
여기에
UHD
4K
지 완벽하게 지합니
!
SmartView
SmartScope
터의 모
SDI
2K
비디함한
SD,
HD,
3G-SDI
기능 지원니다
.
SmartView
4K
에서는
12G-SDI
통해
2160p60
등의
UHD
포맷
감지합니다
.
SmartScope
Duo
4K
에서는
6G-SDI
통해
UHD
4K
디오를 자으로 감지합니
.
퓨터대의
SmartView
SmartScope
유닛정을 으로 조절하려
이들 모두 더넷을 연결하세
.
,
정을 변경 컴퓨 연결
USB
이블
고 각 유닛 사이를 돌아다닐 필요가 없습니
.
비가 모두되었습니다
!
설명서를 읽으면서
SmartView
SmartScope
연결과
Blackmagic
SmartView
설치그램에서 모니터 설정
,
네트워크 연결
자세한 정보를 확인하
.
SmartView
4K SmartView
HD
SmartView
Duo SmartScope
Duo
4K
233
시작하기
background
오 소스 연
SmartView
SmartScope
니터는 일
BNC
넥터를 탑재해 스위처
,
메라
,
처 카드
,
데크
,
스크 레더 등
SDI
장비를 연할 수 있습니
.
펴보기
비디오를 디스레이할 있습니다
!
전원을 켜고 디오
SDI
입력에 연결하기만
됩니다
.
전원을 연결해 소스 연결하고 비디오 것을 로 확인할 있습니
.
SD,
HD,
2K
호는
SDI
.
SmartView
4K
SmartScope
Duo
4K
에서는
UHD
4K
감지합니다
.
닛에 디오 송되 으면 유효 까지 전원 하기 면광
들어오지 않습니다
.
지 체닝 모
SmartView
SmartScope
모니터에는 출력니라
SDI
입력이되어 있어
러 대의 모를 함께 연결해 동한 입력 신를 디스플레할 수 있습니
.
닛의
.
소스
SDI
.
비디오가
화면에 바로 나타납니
.
번째 유닛 켜세
.
SDI
이블번째 유닛프스루 출력번째
유닛의
SDI
결하
.
하는 유닛을 무제으로 체인 연할 수 있습니
.
SmartScope
Duo
4K
사용해 파형링하는
1
력을 모니터
2
출력
두 디스플레이 모두 동한 입력 신호를 사하게 할 수도 있습니
.
비디오 디스레이되
Blackmagic
SmartView
그램
SmartScope
Duo
4K
조정하스코프택할 수 있으
,
Blackmagic
SmartView
4K
3D
LUT
딩할 수도 있습니
.
SmartView
4K SmartView
HD
SmartView
Duo SmartScope
Duo
4K
에 연
USB
통해 퓨터
SmartView
또는
SmartScope
,
Blackmagic
SmartView
Setup
소프트를 설치해 모니터 설을 조정할 수 있습니다
.
USB
통해
Blackmagic
Design
웹사이에서 다운로드소프트업데
수도 있습니다
.
소프어 업데는 새운 기과 새운 하어 호
,
로운 포
등을 제공합니
.
Blackmagic
SmartView
Setup
소프트어는
macOS
Windows
두 지합니
.
234
시작하기
background
Blackmagic
SmartView
Setup
어 설
Blackmagic
SmartView
Setup
소프트웨
macOS
Sierra
High
Sierra
,
최신
비스 설치
64
버전
Windows
8.1/10
에서 됩니다
.
원할 경우
,
Blackmagic
SmartView
Setup
소프트를 네워크에 연된 여러 대의 컴퓨에 설치할 수 있습니다
.
SmartView
와 함께 제되는
SD
에 소프트어 설치가 포함되어 있
www.blackmagicdesign.com/kr/support
에서 최전의 소프트웨어를 다는 것이 좋습니
.
macOS
에 설는 방
품에 함된
SD
,
Install
SmartView
이콘 더블
클릭하세요
.
그램
SmartView
되며
,
SmartView
Setup
소프트웨어와
버전 프로그
,
사용 명서
SmartView
보가
Documents
더가
포함 있습니다
.
Windows
하는
Windows
에서 품에 포함
SD
,
Install
SmartView
설치
프로그램을 더블 클릭
.
화면에 나타나는 지시 사항에 따라 소프를 설치하
.
macOS
에 설치면 제과 함께 제공된
SD
카드나 다로드 폴더에 있
SmartView.dmg
파일을 실한 뒤
,
Install
SmartView
아이콘을 더블 클릭하
.
235
시작하기
background
Blackmagic
SmartView
Setup
소프트
소프트
Blakmagic
SmartView
Setup
소프트웨어를 설치 및 실행
,
현재결된 모니 이름 아래쪽에
있는 설정이콘릭하세요
.
SmartView
SmartScope
트웨어를데이트하
메시가 나타납니
.
다음 순에 따라 업데를 진행하세
.
1
USB
통해
SmartView
또는
SmartScope
퓨터
,
Blackmagic
SmartView
Setup
소프트를 실행하세
.
2
메시 창이 나타나면 간단히
Update
클릭하세요
.
5
분 정도 소요니다
.
3 업데트가 완료
[This
SmartView
has
been
updated]
라는 메시가 나타납니
.
4
[Close]
튼을 누
.
소프트요가
Blackmagic
SmartView
Setup
소프트어에
터 설정 페이지가 열
.
SmartView
Setup
소프트웨어를 실행한 뒤 연결된
SmartView
또는
SmartScope
의 설정 아이콘을 열었을 때
,
부 소프트웨
업데이트가 필요하면 해당 메시지가 나타납니다
.
업데이트가 완료되기까지
5
분 정도 소요됩니
.
터 설정 조
Blackmagic
SmartView
Setup
소프트웨행하면
USB
이더통해
SmartView
또는
SmartScope
즉각 검색
,
유닛
SmartView
Setup
페이지에 냅니다
.
트워
Blackmagic
우 홈지 양에 있
/
정하고 모니터를 선택하세요
.
USB
통해
Blackmagic
모니터를 연결
경우
,
니터 이름 옆에
USB
아이콘이 나타납니
.
236Blackmagic
SmartView
Setup
소프트웨어 사용하기
background
정을 조정하려
USB
통해 니터
,
아래
있는이콘릭하세요
.
러면 선택한 모니터의 페이지 열립니다
.
설정
변경했다
Save
튼을 눌러 설을 저장하
SmartView
Setup
작 화면으로 돌가세
.
Blackmagic
니터에서 가능한 설정이를 적용하는 방법 다음 에서
인하 있습니다
.
Blackmagic
SmartView
Setup
조정는 방법에 대한 자세한 정보
[
트워크 연결 조정
]
부분을 참
.
Blackmagic
SmartView
Setup
소프트웨어에
USB
또는
를 통해 연결된 모
SmartView
SmartScope
유닛
자동으로 검색합니다
.
니터의 내부 소프트웨어 업데이트 시
모니터
USB
또는 이을 통해 연결되어 있는지 반드시
인하세요
.
니터 이름 옆
USB
아이콘이 나타납니다
.
터 설
스플레조정터가
USB
또는 이더넷 연결되어 경우에만
능합니다
.
SmartView
Setup
/
아이콘을 사용해 정하고자 하는
모니터택한니터 옆에 아에 있는 설정 아이콘을 클릭하세요
.
이지는
선택한
Blackmagic
에서 지하는 기능에 맞게 자동으로 커스터마이즈
.
SmartScope
의 경
,
Display
롭다운 메뉴에서 스코프 또는
오 모니터링 중 원하는 것을 선택할 수 있습니
.
237Blackmagic
SmartView
Setup
소프트웨어 사용하기
background
조정
(Adjust)
SmartScope
또는
SmartView
Duo
사용경우
,
Left
Monitor/Right
Monitor/Both
Monitors
하나를 골라 조정고자 하는 니터택하
.
.
Both
Monitors
를 선한 다음 밝기
/
콘트
/
채도를 변경할 경우
,
당 변경 사항이
SmartView
Duo
SmartScope
의 양쪽 모니터에 적용됩
.
디스플레이
(Display)
SmartScope
사용
,
Display
롭다운 메뉴에 스코프 옵션타납니
.
디오 이미지를 확인고자 할 경우엔
Video
Monitoring
을 선택하세요
.
설정
(Set)
SmartScope
에서
SD
디오를 용할 경우
,
Set
롭다 디오 모니터링 레이를
위한
4:3
또는
16:9
종횡
.
Set
롭다운 뉴에서택한 디스플레
한 벡터 스코
,
dBFS,
dBVU
의 추가 옵션을 제공합니
.
Video Monitoring: 오 이미
4:3
16:9
종횡비 보기로 선할 수 있습니
.
와이드스크린 애너모
SD
디오를 모니터할 경
,
16:9
종횡를 선택하
.
존의
4:3
SD
디오를 모니터할 경
,
4:3
종횡를 선택하
.
Vectorscope: 을 기반으로
100%
75%
러바 테스트 신호를 선택하세요
.
Audio dBFS:상 모링에 사용할 오오 채을 선택하세요
.
Audio dBVU: 위상 모니터에 사용할 오오 채을 선택하
.
애너모픽
SD
를 모니터링할 경우
,
[SD
Aspect
to
16:9]
로 설정하
.
밝기
,
콘트
,
채도
(Brightness,
Contrast,
Saturation)
슬라이를 조절해 밝
,
콘트
,
도 설정을 적용하세
.
터 테두리 표시
Identify
확인활성화하면
Blackmagic
SmartView
Setup
에서 흰색
테두리가 납니다
.
네트워크 통해 여러 대의
SmartView
SmartScope
유닛을 연
이 설을 통해 선된 모니터를 쉽게 식할 수 있습니
.
이 설정
Both
Monitors
설정과 함께 사
SmartView
Duo
또는
SmartScope
Duo
4K
든 모니터에 흰색 테두리가 나타납니
.
슬라이를 좌
/
로 드그하여 대비
,
도 설을 조절
.
택한
니터를 시각적으로 확인하려
Identify
을 확인하
.
SmartView
4K
하기
238SmartView
4K
사용하기
background
Blackmagic
SmartView
4K
소개
SmartView
4K
6RU
기의
UHD
12G-SDI
방송용 니터
SD,
HD,
그리최대
2160p60
원본
UHD
디오를 레이합
.
디스레이 시야 공하
SmartView
4K
확한 초점 색상 니터크리스탈처명한 영상원하며 거의
포맷을 지원합니다
.
스튜야외 방송 환경을 위해 작된
SmartView
4K
용법이 굉장단합니다
.
측면에
탑재넥터
VESA
능을 통해 공간뿐 아니연접
있습니다
.
SmartView
4K
는 내장 컨롤 패널에서 운할 수 있으며 전면 패에 접근이 불
우 이넷 연을 통해 원으로 제어할 수 있습니
.
개의 멀티
12G-SDI
통해
SDI
소스
SMPTE
호환
SFP
중에서
할 수 있
,
섬유
SDI
듈 추가 시 광섬로 비디를 연할 수 있
.
12G-SDI
출력을
공해 비디다른 장비에 있을 아니
,
,
출력
위한 개의 이더넷 커넥터를 모니터와 데이지 체인식으결할 있습니다
.
는 라브 프로덕션용 탈리 입력과 내부 소프트어 업데
USB
포트가 있습니
.
Blackmagic
SmartView
Setup
웨어를
.cube
형식 표준
3D
LUT
이나
DaVinci
Resolve
에서
LUT
습니
.
3D
LUT
사용해
SmartView
4K
라에
결하최종 그레과물에 최대 가까운 클립 영상을 확인할
.
2
계의커스 피킹 숏의커스한지인할으며
,
AC/DC
전원션을 지원
SmartView
4K
주전원에 결해 사용하야외 현장에서휴대성위해 리에
수 있습니
.
SmartView
4K
휴대 스튜 방송용 프로덕션 스플레 완벽 니터
션으로
,
디오 영상
SD/HD/UHD
비디오를 원본
3840x2160
할 수 습니
.
참고
DC
통해 원을
12V
24
공급을 지하는지 확인
.
239SmartView
4K
사용하기
background
롤 패널 버
SmartView
4K
컨트롤 패널에 여러개의 버튼되어 있어정을 신속하게 변경습니
.
INPUT
이 버튼을 눌러
SmartView
4K
의 두
12G-SDI
에 연디오 신호와 광섬
SFP
듈 입
을 이동할 수 있습니
.
력에 연결된 비디가 없을 경우 해 입력
SmartView
4K
에서
화면으로 나타납니다
.
전환 경우 연결된 입력의 포맷에 대한 정보 모니터
안 표시
.
DISP
DISP
버튼
SmartView
4K
LCD
.
/
아래 튼을
사용해 밝기를 조정하세
.
DISP
튼을 다시 누면 설정 창이 라집
.
H/V
DELAY
H/V
DELAY
버튼
SDI
비디 호에 베드된 데이터를 신속 인할 있습니다
.
예를 들어
,
H/V
DELAY
버튼한 번 면 수평 보조 이터 확인할 습니
.
H/V
DELAY
튼을 다시 폐쇄 자막과 같은 이터되는 수직 보조 데이
확인있습니다
.
BLUE
ONLY
디지 신호에서 발생하는 이즈의 대부분은 블루 채널 내에서 발생
..
BLUE
ON LY
버튼을 블루 널의 노이를 쉽게 검사할 수 있습니다
.
그러면 블루 채널 정보만 흑백으
납니다
.
백 이는 카메라 초점을 확인할 시도 사용할 수 있습니
.
ZOOM
ZOOM
튼을 사용하면 한 카메을 얻을 수 있습
.
이 버튼을 한 번 누면 영상이
됩니다
.
사체 점이 맞는지대로인할 있습니다
.
ZOOM
버튼 다시 누르면
반 크기로 되돌아갑니
.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
240SmartView
4K
사용하기
background
PEAK
PEAK
.
명한 부분주변밝은 초록두리나타납니다
.
PEAK
버튼 연속해서
2
단계로절해용할 있습니
.
테두리가 뚜렷하게
은 카라 초점이 잘 맞춰져 있음을 뜻합니다
.
3D
LUT
1
3D
LUT
2
LUT
튼을 사용하면
Blackmagic
DaVinci
Resolve
또는 업계 표준
.cube
LUT
에서 생성된 커스텀
3D
LUT
.
LUT
활성화하려
LUT
.
버튼
LUT
비활성화됩니다
.
SmartView
4K
에서
3D
LUT
방법대한
자세한 정보
[Blackmagic
SmartView
Setup
을 사용해
3D
LUT
로딩하기
]
섹션고하
.
H
Mark
V
Mark
H
Mark
V
Mark
버튼을 프레임 편집 있습니다
.
레임
숏을 합성면 안전 영역 내의 주요 정보 또는 그래픽을 보할 수 있
.
TV
모델
따라 비디오 신호가장자리가 조금씩 나타나도 하문에 간편하전 영역을 확인할 수
있습니다
.
화면안전 영상 확인을 위해 하는
TV
니터 종류에 관계 항상
확인할 수 있는 영
.
H
Mark
V
Mark
튼을면 수평 및 수직 프레임 마커가 나타납
.
튼을 다시 한 번
누르 이드에 이라이트가 적용되어 커를 편집할 있습니다
.
경우
/
살표를
사용해 마커의 편집습니
.
완료됩니
.
버튼더 누마커가 사라집니다
.
/
아래 화살표 버
정 편집 시 위
/
아래 튼을 사용해 스플레밝기조정프레마커 치를
할 수 있습니
.
전원
튼을
SmartView
4K
전원이 켜집니다
.
버튼 누르면원이 꺼집니
.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
241SmartView
4K
사용하기
background
Blackmagic
SmartView
Setup
을 사용
3D
LUT
로딩하기
SmartView
4K
에서는
3D
LUT
비디니터
.
이를 통해
LUT
으로
SmartView
4K
정하거나 최그레작업마친 결과물장 흡사한 영상을
인할 있습니다
.
3D
LUT
사용해 각기 다른 룩을 적용해습니
.
Blackmagic
SmartView
Setup
소프트어를 사용해
LUT
SmartView
4K
수 있습니다
.
SmartView
4K
.cube
형식 표준
LUT
지원
Blackmagic
DaVinci
Resolve
에서
스텀
LUT
로딩할 습니
.
LUT
성에 세한 정보
DaVinci
Resolve
명서
.
3D
LUT
1
3D
LUT
을 로는 방
Blackmagic
SmartView
Setup
소프트를 실행하세
.
Load
LUT
1
에 있
Load
튼을 누
.
불러오려는
LUT
파일의 위를 묻는 창이 나타납니다
.
원하
.cube
LUT
파일을 선한 뒤
,
Open
튼을 누
.
방금
LUT
파일보려
SmartView
4K
컨트널에
3D
LUT
1
.
이 버튼을 다시 누
LUT
능이 해제니다
.
은 과정을 반복해
LUT
파일
3D
LUT
2
에 로딩할 수 있습니
.
Blackmagic
SmartView
Setup
을 사용하여
SmartView
4K
3D
LUT
을 로딩하세
.
242SmartView
4K
사용하기
background
SmartScope
Duo
4K
하기
Blackmagic
SmartScope
이란
?
방송 품질
TV
션이었으며크린에프만습니
.
일부 미관
보기 좋지 않아 고객에게 안 좋은 인상을 주도 합니
.
SmartScope
Duo
4K
파형 터를 지니터에서 디오 신호부분을
시간으인할습니
.
Blackmagic
SmartView
Setup
웨어에 입력호에용한
조정 사항
SmartScope
Duo
4K
바로 있습니다
.
게다가
SDI
루프력을
입력호를쪽의 모니터 전송 있습
.
라서 모니터에는 모니터로
송되신호스코프가 타납니
.
SmartScope
Duo
4K
나타나는 스코프
Blackmagic
SmartView
Setup
프트웨어에서 선택
있습니다
.
Display
롭다운 메뉴에서 스코프를 선
.
아래 부분과 이지스코프 스플레하는 방법소개되있습니다
.
를 통해 각 디스플레이 작동법을 심도 있게 이해할 수 있습니다
.
Blackmagic
SmartView
Setup
소프트웨어를 사용해
Blackmagic
SmartScope
Duo
4K
의 각 모니터에 서로 다른
스코프가 나타나도록 손쉽게 설정할 수 있습니
.
비디오 모니터
(Video
Monitoring)
디스플레이
비디 모니터링
(Video
Monitoring)
디스플레이는
SmartScope
에서 되는 를 확인할 수
는 간편한 컨피던스 모
.
SD
결한 경우
Set
롭박메뉴에 종횡
4:3
또는
16:9
있습니다
.
해당
LCD
,
콘트
,
채도 정에 모든 변경 인할
습니
.
러한 변경 비디 모니 서만 적용 실을 억하세요
.
따라서 채도 및 밝기 변화는 스코프에 어떠한 영도 끼치지 않습니
.
243SmartScope
Duo
4K
사용하기
background
모니터를 비디 모니터링
(Video
Monitoring)
으로
,
기로 정해
용합니다
.
이를 케이블
MONITOR
1
SDI
루프 력과
MONITOR
2
SDI
결하
.
SD
4:3
러 박스 또
16:9
와이드스크린으로
보려면
Blackmagic
SmartView
Setup
소프트웨어의
Set
항목에서 원하는 종횡비를 선택하세요
.
SD
를 모니터링할 경우
SD
Aspect
to
16:9
로 설정하
.
니터링 디스플이 설정을 통해
TV
화면니터나타나것과 동일한 비디오 를 볼 수 있습
.
파형
(Waveform)
디스플레이
파형 스플레파형 니터사한 형태방식으로 딩된 파형
제공합니다
.
조정 하는 용됩니다
.
파형 니터 아날로
SD
원하는 반면
SmartScope
Duo
4K
파형 보기
SD
뿐만 아니
UHD
HD
한 지원하므로
,
HD
디지털 비디니터
에도 일관된 방으로 루마 수준을 쉽게 조절할 수 있습니다
.
Blackmagic
SmartView
Setup
소프트어의
Display
드롭뉴에
Waveform
선택세요
.
방송 규정 합한 으려 파형 블랙
0%
트가
100%
넘지
록 해야 합니다
.
파형니터미지를 그래픽으로 표현으로
,
프레임 내의 동일 위치에 해당하는 루마 값을
각적니다
.
,
출되 레이
프레임의 가로 위치나타나수치각적으로 확인있습니다
.
파형영상에 따라 형태나타납니
.
트라스트가 높은 영상을 니터경우
그레색상의 값이 나타나 습니
.
화면통해 고르게
좌측의 어두운 부분과 프레임 우측의 밝은 부분이 나타난 이미지 파형을 확인할 수 있습니다
.
244SmartScope
Duo
4K
사용하기
background
도 값을 보여주는 파형 디스플
.
Blackmagic
SmartView
Setup
소프트웨어의
Display
항목에서
Waveform
택하면 비디오 신호의 루미스 값을 볼 수 있습니다
.
스코프
(Vectorscope)
디스플레이
스코프
(Vectorscope)
를 사용하여
.
에서 러바 스트 신호표준에 따라
Blackmagic
SmartView
Setup
소프트웨
Set
롭다운 메뉴
100%
또는
75%
로 선택하세요
.
부 사용들은 벡터 스코프하여 방송 규정에 부적합한 수준의 색상을 확인
사실 아닙
.
실제퍼레
RGB
인해야
.
벡터 스코프로 규정 부적합한 수준을 확인 없는 유는 크로마와
휘도값 요하기 때문입니다
.
예를
,
비디오의 포인트에
나타나면 도를 높여그레로 사는 것가능합니
.
벡터 스코프 디스플레
휘도값 제한 보여주기 이것만로는 수가 습니
.
레이는 절이 요한 날로 비디 이프
확인할 때 사용하기 가장 적합한 구입니
.
디오 테이프의 컬러바 부분을 재생한 뒤 크로마
휴 설정을 조절하여 눈금판에 있는 사각형 색상 상자의 비오 색상을 설합니다
.
245SmartScope
Duo
4K
사용하기
background
스코프 스플레 상의 화이스가 확한또는 색상 집중 상이 있는
확인할 수 있어 컬러 그레에도 적합합니
.
색상 집중 현상이 영상에서견되면 벡터 스코프
디스레이는 에서 멀어지고 심점이
.
일반적으 비디오 신호 랭킹
구간벡터 프의 심에 점으니다
.
이유는 비디오의 구간 색상 없는
검정 신호이기 때문입니다
.
있는 기준점입니다
.
디오색상 현상이 나타나는 중심과 박스에스코프가
있습니다
.
/
이트 상의 모두 인할 있습니다
.
이러 벡터 기능 집중
상을 확한 화이스를 있습니다
.
벡터 코프 디스플레이 통해 의도하지 않은 블랙
/
화이트의 색상 현상 상의 색상
까지 있습
.
형은
RGB
레이 레이
모니터링 지만 이에 형의 제점
.
특히
,
을 색 따뜻
,
벡터 스코프를
10
절합니다
.
이러한
'
피부
'
고 불리며 피부 표면에 을 띠는 자연스러
스킨
.
러므 피부 인은 모든 색에 적용할 으며 기자 피부
자연스럽표현있는 좋은 방법니다
.
10
시 방향으로 피부톤 라인을 보주는 벡터 스코프 디스플레
.
벡터 스코프
100%
또는
75%
바 테스트로 설정하
.
246SmartScope
Duo
4K
사용하기
background
퍼레이드
(Parade)
RGB
YUV
.
작업 시
Blackmagic
SmartView
Setup
소프트웨어
Display
롭다운 메뉴에
RGB
Parade
선택세요
.
RGB
레이드 길이 시된 빨강
,
,
채널이
개별적으 시됩니
.
있으며
,
비디오의
,
간톤
,
색균 있습니다
.
RGB
레이드
디스레이를
,
,
채널 테일 인할 있어 형을 추고
않는 색상 집중 현상제거습니
.
정 시 비오 레이 최대로 올라가되 클리되지 않록 하는 것이 중요합니
.
디오 신
올리경우
RGB
한도 범위 넘거나 넘지 않도 주의세요
.
준인
100%
RGB
레벨 넘지 기기 있지만 그렇지 기기도 있습니다
.
SmartScope
Duo
4K
를 통해 방송 규정 수준을 넘을 때다 이를 즉시 확인할 수 있습니
.
규정부적비디 벨은 블랙 화이에서 나타날 있습
.
스템블랙
0%
블랙 생성습니
.
규정부적블랙
레벨을 발견할
,
Lift
또는
Gain
의 값을 조절해 이수 있습니
.
이때
100%
눈금 레벨을
.
YUV
벨을 려면
Display
롭다운 메뉴에
YUV
Parade
선택세요
.
TV
디오 식이
(
밝기
)
로마
(
컬러
)
로부 되어 되기 용합
.
형에 보가 시되 형에 로마 시됩니
.
YUV
는 비디오 신호의 크로마 값을 컬바 테스트 패으로 조정하는데 유용합니
.
이를
통해 색상 정확하 나타낼 으며
TV
있습니다
.
색보정 업은 허용되 위에 이미지 얻기 영상 적으
조정 과정니다
.
RGB
퍼레이드 뷰
정 용
블랙
디오 신호의 블랙 레
미드톤
비디오 신호의 미드 그레이 레
이트
디오 신호의 화이트 레
247SmartScope
Duo
4K
사용하기
background
YUV
퍼레이드 뷰
Blackmagic
SmartView
Setup
소프트웨어의
Display
롭다운
메뉴에서
RGB
Parade
YUV
Parade
를 선택하세
.
스토그
(Histogram)
디스플레이
스토그램 디스플레는 그래픽 디자이와 카라 운영게 가장 익한 디스플레이입니다
.
히스그램 레이는 이트에서 까지의 보를 보여주며 디오
정보 리핑 모니터링할 있습니다
.
히스그램 레이는 디오에 적용
효과를 줍니
.
디오는 레이 리고 디오는 오른 니다
.
일반으로 모든
비디오는 히스 디스레이의
0%
100%
사이나타납니다
.
디오
0%
미만이거나
100%
리핑 의미니다
.
비디 리핑 란할 있습
.
왜냐
,
블랙
/
화이트의 디테존해나중에 통제환경에작업행할
있기 때문입니다
.
비디
0%
상의 블랙 클리범위화이클리 안으로
면 나중에 더욱 자유롭게 색조정 작을 할 수 있
.
중에 비디핑해경우 습니
.
스플레이에 디오 클리과를 보고 마나 클리 확인 습니
.
일을 지한 출할
.
히스그램 레이를 적절한
/
트는 하지만
,
정에 적합
수준을 확인할 수는 없습니
.
스토그스플레상을 나타않기 때문에 디오
포함적절한상도 범위준으 수가니다
.
RGB
레이드 디스레이는
비디 상과 휘도를 모두 보여주기 하기에 적합니다
.
248SmartScope
Duo
4K
사용하기
background
화이트 및 블의 분포 정를 보여주는
스토그램 디스플레이 설정
Blackmagic
SmartView
Setup
소프트웨어의
Display
롭다운 메뉴에
Histogram
을 선택하세
.
오 미링 표
미터표시
SDI
.
최대
16
채널의
임베드 오오가 디임베드되
dBVU
dBFS
으로 표시니다
.
호의 레벨나타
VU
미터리하래된에서됩니
.
VU
SMPTE
장 신호
-20
dBFS
로 설
1
kHz
의 테스트 신호를 사합니
.
dBFS
.
우측 오디오 스코프에서
2
의 오디오 채을 모니터링할 수 있습니
.
당 채널은
Set
드롭
메뉴 선택할 있습니다
.
)
채널
1
&
2
채널
3
&
4
.
오디오 프는
X/Y
디오를
나타므로 런스 위상 확인 있고 모노인지 또는
스테레지를 확인할 습니
.
모노 하나의 수직
In
Phase
인으
납니다
.
나타 상태 타내
,
트림
비에서 신호를 전송받을 오디오 실과 같은 현상 있습니
.
오디오 상은 대형
설에 케이블이 대로 연결되어 있지 경우 어나 오디 입니
.
249SmartScope
Duo
4K
사용하기
background
스테레신호니터시에 우측 스코프에 표시
/
널의
차이타납니
.
랙의 스테레드가 많을수록 신호 표시
더욱니다
.
오디오 레오 텐츠 함되 시는
주위더욱 중됩
.
다이얼로그 오디 수직 라인으로 나타나는 경향이 있는 반면
,
스테레오 콘텐츠가 많이 함된
음악하게
.
디오
L+ R
이고
반면
,
레오 콘텐츠는
L-R
며 가로축에 나타나 스테오 간의 차이를 보기 때
.
크 레벨 및 오디오 밸런스를 보는 오오 미링 디스플레
.
Set
롭다운 메뉴에서 모니터링할 오디오 채널 조합을 선택하세
.
네트워크 연결하
SmartView
또는
SmartScope
터를 트워결해 유닛니터 으로
조정할 수 있습니
.
SmartView
SmartScope
있지만
,
유닛 전에 환경을 정해합니
.
네트 환경 작업
퓨터접 연
USB
를 통해만 가합니
.
트 이
퓨터다이트 이넷 연을 통해 모터 환경을 원으로 설정할 수 있습니
.
해당
환경 설정네트 스위치가 없기 때문에 속한 황에
250
네트워크에 연결하기
background
용합니다
.
식으 연결할 습니
.
데이 체인 식으 연결된 닛의 전원 연결세요
.
기존 튜디오 네트워크
IP
네트워크 없는 경우 이더넷 직접 연결세요
.
트워크 연결
블을 필요없기 문에 통해
SmartView
SmartScope
닛을
속하게 할 수
.
넷 커넥
넷 네크 스
스튜대의 유닛결하고자 경우
SmartView
또는
SmartScope
네트워크 치에 연결한 닛의 티브 더넷 트를 머지 닛을
데이 체인 식으 결할 때문 치에 있는 니다
.
분에 트워스위면에 여러 개의 케블을 요가 없습
.
,
방식으로 연된 모든 유닛의 전을 연결해야 작합니다
.
워크 스 결하면 네트워크 상의 모든 컴퓨터를 통해 유닛 설 경할 수 있습니
.
네트워크 중계
(AP)
설치
Mac
또는
Windows
트북 컴퓨에서
WiFi
을 통해 설을 변할 수 있습니
.
SmartView
SmartScope
를 인
IP
반 네워크에 연결하려면 다음 단를 따
.
품에 포함된 전원 공급 장치를 안전하게 연결한 다음 전을 켜세
.
표준
RJ45
넷 케로 유닛과 스위치를 연나 컴퓨터에 직접 연합니
.
251
네트워크에 연결하기
background
다이렉트 이넷 연결 도
네트워크 치를 하지 퓨터 더넷 닛에 직접 결할 있습니다
.
추가
닛을 데이 체인 식으 서로 연결 트워크 뒤에 이블 연결할
없습
.
,
든 유닛의 전을 반드시 연
.
넷 네트크 스위치 연결 도
스튜오의 네트크에 유닛 결하고자 유닛 워크
스위치에 결하면
.
이지 방식으로 서로 네트
위치 뒤에 여러 케이블결할 필요니다
.
,
닛의 전원 연결세요
.
SmartScope 4KDuo
SmartScope 4KDuo
크 스위
이더넷
이언트
컴퓨터
252
네트워크에 연결하기
background
크 설정 조
크 설
치명
트워상에서
SmartView
또는
SmartScope
쉽게 확인있도름을
경하는 것이 좋습니
.
)
Field
Cameras
1
&
2,
Multi-View
Output,
4K
feeds
.
터 이름을 변경하려니터넷 또는
USB
어 있는하세
.
Blackmagic
SmartView
Setup
트웨어를 실행한
,
모니터 이름래쪽 있는 설정이콘
클릭하세요
.
설정이지에
Network
클릭
Details
션에 모니터 변경하세
.
웨어에르지 이름 입력이지될 경우니터 이름 옆에 경고콘이니다
.
합한 녹색 체크 표시타납니
.
컴퓨 키보
return
이 완됩니
.
Blackmagic
SmartView
Setup
소프트웨
Network
Settings
션을 변경하려면
,
Blackmagic
모니터와 컴퓨터를
USB
연결해야 니다
.
더넷 연결로는 네트워크 정을 변경할 니다
.
SmartView
SmartScope
에서는
DHCP
사용해 트워크에
IP
동으 도록
본 설어 있습니
.
DHCP
서버가 없는 상황에서
macOS
의 인터유 기능이
Windows
8.1
Windows
10
인터넷 연결
(ICS)
DHCP
결된 모든 닛에 공할 습니
.
그러
IP
닛마 동으 지정 습니
.
기능 컴퓨
않은 상황에서
DHCP
주소 제공할 있습니다
.
공유에
자세정보
macOS
Windows
8.1/10
도움서를 고하세요
.
환경 에서
DHCP
사용수 없는 경
,
고정
IP
사용해 주소를 설정수 있
.
네트워크에
IP
어나지 도록 스템
IP
요청
.
마스크뿐만 아니
SmartView
SmartScope
닛의 고
IP
소를 반드 명시해야 니다
.
유닛을 인넷 라우터와 같은 네크 게에 연결하고자 하는 경가 아니라면
Gateway
드에 있는 기본 설값을 따로 변할 필요가 없습
.
네트워크에
SmartView
SmartScope
모니터가 않는다면 이는
DHCP
통해 유닛으로
IP
주소가 전달되지 않았기 수 있습니
.
런 경우 각 유닛 네트워크 설을 수동으로
절히 조정야 합니
.
1
USB
를 사용해
Blackmagic
SmartView
또는
SmartScope
니터와 컴퓨터를 연결 다음
Blackmagic
MultiView
Setup
소프트를 실행하세
.
2
SmartView
Setup
웨어 시작 연결된니터가
,
옆에
USB
아이콘이 나타납니
.
3 니터의 네트워크 설을 조정하세
.
4
DHCP
를 통해
IP
주소를 받지 못한 다른 유닛에도 이 단를 반복하세요
.
253
네트워크 설정 조정하기
background
니터 이름 옆에 나타난
USB
아이콘을 통해 모니터와 컴퓨터
USB
로 연결되었음을 확인할 수 있습니
.
크 설
정하려면
Blackmagic
니터
USB
로 연결하세
.
크 설
DHCP
또는
Static
IP
로 설할 수
있으며 오
USB
를 통해서만 변경할 수 있습
.
Blackmagic
터 추
SmartView
또는
SmartScope
Duo
4K
IP
이미 알고 있지만
SmartView
Setup
소프트웨
화면에 자동으로 나타나터를 으로 추가습니
.
다음
따라 업데이트를 진행하세
.
1
Blackmagic
.
하단에
+
아이콘을 클릭하면
Add
a
Blackmagic
Monitor
라는 창이 나납니
.
2 모니터
IP
주소를 입한 뒤
,
Add
튼을 클릭하세
.
3
소프트에서 인식 나면
SmartView
Setup
화면
Blackmagic
유닛
.
를 볼 수 있습니
.
254
네트워크 설정 조정하기
background
+
아이콘을 클한 뒤 모니터의
IP
주소를 입력해
SmartView
또는
SmartScope
니터를 연결된 모니터 목록에 수동으로 추가할 수 있습니다
.
리 사
리 포트 핀 연
SmartView
SmartScope
탈리 포트반드시 필요없습
.
기능하지
않을 엔 이 단계를 뛸 수 있습니
.
SmartView
또는
SmartScope
간색
/
녹색
/
파란색의 개탈리 더가 나타나 현재
디오 신호가 방송 중
,
미리보기
,
화 중임을 알 수 있습니다
.
9
D-Sub
를 통의 접쇄 신를 연 수 있
.
트를동화 시스하기 위한보는 첨부 연결
선 도을 참고하세요
.
9
D-Sub
보는 제품 뒷면 프린트되어습니
.
이를 개별 모니터에
빨간
/
녹색
/
파란색 탈리 보더가 나타나게 하는 접점 폐쇄 관련 정를 확인할 수 있습니다
.
SmartView
Duo
에 나타난 녹색 및 빨색 탈리 보
255
탈리 사용
background
각 최
SmartView
Duo,
SmartView
HD
SmartScope
모니터비랙의치해야 경우
적의 야각을
LCD
화면을 거로 설치도 있습니
.
로 설치된 것 감지될 경우
LCD
이미지가동으로 회전됩니다
.
전면판 뒤쪽 어셈블리로부 분리하거나 재조립할 경우
02
기의
Pozidriv
.
간단한 니다
.
다음은 면판에
Blackmagic
Design
방법대한
.
02
크기
Pozidriv
드라이가 필합니
.
1
전면판
/
/
/
나사하세
.
SmartView
Duo
SmartScope
Duo
4K
에는
10
의 나사
,
SmartView
HD
에는
18
의 나사가 있습니다
.
2 아래 그림에 나온 것럼 전면판을 뒷면 어셈블리로부터 떼어
.
3 가 바록 뒷면 어셈블리를 회전키세
.
4 로 뒤은 뒷면 어셈블리에 전을 재합니
.
5 섀시에 나사를 다시 고정하
.
이제
SmartView
또는
SmartScope
를 장비랙 높은 곳에 설치할 준비가 완료습니
.
비랙
정하나면
SmartView
격이 가해지더라도 잘 눌러지거나 느슨해질 외부 노브
조절 장치가 없기 때문에 언제나 최적의 시야각을 제공합니
.
SmartView
Duo
SmartScope
Duo
4K
탈리 핀 연
기능
1
모니터
1
빨간
2
모니터
1
녹색
3
모니터
1
파란
4
접지
5
접지
6
접지
7
모니터
2
빨간
8
모니터
2
녹색
9
모니터
2
파란
SmartView
HD
SmartView
4K
탈리 핀 연
기능
1
빨간
2
초록
3
파란
4
접지
5 4 3 2 1
9 8 7 6
SmartView
탈리 포트
256
시야각 최적화하기
background
유닛을 장랙 높은 곳에 고정하기 전에 화면 회전 기능을 테스트해 보는 것이 좋습
.
사를 모두 제거한 다음 전면판을 뒷면 어셈블리로부터 떼냅니
.
257
시야각 최적화하기
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Developer Information
Developing Custom Software Using Blackmagic Design Hardware
The Blackmagic SmartView Ethernet Protocol allows developers to remotely control
Blackmagic SmartView and SmartScope hardware with their own custom software.
TheBlackmagic SmartView Ethernet Protocol is a text-based status and control protocol.
Downloading the Free SmartView EthernetProtocol
The Blackmagic SmartView Ethernet Protocol is free. It is included in this SmartView &
SmartScope manual and can be downloaded from www.blackmagicdesign.com/kr/support
Joining the Blackmagic Design Developer List
The Blackmagic Developer mailing list is designed for technical questions regarding
technologies used by Blackmagic Design, e.g., QuickTime, Core Media, DirectShow, codecs,
APIs, SDKs, etc. The free mailing list is a forum where developers can discuss ideas and
problems with other developers. Any subscriber may reply and the Blackmagic Design
engineers may also respond when appropriate. You can subscribe to the mailing list at:
http://lists.blackmagicdesign.com/mailman/listinfo/bmd-developer
In some cases, we might request a brief outline of the software you are developing if it is not
immediately obvious from your domain name that your organization develops video software.
Please don’t take offence as we’re simply trying to keep the list free of spam and viruses as well
as end-user customers asking non-development questions, employment agents or sales
people trying to promote products on the list. The list is just for developers.
Contacting Blackmagic Design DeveloperAssistance
You can also contact us via developer@blackmagicdesign.com if you have any developer
related questions or wish to ask questions off the list.
Blackmagic
2K
Format
Overview
Blackmagic Design products support 3G-SDI video, which allows twice the data rate of
traditional HD-SDI video. We thought it would be a really nice idea to add 2K film support,
via 3G-SDI technology, so we could simplify feature film workflows. With the popularity of
Blackmagic Design editing systems worldwide, now thousands of people can benefit from
a feature film workflow revolution.
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시야각 최적화하기
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This information includes everything product developers need to know for building native
2KSDI equipment. Of course, all Blackmagic products can be updated, so if the television
industry adopts an alternative SDI-based film standard, we can add support for that too!
Frame Structure
Transmitted at 23.98, 24 or 25 frames per second as a Progressive Segmented Frame.
Active video is 2048 pixels wide by 1556 lines deep.
Total lines per frame : 1650
Active words per line are 1535. One word consists of a 10-bit sample for each of the
four data streams, i.e., a total of 40 bits. See the diagram named Blackmagic 2K Format
- Data Stream Format.
Total active lines : 1556
Total words per line : 1875 for 23.98/24Hz and 1800 for 25Hz.
Fields per frame : 2, 825 lines each
Active lines located on lines 16-793 (field 1) and 841-1618 (field 2).
Transport Structure
Based on SMPTE 372M Dual Link mapping and SMPTE 425M-B support for mapping
SMPTE 372M into a single 3 Gb/s link.
Timing reference signals, line number and line CRC insertion is the same as above.
During active video, 10-bit Red, Green and Blue data is sent in the following sequence:
Optional ancillary data is inserted into both virtual interfaces.
At present, only audio data is included: as per standard HD audio insertion (SMPTE
S299M) the audio data packets are carried on data stream two and audio control
packets are carried on data stream one.
Data stream 1: Green_1, Green_2, Green_3, Green_5...Green_2047
Data stream 2: Blue_1, Blue_2, Green_4, Blue_5...Green_2048.
Data stream 3: Red_1, Blue_3, Blue_4, Red_5...Blue_2048.
Data stream 4: Red_2, Red_3, Red_4, Red_6...Red_2048.
Blackmagic
2K
Format
Vertical
Timing
Reference
This diagram shows the vertical timing details with line numbers and Field, Vertical and
Horizontal bits for the Timing Reference Signal codes.
Field 1 Active
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field 2 Active
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
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시야각 최적화하기
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Blackmagic
2K
Format
Data
Stream
Format
This diagram shows the data stream formats around the optional ancillary data section of the
horizontal line. Note that each active pixel takes up three samples.
Data Stream 1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data Stream 2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data Stream 3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data Stream 4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
260
시야각 최적화하기
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Blackmagic
SmartView
Ethernet
Protocol
v1.3
Summary
The Blackmagic SmartView Ethernet Protocol is a text-based status and control protocol, very
similar in structure to the Videohub protocol, that is accessed by connecting to TCP port 9992
on a SmartView or SmartScope device.
Upon connection, the SmartView or SmartScope device sends a complete dump of the state
of the device. After the initial dump, state changes are sent asynchronously.
The device sends information in blocks which have an identifying header, followed by a colon.
A block can span multiple lines and is terminated by a blank line.
To be resilient to future protocol changes, clients should ignore blocks they do not recognize,
up to the trailing blank line. Within recognized blocks, clients should ignore lines they do not
recognize.
Version 1.3 of the Blackmagic SmartView Ethernet
Protocol was released with SmartView 1.3 software.
Protocol Preamble
The first block sent by the SmartView Server is always the protocol preamble:
PROTOCOL PREAMBLE:
Version: 1.3
The version field indicates the protocol version. When the protocol is changed in a compatible
way, the minor version number will be updated. If incompatible changes are made, the major
version number will be updated.
Device Information
The next block contains general information about the connected SmartView or SmartScope
device.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
This example shows the output for a SmartView Duo device, which has two LCDs.
The INVERTED flag indicates whether the device has detected that it has been mounted in an
inverted configuration to optimize LCD viewing angle.
Legend
carriage return
and so on
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Network Configuration
The next block shows the TCP/IP networking configuration:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
The network settings prefixed with CURRENT show the active TCP/IP settings, and are read-
only. The CURRENT settings reflect either the DHCP or Static configuration, depending on the
DYNAMIC IP flag.
Changing Networking Settings
The network can be configured to use either DHCP or a static configuration. To enable DHCP:
NETWORK:
Dynamic IP: true
To set a fixed IP address, supply all static parameters, thus:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
The parameters with the CURRENT prefix are read-only, and show the active configuration,
regardless of the static or dynamic setting.
Changing the device name, or any network settings, will cause the IP connection to be
dropped. The device will restart its networking and advertise its new name on the network.
Changing Monitor Settings
The display settings for each monitor are specified individually. One or more parameters can
be modified at the same time and multiple settings can be supplied in one block.
The valid range for numeric values is 0-255. The CONTRAST and SATURATION properties are
zero-centered, so the normal value is 127, such that the displayed picture is the same as the
original. A value greater than 127 in either channel will cause the contrast or saturation to be
increased, and similarly a value less than 127 will cause a decrease.
For example, to set the brightness to 50% and desaturate the image to Black & White:
MONITOR A:
Brightness: 127
Saturation: 0
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Displaying SD in 16:9
The following command sets standard definition video to display in 16:9:
MONITOR A:
WidescreenSD: ON
Displaying SD in 4:3
The following command sets standard definition video to display in 4:3:
MONITOR A:
WidescreenSD: OFF
Identification and Tally Settings
The Identify flag is transient, and will cause a white border to be displayed around the entire
picture for a duration of 15 seconds, after which it will be reset. This feature is primarily aimed at
identifying which monitor is currently being configured when it is mounted in a rack comprising
multiple units. To turn on:
MONITOR A:
Ide ntify: tr u e
The IDENTIFY border will temporarily override any other border setting in effect.
The BORDER property can be used to programmatically set the soft Tally colored borders to
one of the primary colors: RED, GREEN, BLUE, WHITE or NONE. This setting can be overridden
by the electrical Tally signals at the DB-9 input on the device itself. For example, to set the soft
Tally to green:
MONITOR B:
Border: green
The hard wired tally will always override the soft tally. The full state report will always show the
current valid border.
SmartScope Settings
On SmartScope Duo 4K, each monitor can be set to display a different scope. The values for
activating specific scopes are mapped as follows:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (This is the same as Video Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
In the example above, Monitor A has been set as a video monitor.
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Displaying SD in 16:9
The set Video Monitor mode to display standard definition video in 16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Displaying SD in 4:3
To set Video Monitor mode to display standard definition video in 4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
When setting one of SmartScope Duo 4Ks monitors to audio metering, you can also select
which channels to show. The values for selecting which audio channels are mapped in the
following way:
0: Channels 1 and 2
1: Channels 3 and 4
2: Channels 5 and 6
3: Channels 7 and 8
4: Channels 9 and 10
5: Channels 11 and 12
6: Channels 13 and 14
7: Channels 15 and 16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
In the example above, Monitor B has been selected to display Audio Metering in Dbvu with
audio channels 1 and 2 selected for the phase meter.
Selecting LUTs for SmartView 4K
To select 3D LUTs using SmartView 4K:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
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지원
원 받
움이 필한 경우 다음 네 가지 방법을 사용하
.
1
Blackmagic
Design
객 센
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레이저
1
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266
규제 사항 및 안전 정보
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보증
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입니다
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인에게 있습니다
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©
Copyright
2018
Blackmagic
Design.
권리
.
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,
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,
Workgroup
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,
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267
보증
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268
Руководство по установке иэксплуатации
Июнь 2018 г.
Русский
SmartView
и SmartScope
background
Добро пожаловать!
Мы стремимся ктому, чтобы телевидение стало областью настоящего творчества,
вкоторой любой профессионал имеет возможность создавать материал самого
высокого качества.
При создании такого материала необходимо контролировать качество сигнала.
Модель SmartView 4K имеет ЖК-дисплей сразрешающей способностью 4K, что
позволяет вести мониторинг Ultra HD-видео, а корпус 6RU спанелью управления дает
возможность быстро менять настройки. На SmartView HD (размер 6RU) предусмотрен
17-дюймовый ЖК-монитор, а на SmartView Duo (размер 3RU) — два независимых
экрана сдиагональю 8"каждый. SmartScope Duo 4K также имеет два дисплея
иобеспечивает мониторинг формы сигнала при работе вне студии. Благодаря наличию
интерфейса 3G-SDI вся линейка решений SmartView поддерживает вывод вSD,
HD и2K, а SmartScope Duo 4K иSmartView 4K — Ultra HD 4K через 6G-SDI и12G-SDI
соответственно.
Мониторы позволяют выполнять технически точный контроль сигнала, а утилита
Blackmagic SmartView Setup имеет простой иинтуитивно понятный набор инструментов.
Это руководство содержит всю информацию, необходимую для работы смониторами
SmartView или SmartScope. Если вы не знаете, как установить IP-адрес исетевые
параметры, лучше всего обратиться за помощью ктехническому специалисту.
Использование устройства не требует специальных навыков, однако вначале
необходимо выполнить определенную настройку.
Процесс установки занимает приблизительно пять минут. Чтобы загрузить последнюю
версию руководства ипрограммного приложения, посетите раздел поддержки на
нашем сайте www.blackmagicdesign.com/ru. Не забудьте зарегистрировать ваше
устройство, итогда мы будем сообщать вам о выходе очередного релиза ПО. Мы
постоянно работаем над совершенствованием наших продуктов, поэтому ваши отзывы
помогут нам сделать их еще лучше!
Грант Петти
Генеральный директор Blackmagic Design
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Содержание
SmartView и SmartScope
Подготовка кработе 271
SmartView иSmartScope 271
Подключение источников видео 272
Подключение ккомпьютеру 272
Установка утилиты Blackmagic SmartView Setup 273
Работа сутилитой Blackmagic MultiViewSetup 274
Обновление программного обеспечения 274
Изменение настроек монитора 274
Работа со SmartView 4K 277
Обзор Blackmagic SmartView 4K 277
Кнопки панели управления 278
Загрузка 3D LUT спомощью Blackmagic SmartView Setup 280
Работа со SmartScope Duo 4K 281
Обзор Blackmagic SmartScope 281
Мониторинг видео 281
Форма сигнала 282
Вектороскоп 283
Дисплей параметров 285
Гистограмма 286
Уровень звука 287
Подключение клокальной сети 288
Подключение ксети Ethernet 289
Сетевой коммутатор 289
Изменение сетевых настроек 291
Сетевые параметры 291
Добавление монитора 292
Индикация состояния 293
Контакты порта Tally-индикации 293
Регулировка угла обзора 294
Информация для разработчиков 296
Blackmagic 2K Format – Overview 296
Blackmagic 2K Format – Vertical Timing Reference 297
Blackmagic 2K Format – Data Stream Format 298
Blackmagic SmartView Ethernet Protocol v1.3 299
Помощь 303
Соблюдение нормативных требованийиправила безопасности 304
Гарантия 305
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271Подготовка кработе
Подготовка кработе
SmartView иSmartScope
Мониторы SmartView превосходно подходят для размещения встойке соборудованием.
Чтобы приступить кработе, достаточно включить питание исоединить устройство
систочником SDI-сигнала.
Модель SmartView 4K имеет 15,6-дюймовый ЖК-дисплей, который обеспечивает вывод SD-,
HD- или Ultra HD-видео вразрешении 3840x2160. С помощью кнопок на передней панели
можно выбрать вход, настроить яркость экрана, проверить шум всинем канале, просмотреть
служебные данные иприменить 3D LUT-таблицу.
ЖК-экран SmartView HD размером 17дюймов идеально подходит для мониторинга сигнала
вразрешении Full HD.
SmartView Duo имеет два дисплея для одновременного вывода разных потоков. Например,
можно использовать комбинацию YUV 4:2:2 иRGB 4:4:4 или NTSC иPAL. В каждом случае
потребуется только подключить SDI-кабель ккаждому источнику изображения.
SmartScope Duo 4K имеет такой же набор функций, как SmartView Duo, но дополнительно
позволяет выводить форму сигнала, использовать вектороскоп идругие индикаторы для
мониторинга видео- иаудиосигнала вреальном времени. Кроме того, эта модель
поддерживает Ultra HD 4K.
SDI-интерфейс мониторов SmartView иSmartScope автоматически определяет формат
поступающего видео от SD иHD до 3G-SDI, втом числе 2K. Модель SmartView 4K
споддержкой 12G-SDI также позволяет работать сUltra HD, включая 2160p/60, а SmartScope
Duo 4K — сUltra HD 4K через 6G-SDI.
Для удаленной настройки нескольких мониторов SmartView иSmartScope содного
компьютера допускается их последовательное подключение через локальную сеть Ethernet.
В этом случае отпадает необходимость делать это виндивидуальном порядке
через USB-порт.
Все готово для начала работы! Подробнее о подключении SmartView иSmartScope,
настройке мониторов спомощью утилиты Blackmagic SmartView Setup исоединении
устройств по сети см. разделы ниже.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
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272Подготовка кработе
Подключение источников видео
Мониторы SmartView иSmartScope оснащаются стандартными BNC-разъемами, которые
обеспечивают совместимость страдиционным SDI-оборудованием, втом числе
видеомикшерами, камерами, платами захвата, деками идисковыми рекордерами.
Вывод изображения
Для вывода изображения достаточно подключить питание исоединить источник сигнала
сSDI-входом. После этого оно появится на дисплее монитора. Устройство автоматически
определяет формат входящего видео на SDI исквозном интерфейсе
(SD, HD и2K, а также Ultra HD 4K при работе сSmartView 4K иSmartScope Duo 4K).
При отсутствии входящего сигнала подсветка устройства отключается.
Последовательное соединение мониторов
SmartView иSmartScope имеют независимый SDI-вход исквозной выход, что позволяет
выполнить последовательное подключение нескольких мониторов для передачи одного
итого же сигнала.
1 Включите питание на устройстве №1. Подключите источник видео кSDI-входу.
Изображение будет поступать на экран.
2 Включите питание на устройстве №2. С помощью SDI-кабеля соедините сквозной
выход устройства №1 сSDI-входом решения №2.
Количество подключаемых устройств не ограничено.
При выводе формы сигнала спомощью SmartScope Duo 4K можно подключить выход
монитора № 1 к монитору № 2 для проверки одного итого же изображения на
обоих дисплеях.
При выводе изображения можно менять настройки или выбирать индикаторы на SmartScope
Duo 4K спомощью утилиты Blackmagic SmartView Setup, а также загружать 3D LUT-таблицы
наBlackmagic SmartView 4K.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
Подключение ккомпьютеру
Для настройки монитора SmartView или SmartScope подключите его к ПК с помощью
USB-кабеля и установите утилиту Blackmagic SmartView Setup.
Порт USB также служит для обновления программного обеспечения, загруженного
свеб-сайта Blackmagic Design. Установка последней версии ПО позволяет расширить
функционал, улучшить совместимость с аппаратными средствами и гарантирует поддержку
дополнительных форматов и стандартов. Утилиту Blackmagic SmartView Setup можно
использовать на компьютерах с операционной системой macOS или Windows.
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273Подготовка кработе
Установка утилиты Blackmagic SmartView Setup
Утилита Blackmagic SmartView Setup совместима с операционной системой macOS (версии
Sierra и High Sierra), а также Windows 8.1 и 10 (64азрядная версия с последними пакетами
обновления). При необходимости установка допускается на несколько сетевых компьютеров.
Комплект поставки включает SD-карту с ПО, но мы рекомендуем использовать
последнююверсию, которую можно загрузить на нашем веб-сайте по адресу
www.blackmagicdesign.com/ru/support.
Установка на macOS
Дважды щелкните кнопкой мыши по значку мастера установки SmartView на SD-карте или
впапке загрузок. В разделе Applications (Приложения) будет создана новая папка SmartView,
содержащая утилиту SmartView Setup, деинсталлятор для удаления устаревших версий при
обновлении системы и различные документы, включая руководство пользователя.
Установка на Windows
В операционной среде Windows откройте SD-карту или загруженный zip-файл и щелкните
дважды по мастеру установки SmartView. Далее следуйте инструкциям на экране.
В операционной среде macOS запустите файл SmartView.dmg
с SD-карты либо из папки загруженных документов, затем
дважды щелкните по значку мастера установки SmartView
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274Работа сутилитой Blackmagic MultiViewSetup
Работа сутилитой Blackmagic
MultiViewSetup
Обновление программного обеспечения
После завершения установки Blackmagic SmartView Setup щелкните по значку настроек под
названием монитора. Если используемая версия устарела, появится сообщение
спредложением обновить ПО SmartView или SmartScope. Для этого выполните описанные
ниже действия.
3 Соедините монитор SmartView или SmartScope скомпьютером через порт USB или
Ethernet изапустите утилиту Blackmagic SmartView Setup.
4 При появлении сообщения выберите Update. Процесс обновления занимает около
пяти минут.
5 По окончании обновления появится сообщение "This SmartView has been updated".
6 Выберите Close.
Если используется актуальная версия, откроется страница снастройками монитора.
Если необходимо обновить ПО, при запуске утилиты Blackmagic
SmartView Setup появится соответствующее сообщение
Процесс обновления занимает около пяти минут
Изменение настроек монитора
При запуске утилиты Blackmagic SmartView Setup будет выполнен поиск устройств SmartView
или SmartScope, подключенных через USB или Ethernet, сотображением результатов на
начальной странице SmartView Setup. При наличии двух или более мониторов для перехода
кнужному используют левую иправую стрелки по бокам начальной страницы. Если
устройство подключено через порт USB, рядом сего именем появится
соответствующий значок.
Чтобы изменить используемые параметры, выберите монитор инажмите на значок настроек
под именем монитора. Откроется соответствующая страница. После завершения настройки
нажмите кнопку Save, чтобы сохранить изменения ивернуться кначальной странице.
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275Работа сутилитой Blackmagic MultiViewSetup
Подробнее о настройках на мониторах Blackmagic иих применении см. следующий раздел.
Информацию об установке сетевых параметров спомощью Blackmagic SmartView Setup
можно найти вразделе «Изменение сетевых настроек».
Утилита Blackmagic SmartView Setup автоматически выполняет
поиск устройств SmartView иSmartScope, подключенных по
сети или через порт USB. При обновлении программного
обеспечения убедитесь вналичии соединения смонитором
через нужный порт. При использовании USB-интерфейса
рядом сименем отображается соответствующий значок.
Настройки Monitor
Для выполнения настройки ивывода параметров монитор должен быть подключен через
Ethernet или USB. С помощью левой или правой стрелки на начальной странице SmartView
Setup перейдите кнужному устройству, затем под его именем выберите соответствующий
значок. На странице настроек автоматически отображается комбинация поддерживаемых
опций всоответствии свыбранной моделью.
В раскрывающемся меню Display выберите Video
Monitoring или нужный индикатор параметров
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276Работа сутилитой Blackmagic MultiViewSetup
Настройка Adjust
При работе со SmartScope или SmartView Duo выберите нужный монитор: Left Monitor (левый),
Right Monitor (правый) или Both Monitors (оба). Если используется настройка Both Monitors,
любые изменения яркости, контрастности или насыщенности будут применяться кобоим
мониторам.
Настройка Display
При работе со SmartScope раскрывающееся меню Display содержит доступные индикаторы
параметров. Чтобы выводить изображение без индикации, выберите опцию Video Monitoring.
Настройка Set
При работе со SmartScope раскрывающееся меню Set позволяет выбрать пропорции кадра
(4:3 или 16:9) для вывода SD-видео, а для настройки Display можно использовать разные
индикаторы, втом числе Vectorscope, Audio dBFS иAudio dBVU.
Video Monitoring: вывод изображения спропорциями кадра 4:3 или 16:9. При
просмотре широкоэкранного анаморфного SD-видео выберите опцию 16:9,
востальных случаях — 4:3.
Vectorscope: выберите настройку 100% или 75% взависимости от используемого
тестового сигнала сцветными полосами.
Audio dBFS: выбор пары звуковых каналов для мониторинга фазы.
Audio dBVU: выбор пары звуковых каналов для мониторинга фазы.
При просмотре анаморфного SD-видео
выберите опцию SD Aspect to 16:9
Настройки Brightness, Contrast иSaturation
Изменение яркости, контрастности инасыщенности спомощью соответствующих слайдеров.
Настройка Identify
Поставьте флажок для настройки Identify, чтобы отображать белую рамку на дисплее того
устройства, которое выбрано вBlackmagic SmartView Setup. Это облегчает идентификацию,
если клокальной сети подключено несколько мониторов SmartView иSmartScope.
При использовании совместно снастройкой Both Monitors белая рамка отображается на
обоих дисплеях мониторов SmartView Duo иSmartScope Duo 4K.
Передвиньте слайдер вправо или влево для
изменения настроек Brightness, Contrast или Saturation.
Чтобы визуально идентифицировать выбранный
монитор, поставьте флажок для Identify.
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277Работа со SmartView 4K
Работа со SmartView 4K
Обзор Blackmagic SmartView 4K
Вещательный монитор SmartView 4K имеет интерфейс 12G-SDI для работы сUltra HD при
размере корпуса 6 RU. Эта модель поддерживает SD-, HD- и Ultra HD-форматы вплоть до
2160p/60, а яркий дисплей сширокой диагональю обеспечивает точную фокусировку
имониторинг цвета.
Модель SmartView 4K предназначена для использования встационарных имобильных
студиях. Боковое расположение интерфейсов ивозможность крепления по стандарту VESA
позволяют выполнять установку вусловиях ограниченного пространства, на стену или
поворотный кронштейн. SmartView 4K поддерживает два способа управления: спомощью
встроенной панели или удаленно через Ethernet при отсутствии локального доступа.
Два многоскоростных интерфейса 12G-SDI позволяют использовать разные источники
SDI-сигнала, а наличие гнезда для SFP-модуля по стандарту SMPTE обеспечивает передачу
видео по оптоволоконному соединению. Выход 12G-SDI дает возможность выводить
изображение на любое оборудование. Для сетевого соединения, удаленного управления
исквозного вывода при последовательном подключении кдругим мониторам есть два порта
Ethernet. Дополнительно предусмотрены разъемы для индикации состояния во время
эфирной работы ипорт USB для обновления программного обеспечения.
С помощью Blackmagic SmartView Setup можно загрузить созданные вDaVinci Resolve 3D
LUT-таблицы как файлы .cube, чтобы выводить изображение скамеры на SmartView 4K втом
виде, который максимально приближен кконечной версии после грейдинга. Два уровня
выделения контуров обеспечивают точную фокусировку, а совместимость систочниками
постоянного ипеременного тока позволяет подключать SmartView 4K косновной сети
энергоснабжения ик внешнему аккумулятору на площадке.
SmartView 4K является идеальным решением для мониторинга встудийных имобильных
условиях, обеспечивая вывод не только SD- иHD-, но иUltra HD-видео сразрешением
3840x2160 пикселей.
ПРИМЕЧАНИЕ. При подключении внешнего источника питания ко входу
постоянного тока убедитесь втом, что выходной разъем аккумулятора рассчитан на
мощность 24Вт снапряжением 12В.
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278Работа со SmartView 4K
Кнопки панели управления
Кнопки на панели управления служат для быстрого изменения настроек монитора
SmartView 4K.
INPUT
Служит для выбора входящего сигнала содного из двух интерфейсов 12G-SDI или
дополнительного оптического SFP-модуля. Если видео не поступает на выбранный вход,
отображается черный экран. При переключении между входами влевом верхнем углу
экранакратковременно выводится информация о формате поступающего сигнала.
DISP
Служит для настройки яркости ЖК-дисплея спомощью стрелок вверх ивниз. Нажмите
кнопку DISP еще раз для выхода.
H/V DELAY
Служит для вывода дополнительных данных, встроенных вSDI-видео. Чтобы увидеть данные,
расположенные горизонтально, нажмите кнопку один раз. Нажмите еще раз для показа
вертикальных данных, например скрытых субтитров.
BLUE ONLY
Если вцифровом видеосигнале есть шум, он заметен всинем канале. Чтобы проверить
наличие шума, нажмите кнопку BLUE ONLY. После этого будет выводиться черно-белое
изображение, которое также может служить для проверки фокуса камеры.
ZOOM
Служит для увеличения масштаба. Нажмите кнопку один раз, чтобы проверить фокусировку.
Для возврата кобычному размеру нажмите еще раз.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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279Работа со SmartView 4K
PEAK
Служит для проверки фокусировки спомощью выделения контуров изображения. Вокруг
наиболее резких элементов будет отображаться зеленая кромка. Для этой функции
предусмотрены два уровня споследовательным переключением от одной настройки кдругой.
Когда зеленая кромка имеет наиболее отчетливый вид, фокус камеры настроен точно.
3D LUT 1 и3D LUT 2
Служат для вывода изображения сприменением пользовательских таблиц 3D LUT,
созданных вBlackmagic DaVinci Resolve (файлы срасширением .cube). Для включения
нажмите кнопку один раз. Чтобы отключить LUT-таблицы, нажмите еще раз. Подробнее
оработе с3D LUT-таблицами на SmartView 4K см. раздел «Загрузка 3D LUT спомощью
Blackmagic SmartView Setup».
H MARK иV MARK
Кнопки служат для вывода иредактирования маркеров кадра, спомощью которых можно
сохранять важную информацию или графику вбезопасной зоне экрана. Так как границы
кадра различаются взависимости от типа телевизора или дисплея, центральная область
изображения будет всегда оставаться видимой.
Для вывода горизонтальных или вертикальных маркеров кадра нажмите соответственно
HMARK или V MARK. Нажмите еще раз, чтобы отредактировать настройки. С помощью
стрелок вверх ивниз можно менять их позицию. Нажмите для подтверждения новых
координат. Чтобы отключить маркеры, нажмите кнопку еще раз.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
Стрелки вверх ивниз
Служат для изменения настроек (например, для увеличения или уменьшения яркости,
атакже при редактировании положения маркеров).
Питание
Нажмите кнопку питания, чтобы включить SmartView 4K. Для отключения устройства нажмите
кнопку еще раз.
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280Работа со SmartView 4K
Загрузка 3D LUT спомощью Blackmagic SmartView Setup
SmartView 4K позволяет вести мониторинг спомощью 3D LUT-таблиц. Это дает возможность
настраивать устройство сиспользованием профессиональных средств калибровки или
просматривать материал втом виде, который максимально приближен кконечной версии
после грейдинга. 3D LUT-таблицы также помогают экспериментировать сразными цветовым
схемами. Для загрузки на SmartView 4K используют утилиту Blackmagic SmartView Setup.
Таккак монитор поддерживает файлы срасширением .cube, допускается работа
ссобственными таблицами, созданными вBlackmagic DaVinci Resolve. Подробнее о создании
файлов см. руководство по DaVinci Resolve.
Порядок загрузки 3D LUTаблиц
1 Запустите утилиту Blackmagic SmartView Setup.
2 Нажмите кнопку Load для Load LUT 1. Откроется диалоговое окно для указания пути
кзагружаемой таблице. Выберите необходимый файл срасширением .cube, затем
нажмите Open.
3 Для просмотра загруженной таблицы выберите 3D LUT 1 на панели управления
SmartView 4K. Для отключения нажмите соответствующую кнопку еще раз.
Чтобы загрузить вторую LUT-таблицу, выполните аналогичные действия для 3D LUT 2.
Для загрузки 3D LUT-таблицы на SmartView 4K
используют утилиту Blackmagic SmartView Setup
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281Работа со SmartScope Duo 4K
Работа со SmartScope Duo 4K
Обзор Blackmagic SmartScope
Традиционные осциллографы, используемые впостпроизводстве ина телевидении,
являются очень дорогостоящими устройствами ипри этом способны выводить на экран
только по одному параметру за раз.
SmartScope Duo 4K имеет два дисплея, которые позволяют вреальном времени
контролировать различные параметры сигнала, при этом изменение способа представления
спомощью утилиты Blackmagic SmartView Setup сразу применяется кизображению на экране
устройства. Каждый входящий поток, поступающий через сквозной SDI-интерфейс, можно
направлять на любой из двух дисплеев: например, индикаторы сигнала — на правый, а само
изображение — на левый.
Индикаторы, отображаемые на SmartScope Duo 4K, можно выбрать спомощью утилиты
Blackmagic SmartView Setup. Для этого перейдите краскрывающемуся меню Display.
Подробнее о назначении каждого из индикаторов испособах их использования см.
разделы ниже.
С помощью Blackmagic SmartView Setup на дисплеи монитора BlackmagicSmartScope Duo 4K можно
выводить различные индикаторы
Мониторинг видео
Когда для настройки Display используется опция Video Monitoring, на экран выводится
поступающее на вход изображение.
Для SD-сигнала вменю Set можно выбрать пропорции кадра 4:3 или 16:9. Любые изменения
настроек яркости, контрастности или насыщенности можно сразу увидеть на дисплее. Они
применяются только для отображения на мониторе, но не затрагивают непосредственно
сам сигнал.
Один дисплей можно использовать для вывода видео, а другой — для отображения
индикаторов. Для этого соедините сквозной SDI-выход монитора №1 ивход монитора
№2спомощью короткого кабеля.
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282Работа со SmartScope Duo 4K
В меню Set утилиты Blackmagic SmartView Setup для SDидео
можно выбрать пропорции кадра 4:3 или 16:9. Для просмотра
анаморфного изображения используется вторая опция.
Опция Video Monitoring для настройки Display позволяет выводить изображение втаком же виде,
вкаком оно поступает на экран телевизора или монитора
Форма сигнала
Этот индикатор служит для отображения формы сигнала вцифровом виде ииспользуется
для мониторинга видео инастройки его уровня яркости.
В отличие от традиционных мониторов, которые способны работать только саналоговым
композитным видео встандартном разрешении, SmartScope Duo 4K поддерживает SD,
HDиUltra HD. Это позволяет вести полноценный контроль уровня яркости даже при работе
сформатами высокой четкости.
Для этого выберите опцию Waveform враскрывающемся меню Display утилиты Blackmagic
SmartView Setup. Чтобы не допустить засветки или затемнения, уровень яркости не должен
опускаться ниже 0% иподниматься выше 100%.
Форма сигнала — это графическое представление изображения, показывающее уровни
яркости сраспределением вграницах кадра. Например, если засвечена часть неба, это будет
заметно на соответствующем участке.
Вид формы сигнала зависит от съемочного материала. При мониторинге кадров свысокой
контрастностью полутона могут отсутствовать. На рисунке ниже показана форма сигнала
сравномерной экспозицией: левая часть соответствует темному участку, а область от центра
кправому краю кадра — более светлым зонам.
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283Работа со SmartScope Duo 4K
Дисплей формы сигнала показывает уровни яркости
Чтобы увидеть параметры яркости сигнала, выберите
опцию Waveform для настройки Display
Вектороскоп
Этот индикатор позволяет получить информацию о цветах видеосигнала. Выберите 100% или
75% враскрывающемся меню Set взависимости от используемого тестового сигнала
сцветными полосами.
Иногда считают, что спомощью вектороскопа можно выявлять некорректные уровни
сигнала. Подобное мнение ошибочно, потому что для этого нужно видеть значения цветности
ияркости. Чтобы определить некорректные уровни, используется дисплей RGB Parade.
Цвета, приближенные кбелому или черному, не могут быть такими же насыщенными, как
более глубокие цвета, формирующие различные оттенки. Так как вектороскоп не показывает
значения яркости, его нельзя использовать только для выявления некорректных уровней.
Вектороскоп идеально подходит для проверки икоррекции цвета визображении,
полученном со старых аналоговых видеопленок. Для этого достаточно воспроизвести
нужный фрагмент, а затем скорректировать параметры цветности итона спомощью шкалы.
Вектороскоп будет незаменимым инструментом при выполнении цветокоррекции, потому что
он позволяет проверить баланс белого. Если изображение содержит какой-либо цветовой
оттенок, информация о нем будет смещаться от центра вектороскопа иможет иметь две
точки. Если всигнале используется гашение, то обычно вцентре диаграммы отображается
точка, потому что во время гашения видео представляет собой черное поле. Оно может
служить полезной контрольной точкой, спомощью которой легко установить отсутствие
информации о цвете.
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284Работа со SmartScope Duo 4K
Если изображение содержит какой-либо цветовой оттенок, информация о нем будет
смещаться от центра. Степень смещения зависит от интенсивности цветового оттенка
изатрагивает участки, отображающие как светлые, так итемные тона. Благодаря этому
вектороскоп можно использовать для удаления цветовых оттенков исохранения
правильного баланса белого.
Вектороскоп позволяет корректировать цвет без добавления нежелательных оттенков
вобластях света итени. Хотя баланс цвета можно контролировать спомощью дисплея RGB
Parade ивектороскопа, проблемы сэтим параметром проще отследить во втором случае.
При установке цвета человеческого лица параметр насыщенности обычно должен
соответствовать положению «10 часов» на вектороскопе. Это положение называется линией
«телесного тона» ипозволяет добиться такого цвета кожи, который будет выглядеть
естественным независимо от расовой принадлежности человека.
Линия «телесного тона» соответствует
положению «10 часов» на вектороскопе
Выберите 100% или 75% взависимости от используемого
тестового сигнала сцветными полосами
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285Работа со SmartScope Duo 4K
Дисплей параметров
Дисплеи RGB Parade иYUV Parade позволяют получить информацию о некорректных уровнях
цвета иидеально подходят для грейдинга.
При выполнении цветокоррекции выберите RGB Parade враскрывающемся меню Display.
Дисплей RGB Parade отображает по отдельности полную шкалу красного, зеленого исинего
каналов. Когда изображение представлено втаком виде, проще контролировать цветовой
баланс вобластях света, полутона итени, а также удалять нежелательную тонировку.
Во время выполнения цветокоррекции важно сохранять сигнал взаданных границах.
Приувеличении его уровня нужно следить за тем, чтобы он не выходил за пределы,
установленные для параметров RGB. Независимо от используемого оборудования, монитор
SmartScope Duo 4K позволяет всегда видеть некорректные уровни RGB-изображения.
Некорректные уровни могут проявляться как засветка или затемнение изображения.
Внекоторых системах грейдинга уровень черного можно уменьшить ниже 0%. При наличии
некорректных уровней черного для их компенсации увеличьте значение Lift или Gain,
ноубедитесь втом, что уровень сигнала не превышает 100%, чтобы не допустить засветки
вобластях света.
Для проверки уровней YUV выберите враскрывающемся меню Display опцию YUV Parade.
Вэтом случае параметры яркости будут отделены от цвета подобно тому, как принято
втелевещании. Левая часть дисплея соответствует яркости, а второй итретий индикаторы
содержат информацию о цвете. YUV Parade позволяет выполнять калибровку цвета по
тестовым шаблонам для корректной передачи вещательного сигнала на экраны телевизоров.
Благодаря цветокоррекции можно получить максимально качественное изображение
ссохранением уровней сигнала взаданных границах.
RGB Parade
Термины цветокоррекции
Тени темные тона.
Гамма средние тона.
Света – светлые тона.
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286Работа со SmartScope Duo 4K
YUV Parade
В раскрывающемся меню Display выберите
дисплей RGB Parade или YUV Parade
Гистограмма
С гистограммой чаще всего имеют дело графические дизайнеры иоператоры камер.
Онапоказывает распределение элементов изображения от белого кчерному цвету
ипозволяет увидеть недостаточную или избыточную экспозицию. С ее помощью можно
также контролировать изменение видео при корректировке средних тонов.
В левой части дисплея сосредоточена информация о темных тонах, вправой части —
осветлых. Как правило, она должна находиться винтервале от 0% до 100%. При
недостаточной или избыточной экспозиции информация об изображении выходит за эти
крайние точки. Дефекты экспозиции осложняют обработку изображения иего
цветокоррекцию на этапе постпроизводства, поэтому во время съемки важно следить за тем,
чтобы гистограмма не опускалась ниже крайней левой точки ине поднималась выше крайней
правой точки. В этом случае колорист будет иметь больше свободы при выполнении
грейдинга.
Когда во время цветокоррекции применяют засветку или затемнение, гистограмма
отображает этот эффект ипоказывает степень недостаточной или избыточной экспозиции.
Средние тона позволяют добиться сходного эффекта ипри этом сохранить больше деталей.
Гистограмма не подходит для проверки некорректных уровней, хотя дает возможность
увидеть недопустимые значения светлых итемных тонов. Так как она не отображает цвета,
некорректные уровни нельзя увидеть даже при их наличии. Для выявления таких уровней
нужно использовать индикатор RGB Parade, который показывает как цвет, так ияркость
элементов видеосигнала.
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287Работа со SmartScope Duo 4K
Гистограмма показывает распределение элементов
изображения от белого кчерному цвету
В раскрывающемся меню Display выберите Histogram
Уровень звука
Этот индикатор показывает уровень звука, встроенного вSDI-видео. Из поступающего
потока извлекается до 16каналов аудио, которые отображаются врежиме dBVU или dBFS.
Индикатор VU показывает средние уровни сигнала, прост вприменении ичаще встречается
на оборудовании предыдущего поколения. Он откалиброван всоответствии
срекомендациями SMPTE (тональный тест-сигнал 1 кГц имеет значение -20 dBFS).
dBFS представляет собой индикатор всего цифрового аудиосигнала иобычно используется
всовременном оборудовании.
Аудиометр вправой части экрана предназначен для мониторинга двух каналов звука,
которые выбирают враскрывающемся меню Set (Phase scope to 1 & 2, Phase scope to 3 & 4
ит.д.). Он отображает моно- или стереодорожку вдвухмерной системе координат
ипозволяет выявлять нарушение баланса инесовпадение по фазе. Монодорожка будет
представлена ввиде единичной вертикальной линии. Если показана горизонтальная линия,
имеет место сдвиг фазы, что может привести кпотере сигнала при передаче на другое
оборудование. Несовпадение по фазе — одна из самых частых технических проблем при
использовании большого количества соединений.
При мониторинге стереодорожки сигнал имеет округлую форму, отображая разницу между
правым илевым аудиоканалами. Чем больше стереозвука содержится ваудиодорожке,
темболее закругленным будет изображение на экране. Если аудио содержит минимальное
количество стереоэффектов, форма сигнала вытягивается вдоль вертикальной линии.
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288Подключение клокальной сети
Речь обычно отображается как вертикальная линия, а музыка со стереоэффектами —
какэллипс или круг. Это объясняется тем, что аудиометр показывает монодорожку как L+R
навертикальной оси, а стереодорожку — ввиде разницы L-R на горизонтальной оси.
Индикатор уровня звука показывает
пиковые значения ибаланс аудио
В раскрывающемся меню Set выберите
пару аудиоканалов для мониторинга
Подключение клокальной сети
Подключив SmartView или SmartScope клокальной сети, можно выполнить удаленную
настройку сразу нескольких мониторов.
Хотя SmartView иSmartScope позволяют выводить видео без предварительной настройки,
сначала нужно установить сетевые параметры. Это можно сделать только путем прямого
подключения оборудования ккомпьютеру через порт USB.
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289Подключение клокальной сети
Подключение ксети Ethernet
Удаленная настройка монитора выполняется путем прямого подключения ккомпьютеру по
локальной сети Ethernet, при этом использование сетевого коммутатора не требуется.
Дополнительные устройства можно соединить между собой по цепочке через порт Ethernet.
На каждое из них должно поступать питание.
Когда мониторы подключают без указания IP-адресов или локальная сеть отсутствует,
соедините SmartView или SmartScope напрямую спортом Ethernet на компьютере. В этом
случае можно обойтись без кабеля для использования ссетевым коммутатором.
Подключение через Ethernet
Сетевой коммутатор
При работе снесколькими мониторами SmartView или SmartScope влокальной сети только
один из них нужно соединить ссетевым коммутатором, а остальные можно подключить
последовательным способом через сквозной порт Ethernet. Питание должно подаваться на
все устройства вцепочке.
Соединение ссетевым коммутатором позволяет изменить настройки устройства слюбого
локального компьютера. Если сеть имеет беспроводную точку доступа, это можно сделать
через Wi-Fi спомощью ноутбука (операционная система Mac или Windows).
Ниже описан порядок подключения SmartView иSmartScope клокальной сети сIP-адресами.
1 Соедините устройство споставляемым блоком питания ивключите его.
2 Для соединения ссетевым коммутатором или при подключении напрямую
ккомпьютеру используйте стандартный кабель Ethernet сразъемом RJ45.
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290Подключение клокальной сети
Схема соединения всети Ethernet
Монитор можно подключить напрямую ккомпьютеру через порт Ethernet без использования
сетевого коммутатора. При последовательном соединении питание должно подаваться на
все устройства вцепочке.
SmartScope 4KDuo
Схема соединения скоммутатором всети Ethernet
При работе снесколькими мониторами влокальной сети только один из них нужно соединить
ссетевым коммутатором, а остальные можно подключить последовательным способом.
Питание должно поступать на все устройства.
SmartScope 4KDuo
Сетевой коммутатор
Ethernet
Компьютер-
клиент
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291Изменение сетевых настроек
Изменение сетевых настроек
Сетевые параметры
Имя устройства
Для удобства идентификации можно изменить имена мониторов SmartView иSmartScope
(например, «Внестудийные камеры 1 и2», «Многооконный выход», «4Kидео» ит. д.).
Чтобы изменить имя устройства, убедитесь, что оно подключено через порт Ethernet или
USB. Откройте утилиту Blackmagic SmartView Setup ивыберите значок настроек под именем
монитора. Перейдите кразделу сетевых параметров ив строке Name раздела Details
укажите новое имя. При использовании недопустимого значения появится соответствующее
предупреждение. Если формат имени корректен, рядом сним будет отображаться флажок
зеленого цвета. Нажмите Enter (ввод) склавиатуры, чтобы подтвердить изменение.
Сетевые параметры
Чтобы изменить сетевые настройки спомощью утилиты Blackmagic SmartView Setup, монитор
должен быть подключен ккомпьютеру через порт USB. Порт Ethernet не предназначен для
этих целей.
По умолчанию для автоматического получения сетевого IP-адреса используется
настройка DHCP.
Чтобы получить DHCP-адрес в случае отсутствия DHCP-сервера, можно активировать
функцию Internet Sharing (на macOS) или Internet Connection Sharing (ICS) (Windows 8.1 или
Windows 10). Это поможет избежать ввода статичных IP-адресов вручную, в том числе без
подключения компьютера к Интернету. Подробнее см. разделы справки в ОС macOS,
Windows 8.1 или Windows 10.
Если DHCP не используется, выберите Static IP. При установке статичного IPдреса
обратитесь за помощью ксистемному администратору. Каждому устройству SmartView или
SmartScope необходимо присвоить уникальный IP-адрес иобщий адрес для Subnet Mask.
Настройки по умолчанию вполе Gateway менять не нужно, если монитор не подключен
ксетевому шлюзу (например, к интернет-коммутатору).
Если мониторы SmartView иSmartScope не обнаружены, скорее всего им не были присвоены
IPдреса спомощью протокола DHCP. В этом случае необходимо ввести соответствующие
сетевые настройки вручную в описанном ниже порядке.
1 Подключите монитор SmartView или SmartScope ккомпьютеру через порт USB
иоткройте утилиту Blackmagic SmartView Setup.
2 Подключенный монитор будет автоматически распознан ипоказан на начальной
странице Blackmagic SmartView Setup, а рядом сего именем появится значок USB.
3 Измените сетевые настройки монитора.
4 Повторите описанные выше действия для других мониторов, которым не были
присвоены IPдреса спомощью протокола DHCP.
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292Изменение сетевых настроек
Значок USB рядом сименем монитора указывает на то, что он
подключен ккомпьютеру через порт USB. Это соединение
используют для изменения сетевых настроек монитора.
Сетевые настройки можно установить двумя
способами (DHCP или Static IP). Для их изменения
используется подключение через порт USB.
Добавление монитора
Если SmartView или SmartScope Duo 4Kне отображается на главной странице утилиты
SmartView Setup, но известен IP-адрес устройства, его можно добавить вручную. Для этого
выполните описанные ниже действия.
1 Убедитесь, что устройство подключено через порт Ethernet. Выберите знак плюса
внижнем левом углу экрана. Откроется диалоговое окно для добавления монитора.
2 Введите IP-адрес устройства инажмите Add.
3 Будет проверено наличие подключенных устройств идобавлен новый монитор,
информация о котором появится на главной странице утилиты SmartView Setup.
Чтобыувидеть его, нажмите на правую стрелку.
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293Индикация состояния
Чтобы добавить монитор SmartView или SmartScope ксписку
подключенных устройств, выберите знак плюса ивведите IP-адрес
Индикация состояния
Контакты порта Tally-индикации
Если вы не используете индикацию состояния при работе со SmartView или SmartScope,
перейдите кследующему разделу.
Всемониторы SmartView иSmartScope поддерживают индикацию состояния, которая
отображается как красная, зеленая или синяя рамка (в эфире, предварительный просмотр
или запись соответственно).
9-контактный разъем типа D-sub может принимать сигналы замыкания свидеомикшера
исистем автоматизации. Подробнее см. схему подключения иразводки.
Схема сописанием 9-контактного разъема типа D находится на задней панели устройства.
На экранах SmartView Duo для индикации используются рамки зеленого икрасного цвета
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294Регулировка угла обзора
SmartView Duo и SmartScope Duo 4K
Назначение контактов
Контакт Функция
1 Монитор 1, рамка красного цвета
2 Монитор 1, рамка зеленого цвета
3 Монитор 1, рамка синего цвета
4 Земля
5 Земля
6 Земля
7 Монитор 2, рамка красного цвета
8 Монитор 2, рамка зеленого цвета
9 Монитор 2, рамка синего цвета
SmartView HD и SmartView 4K
Назначение контактов
Контакт Функция
1 Красный
2 Зеленый
3 Синий
4 Земля
5 4 3 2 1
9
8
7 6
Порт Tally-индикации на SmartView
Регулировка угла обзора
При размещении мониторов SmartView Duo, SmartView HD иSmartScope встойке
соборудованием можно перевернуть устройство, чтобы получить оптимальный угол обзора.
Вэтом случае ориентация выводимого на экраны изображения поменяется автоматически.
Чтобы снять лицевую панель иустановить ее обратно, понадобится отвертка Pozidriv 2. Это
простая процедура, не требующая разборки корпуса.
Ниже описан порядок снятия иобратной установки лицевой панели для сохранения логотипа
Blackmagic Design висходном положении. Для этого понадобится отвертка Pozidriv 2.
1 Открутите винты со всех четырех сторон лицевой панели. Модели SmartView Duo
иSmartScope Duo 4K имеют по 10винтов, SmartView HD —18.
2 Приподнимите панель иснимите ее, как показано на рисунке.
3 Переверните панель.
4 Установите панель обратно.
5 Закрепите панель на корпусе спомощью винтов.
Теперь устройство готово кустановке встойку. После этого изображение будет выводиться
снужной ориентацией без регулировки спомощью внешних органов управления.
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295Регулировка угла обзора
Для проверки оптимального угла обзора рекомендуется попробовать разные варианты
Чтобы снять лицевую панель скорпуса, открутите все винты
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296Информация для разработчиков
Информация для разработчиков
Developing Custom Software Using Blackmagic Design Hardware
The Blackmagic SmartView Ethernet Protocol allows developers to remotely control Blackmagic
SmartView and SmartScope hardware with their own custom software. The Blackmagic SmartView
Ethernet Protocol is a text-based status and control protocol.
Downloading the Free SmartView EthernetProtocol
The Blackmagic SmartView Ethernet Protocol is free. It is included in this SmartView & SmartScope
manual and can be downloaded from www.blackmagicdesign.com/ru/support
Joining the Blackmagic Design Developer List
The Blackmagic Developer mailing list is designed for technical questions regarding technologies
used by Blackmagic Design, e.g., QuickTime, Core Media, DirectShow, codecs, APIs, SDKs, etc.
Thefree mailing list is a forum where developers can discuss ideas and problems with other
developers. Any subscriber may reply and the Blackmagic Design engineers may also
respond when appropriate. You can subscribe to the mailing list at:
http://lists.blackmagicdesign.com/mailman/listinfo/bmd-developer
In some cases, we might request a brief outline of the software you are developing if it is not
immediately obvious from your domain name that your organization develops video software.
Pleasedon’t take offence as we’re simply trying to keep the list free of spam and viruses as well
asend-user customers asking non-development questions, employment agents or sales people
trying to promote products on the list. The list is just for developers.
Contacting Blackmagic Design DeveloperAssistance
You can also contact us via developer@blackmagicdesign.com if you have any developer related
questions or wish to ask questions off the list.
Blackmagic 2K Format – Overview
Blackmagic Design products support 3G-SDI video, which allows twice the data rate of traditional
HD-SDI video. We thought it would be a really nice idea to add 2K film support, via 3G-SDI technology,
so we could simplify feature film workflows. With the popularity of Blackmagic Design editing systems
worldwide, now thousands of people can benefit from a feature film workflow revolution.
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297Информация для разработчиков
This information includes everything product developers need to know for building native 2K SDI
equipment. Of course, all Blackmagic products can be updated, so if the television industry adopts
an alternative SDI-based film standard, we can add support for that too!
Frame Structure
Transmitted at 23.98, 24 or 25 frames per second as a Progressive Segmented Frame.
Active video is 2048 pixels wide by 1556 lines deep.
Total lines per frame : 1650
Active words per line are 1535. One word consists of a 10-bit sample for each of the
four data streams, i.e., a total of 40 bits. See the diagram named Blackmagic 2K Format
- Data Stream Format.
Total active lines : 1556
Total words per line : 1875 for 23.98/24Hz and 1800 for 25Hz.
Fields per frame : 2, 825 lines each
Active lines located on lines 16-793 (field 1) and 841-1618 (field 2).
Transport Structure
Based on SMPTE 372M Dual Link mapping and SMPTE 425M-B support for mapping SMPTE
372M into a single 3 Gb/s link.
Timing reference signals, line number and line CRC insertion is the same as above.
During active video, 10-bit Red, Green and Blue data is sent in the following sequence:
Optional ancillary data is inserted into both virtual interfaces.
At present, only audio data is included: as per standard HD audio insertion (SMPTE S299M)
the audio data packets are carried on data stream two and audio control packets are carried
on data stream one.
Data stream 1: Green_1, Green_2, Green_3, Green_5...Green_2047
Data stream 2: Blue_1, Blue_2, Green_4, Blue_5...Green_2048.
Data stream 3: Red_1, Blue_3, Blue_4, Red_5...Blue_2048.
Data stream 4: Red_2, Red_3, Red_4, Red_6...Red_2048.
Blackmagic 2K Format – Vertical Timing Reference
This diagram shows the vertical timing details with line numbers and Field, Vertical and Horizontal
bits for the Timing Reference Signal codes.
Field 1 Active
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field 2 Active
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
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298Информация для разработчиков
Blackmagic 2K Format – Data Stream Format
This diagram shows the data stream formats around the optional ancillary data section of the
horizontal line. Note that each active pixel takes up three samples.
Data Stream 1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data Stream 2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data Stream 3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data Stream 4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
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299Информация для разработчиков
Blackmagic SmartView Ethernet Protocol v1.3
Summary
The Blackmagic SmartView Ethernet Protocol is a text-based status and control protocol, very similar
in structure to the Videohub protocol, that is accessed by connecting to TCP port 9992 on a
SmartView or SmartScope device.
Upon connection, the SmartView or SmartScope device sends a complete dump of the state
of the device. After the initial dump, state changes are sent asynchronously.
The device sends information in blocks which have an identifying header, followed by a colon.
Ablock can span multiple lines and is terminated by a blank line.
To be resilient to future protocol changes, clients should ignore blocks they do not recognize, up to
the trailing blank line. Within recognized blocks, clients should ignore lines they do not recognize.
Version 1.3 of the Blackmagic SmartView Ethernet
Protocol was released with SmartView 1.3 software.
Protocol Preamble
The first block sent by the SmartView Server is always the protocol preamble:
PROTOCOL PREAMBLE:
Version: 1.3
The version field indicates the protocol version. When the protocol is changed in a compatible way,
the minor version number will be updated. If incompatible changes are made, the major version
number will be updated.
Device Information
The next block contains general information about the connected SmartView or SmartScope device.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
This example shows the output for a SmartView Duo device, which has two LCDs.
TheINVERTEDflag indicates whether the device has detected that it has been mounted in an
inverted configuration to optimize LCD viewing angle.
Legend
↵ carriage return
and so on
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300Информация для разработчиков
Network Configuration
The next block shows the TCP/IP networking configuration:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
The network settings prefixed with CURRENT show the active TCP/IP settings, and are read-only.
The CURRENT settings reflect either the DHCP or Static configuration, depending on the
DYNAMIC IP flag.
Changing Networking Settings
The network can be configured to use either DHCP or a static configuration. To enable DHCP:
NETWORK:
Dynamic IP: true
To set a fixed IP address, supply all static parameters, thus:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
The parameters with the CURRENT prefix are read-only, and show the active configuration,
regardless of the static or dynamic setting.
Changing the device name, or any network settings, will cause the IP connection to be dropped.
Thedevice will restart its networking and advertise its new name on the network.
Changing Monitor Settings
The display settings for each monitor are specified individually. One or more parameters can be
modified at the same time and multiple settings can be supplied in one block.
The valid range for numeric values is 0-255. The CONTRAST and SATURATION properties are
zero-centered, so the normal value is 127, such that the displayed picture is the same as the original.
A value greater than 127 in either channel will cause the contrast or saturation to be increased,
andsimilarly a value less than 127 will cause a decrease.
For example, to set the brightness to 50% and desaturate the image to Black & White:
MONITOR A:
Brightness: 127
Saturation: 0
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301Информация для разработчиков
Displaying SD in 16:9
The following command sets standard definition video to display in 16:9:
MONITOR A:
WidescreenSD: ON
Displaying SD in 4:3
The following command sets standard definition video to display in 4:3:
MONITOR A:
WidescreenSD: OFF
Identification and Tally Settings
The Identify flag is transient, and will cause a white border to be displayed around the entire picture
for a duration of 15 seconds, after which it will be reset. This feature is primarily aimed at identifying
which monitor is currently being configured when it is mounted in a rack comprising multiple units.
To turn on:
MONITOR A:
Ide ntify: tr u e
The IDENTIFY border will temporarily override any other border setting in effect.
The BORDER property can be used to programmatically set the soft Tally colored borders to one
ofthe primary colors: RED, GREEN, BLUE, WHITE or NONE. This setting can be overridden by the
electrical Tally signals at the DB-9 input on the device itself. For example, to set the soft
Tally to green:
MONITOR B:
Border: green
The hard wired tally will always override the soft tally. The full state report will always show the
current valid border.
SmartScope Settings
On SmartScope Duo 4K, each monitor can be set to display a different scope. The values for
activating specific scopes are mapped as follows:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (This is the same as Video Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
In the example above, Monitor A has been set as a video monitor.
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302Информация для разработчиков
Displaying SD in 16:9
The set Video Monitor mode to display standard definition video in 16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Displaying SD in 4:3
To set Video Monitor mode to display standard definition video in 4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
When setting one of SmartScope Duo 4K’s monitors to audio metering, you can also select which
channels to show. The values for selecting which audio channels are mapped in the following way:
0: Channels 1 and 2
1: Channels 3 and 4
2: Channels 5 and 6
3: Channels 7 and 8
4: Channels 9 and 10
5: Channels 11 and 12
6: Channels 13 and 14
7: Channels 15 and 16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
In the example above, Monitor B has been selected to display Audio Metering in Dbvu with audio
channels 1 and 2 selected for the phase meter.
Selecting LUTs for SmartView 4K
To select 3D LUTs using SmartView 4K:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
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303Помощь
Помощь
Как получить помощь
Имеется четыре способа получения помощи.
1 Получение дополнительной информации вцентре поддержки Blackmagic Design на
странице www.blackmagicdesign.com/ru.
2 Обращение кдилеру Blackmagic Design.
Дилеры Blackmagic Design имеют информацию обо всех обновлениях имогут
оперативно оказать профессиональную помощь. Также рекомендуем проверить
возможные варианты поддержки на основе вашего запроса.
3 Обращение спомощью формы «Отправить нам сообщение» на странице поддержки
www.blackmagicdesign.com/ru/support.
4 Обращение вСлужбу поддержки Blackmagic Design. Можно также позвонить
вближайшее представительство Blackmagic Design, телефон которого вы найдете
вразделе поддержки на нашем веб-сайте.
Для оперативного решения проблем заранее приготовьте техническую спецификацию
идетальную информацию о возникших трудностях.
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304Соблюдение нормативных требованийиправила безопасности
Соблюдение нормативных
требованийиправила безопасности
Соблюдение нормативных требований
Утилизация электрооборудования иэлектронной аппаратуры
вЕвропейскомСоюзе
Изделие содержит маркировку, всоответствии скоторой его запрещается
утилизировать вместе сбытовыми отходами. Непригодное для эксплуатации
оборудование необходимо передать впункт вторичной переработки. Раздельный
сбор отходов иих повторное использование позволяют беречь природные ресурсы,
охранять окружающую среду изащищать здоровье человека. Чтобы получить
подробную информацию о порядке утилизации, обратитесь вместные
муниципальные органы или кдилеру, у которого вы приобрели это изделие.
Данное оборудование протестировано по требованиям для цифровых устройств
класса A (раздел 15 спецификаций FCC) ипризнано соответствующим всем
предъявляемым критериям. Соблюдение упомянутых нормативов обеспечивает
достаточную защиту от вредного излучения при работе оборудования внежилых
помещениях. Так как это изделие генерирует, использует иизлучает радиоволны,
принеправильной установке оно может становиться источником радиопомех.
Еслиоборудование эксплуатируется вжилых помещениях, высока вероятность
возникновения помех, влияние которых вэтом случае пользователь должен
устранить самостоятельно.
До эксплуатации допускаются устройства, соответствующие двум главным
требованиям.
1 Оборудование не должно быть источником вредных помех.
2 Оборудование должно быть устойчивым кпомехам, включая помехи,
которые могут вызвать сбой вработе.
Правила безопасности
Электрическая розетка для подключения этого оборудования ксети должна иметь
заземляющий контакт.
Чтобы минимизировать опасность поражения электрическим током, изделие
необходимо защищать от попадания брызг икапель воды.
Допускается эксплуатация вусловиях тропического климата стемпературой
окружающей среды до 40º C.
Для работы устройства необходимо обеспечить достаточную вентиляцию.
При установке встойку убедитесь втом, что не нарушен приток воздуха.
Внутри корпуса не содержатся детали, подлежащие обслуживанию. Для выполнения
ремонтных работ обратитесь вместный сервисный центр Blackmagic Design.
Допускается эксплуатация вместах не выше 2000 м над уровнем моря.
Оборудование позволяет установить оптический SFP-модуль. Используйте только
модули типа Laser class 1.
Рекомендуемые типы SFP-модулей
3G-SDI: PL-4F20-311C
6G-SDI: PL-8F10-311C
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305Гарантия
Предупреждения для технического персонала
Перед обслуживанием отключите питание на обоих силовых разъемах.
Осторожно: плавкий предохранитель двухполюсный/в нейтрали.
Блок питания вэтом устройстве имеет предохранитель влинейном
инейтральном проводах иподходит для подключения ксистеме
энергопитания типа IT вНорвегии.
Гарантия
Ограниченная гарантия сроком 12 месяцев
Компания Blackmagic Design гарантирует отсутствие вданном изделии дефектов материала
ипроизводственного брака втечение 12 месяцев сдаты продажи. Если во время гарантийного
срока будут выявлены дефекты, Blackmagic Design по своему усмотрению выполнит ремонт
неисправного изделия без оплаты стоимости запчастей итрудозатрат или заменит такое
изделие новым.
Чтобы воспользоваться настоящей гарантией, потребитель обязан уведомить компанию Blackmagic
Design о дефекте до окончания гарантийного срока иобеспечить условия для предоставления
необходимых услуг. Потребитель несет ответственность за упаковку идоставку неисправного
изделия всоответствующий сервисный центр Blackmagic Design соплатой почтовых расходов.
Потребитель обязан оплатить все расходы по доставке истрахованию, пошлины, налоги
ииныесборы всвязи свозвратом изделия вне зависимости от причины.
Настоящая гарантия не распространяется на дефекты, отказы иповреждения, возникшие из-за
ненадлежащего использования, неправильного ухода или обслуживания. Компания Blackmagic
Design не обязана предоставлять услуги по настоящей гарантии: а) для устранения повреждений,
возникших врезультате действий по установке, ремонту или обслуживанию изделия лицами,
которые не являются персоналом Blackmagic Design; б) для устранения повреждений, возникших
врезультате ненадлежащего использования или подключения кнесовместимому оборудованию;
в) для устранения повреждений или дефектов, вызванных использованием запчастей или
материалов других производителей; г) если изделие было модифицировано или интегрировано
сдругим оборудованием, когда такая модификация или интеграция увеличивает время или
повышает сложность обслуживания изделия. НАСТОЯЩАЯ ГАРАНТИЯ ПРЕДОСТАВЛЯЕТСЯ
КОМПАНИЕЙ BLACKMAGIC DESIGN ВМЕСТО ЛЮБЫХ ДРУГИХ ПРЯМО ВЫРАЖЕННЫХ ИЛИ
ПОДРАЗУМЕВАЕМЫХ ГАРАНТИЙ. КОМПАНИЯ BLACKMAGIC DESIGN И ЕЕ ДИЛЕРЫ ОТКАЗЫВАЮТСЯ
ОТ ЛЮБЫХ ПОДРАЗУМЕВАЕМЫХ ГАРАНТИЙ КОММЕРЧЕСКОЙ ЦЕННОСТИ ИЛИ ПРИГОДНОСТИ
ДЛЯ КАКОЙ-ЛИБО ОПРЕДЕЛЕННОЙ ЦЕЛИ. ОТВЕТСТВЕННОСТЬ BLACKMAGIC DESIGN ПО
РЕМОНТУИЛИ ЗАМЕНЕ НЕИСПРАВНЫХ ИЗДЕЛИЙ ЯВЛЯЕТСЯ ПОЛНЫМ И ИСКЛЮЧИТЕЛЬНЫМ
СРЕДСТВОМ ВОЗМЕЩЕНИЯ, ПРЕДОСТАВЛЯЕМЫМ ПОТРЕБИТЕЛЮ В СВЯЗИ С КОСВЕННЫМИ,
ФАКТИЧЕСКИМИ, СОПУТСТВУЮЩИМИ ИЛИ ПОСЛЕДУЮЩИМИ УБЫТКАМИ, ВНЕ ЗАВИСИМОСТИ
ОТ ТОГО, БЫЛА ИЛИ НЕТ КОМПАНИЯ BLACKMAGIC DESIGN (ЛИБО ЕЕ ДИЛЕР) ПРЕДВАРИТЕЛЬНО
ИЗВЕЩЕНА О ВОЗМОЖНОСТИ ТАКИХ УБЫТКОВ. BLACKMAGIC DESIGN НЕ НЕСЕТ ОТВЕТСТВЕННОСТИ
ЗА ПРОТИВОПРАВНОЕ ИСПОЛЬЗОВАНИЕ ОБОРУДОВАНИЯ СО СТОРОНЫ ПОТРЕБИТЕЛЯ.
BLACKMAGIC DESIGN НЕ НЕСЕТ ОТВЕТСТВЕННОСТИ ЗА УБЫТКИ, ВОЗНИКАЮЩИЕ ВСЛЕДСТВИЕ
ИСПОЛЬЗОВАНИЯ ЭТОГО ИЗДЕЛИЯ. ПОТРЕБИТЕЛЬ ПРИНИМАЕТ НА СЕБЯ РИСКИ, СВЯЗАННЫЕ
С ЕГО ЭКСПЛУАТАЦИЕЙ.
© Copyright 2018 Blackmagic Design. Все права защищены. Blackmagic Design, DeckLink, HDLink, Workgroup Videohub,
Multibridge Pro, Multibridge Extreme, Intensity и"Leading the creative video revolution" зарегистрированы как товарные
знаки вСША идругих странах. Названия других компаний инаименования продуктов могут являться товарными знаками
соответствующих правообладателей.
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306
Manuale di istruzioni
Giugno 2018
Italiano
SmartView e
SmartScope
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Benvenuto e benvenuta
Il nostro obiettivo è dare a ciascuno l'opportunità di accedere a dispositivi video di
massima qualità, stimolando così la creatività dell'industria televisiva.
Il monitoraggio video è indispensabile in qualsiasi postazione in studio. SmartView 4K
racchiude un display LCD 4K per monitorare video Ultra HD a piena risoluzione inun
comodo design di 6 unità di rack, e pulsanti di controllo per cambiare impostazioni
rapidamente. SmartView HD offre un ampio display LCD da 17 pollici nello spazio
di 6unità di rack con spessore di appena 2,5 cm. Nello spazio di 3 unità di rack,
SmartView Duo affianca due fantastici display LCD completamente indipendenti da
8 pollici con spessore di appena 2,5 cm. SmartScope Duo 4K è dotato di due display
LCD indipendenti da 8 pollici per monitorare la forma d'onda dei livelli del video a colpo
d’occhio. Tutti i monitor SmartView elaborano formati SD, HD e 2K video tramite 3G-SDI.
SmartScope Duo 4K e SmartView 4K supportano l’Ultra HD 4K tramite rispettivamente
connessioni 6G-SDI e 12G-SDI.
Abbiamo progettato questi dispositivi di monitoraggio video per l’utilizzo immediato.
Configurali con il nostro software di installazione Blackmagic SmartView Setup,
semplice e intuitivo.
Questo manuale di istruzioni contiene tutte le informazioni necessarie per installare
SmartView o SmartScope. Se non hai molta dimestichezza con gli indirizzi IP e le reti
di computer, ti consigliamo di rivolgerti a personale esperto per ottenere assistenza
tecnica. SmartView e SmartScope sono facili da installare, ma potrebbe essere
necessario selezionare diverse preferenze tecniche per configurarli.
L’installazione richiede circa 5 minuti. Visita la pagina Supporto del nostro sito web su
www.blackmagicdesign.com/it per scaricare l’ultima versione del manuale e del software
di SmartView. Una volta scaricati gli aggiornamenti, registra i tuoi dati personali per
ricevere le notifiche sugli aggiornamenti software più recenti. Blackmagic è in costante
stato di innovazione. Ti invitiamo a lasciare i tuoi preziosi suggerimenti per consentirci
di migliorare prestazioni e funzionalità.
Grant Petty
AD di Blackmagic Design
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Indice
SmartView & SmartScope
Operazioni preliminari 309
SmartView e SmartScope 309
Collegare le fonti video 310
Collegare un computer 310
Installare Blackmagic SmartView Setup 311
Utilizzare Blackmagic SmartView Setup 312
Aggiornare il software 312
Regolare le impostazioni del monitor 312
Utilizzare SmartView 4K 315
Introduzione 315
Pulsanti di controllo 316
Caricare LUT 3D con Blackmagic SmartView Setup 318
Utilizzare SmartScope Duo 4K 319
Che cosè Blackmagic SmartScope? 319
Monitoraggio video 319
Forma d’onda 320
Vettorscopio 321
Allineamento RGB e YUV 323
Istogramma 324
Monitoraggio audio 325
Collegarsi ad una rete 326
Connessione ethernet diretta 327
Connessione ethernet con interruttore di rete 327
Regolare le impostazioni di rete 329
Impostazioni di rete 329
Aggiungere manualmente un monitor Blackmagic alla rete 330
Utilizzare la funzione tally 331
Connettori pin della porta tally 331
Ottimizzare l’angolo di visuale 332
Informazioni per gli sviluppatori (English) 334
Blackmagic 2K Format – Overview 334
Blackmagic 2K Format –Vertical Timing Reference 335
Blackmagic 2K Format –DataStream Format 336
Blackmagic SmartView Ethernet Protocol v1.3 337
Assistenza 341
Normative e sicurezza 342
Garanzia 343
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309Operazioni preliminari
Operazioni preliminari
SmartView e SmartScope
I monitor SmartView sono perfetti per il monitoraggio su rack. Periniziare basta collegare il
cavo di alimentazione e connettere la fonte video SDI. La gamma SmartView e SmartScope
consiste di quattro modelli.
SmartView 4K ha un display LCD 4K da 15,6” che permette di monitorare video SD, HD, o
UltraHD alla risoluzione nativa di 3840x2160 pixel. I pulsanti di controllo sottostanti consentono
di selezionare facilmente gli ingressi, regolare la luminosità dello schermo, individuare il rumore
nel canale del blu, visualizzare le informazioni nei bordi dell’immagine, applicare le LUT 3D e
altro ancora.
SmartView HD ha un display LCD HD da 17” perfetto per il monitoraggio a piena risoluzione HD.
SmartView Duo è dotato di due monitor per visualizzare contemporaneamente segnali video
diversi. Ad esempio mentre uno mostra un segnale YUV 4:2:2, l’altro mostra un segnale RGB
4:4:4; uno il formato NTSC e l’altro il PAL. Sono possibili numerose combinazioni, e basta
connettere un singolo cavo SDI ad ogni monitor per visualizzarle.
SmartScope Duo 4K ha tutte le caratteristiche di SmartView Duo e in più visualizza anche la
forma d’onda, il vetteroscopio, e altri visualizzatori di segnale comunemente usati per
monitorare i livelli audio e video in tempo reale. Inoltre è perfettamente compatibile con il
formato Ultra HD 4K.
Tutti gli ingressi dei monitor SmartView e SmartScope rilevano automaticamente i formati SD,
HD o 3G-SDI, incluso il 2K. SmartView 4K rileva anche l’Ultra HD 2160p60 tramite 12G-SDI.
SmartScope Duo 4K rileva automaticamante l’Ultra HD 4K tramite 6G-SDI.
Per modificare le impostazioni di più SmartView e SmartScope in modalità remota da un unico
computer, connettili tra di loro tramite ethernet. In questo modo non è necessario collegare ogni
singola unità a un computer con un cavo USB ogni volta che vuoi modificarne le impostazioni.
Sei arrivato alla fine della panoramica dei modelli SmartView e SmartScope. Continua a leggere
il manuale per ulteriori informazioni su come connettere SmartView e SmartScope, configurare
le impostazioni dei monitor con Blackmagic SmartView Setup, e collegarli ad una rete.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
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310Operazioni preliminari
Collegare le fonti video
I monitor SmartView e SmartScope hanno in dotazione connettori BNC standard per collegare
dispositivi SDI tra cui switcher, videocamere, schede di acquisizione, deck e registratori su disco.
Visualizzare le immagini
Visualizzare il video è semplicissimo: collega il dispositivo all’alimentazione e la fonte video a un
ingresso SDI. A questo punto il video dovrebbe essere immediatamente visibile. I segnali SD,
HD e 2K sono automaticamente rilevati dagli ingressi SDI e dalle uscite di loop. SmartView4K e
SmartScope Duo 4K rilevano anche l’Ultra HD 4K.
Quando l’unità non riceve alcun segnale video, la retroilluminazione si spegne, garantendo
risparmio energetico fino all’arrivo di un nuovo segnale.
Collegamento a cascata dei monitor
Ogni monitor SmartView e SmartScope ospita ingressi SDI indipendenti e uscite di loop,
per cui è possibile collegare diversi monitor a cascata di modo che visualizzino lo stesso
segnale d’ingresso:
1 Accendi lunità 1. Connetti una fonte video a un ingresso SDI. Il video dovrebbe
apparire immediatamente.
2 Accendi lunità 2. Connetti un cavo SDI da un’uscita di loop dell’unità 1 ad un ingresso
SDI nell’unità 2.
Non c’è limite al numero di unità che si possono interconnettere.
Se stai effettuando il monitoraggio della forma d’onda mediante SmartScope Duo 4K,
èconsigliabile connettere l’uscita del monitor 1 al monitor 2 in modo che entrambi visualizzino
lo stesso segnale d’ingresso.
Ora che il video è visibile, puoi regolare le impostazioni del monitor o selezionare i visualizzatori
su SmartScope Duo 4K con il software di configurazione di Blackmagic SmartView Setup, utile
anche per caricare LUT 3D su Blackmagic SmartView 4K.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
Collegare un computer
Per configurare le impostazioni del monitor SmartView o SmartScope, collegalo al computer
tramite USB e installa Blackmagic SmartView Setup.
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311Operazioni preliminari
La connessione USB può anche essere usata per rendere effettivi gli aggiornamenti software
scaricati dal sito di Blackmagic Design. Gli aggiornamenti danno accesso alle nuove funzionalità
e offrono il supporto per i dispositivi e i formati di prossima generazione. Il software di
configurazione Blackmagic SmartView Setup è compatibile con i computer macOS e Windows.
Installare Blackmagic SmartView Setup
Blackmagic SmartView Setup è compatibile con l’ultima versione di Sierra e High Sierra su
macOS, e con le versioni a 64 bit su Windows 8.1 e 10 con gli ultimi service pack installati.
Blackmagic SmartView Setup si può installare su più computer collegati in rete.
La scheda SD inclusa con SmartView contiene l’installer, ma suggeriamo di visitare il sito
www.blackmagicdesign.com/it/support per ottenere la versione più recente.
Installazione su macOS:
Apri la scheda SD o l’immagine disco scaricata, e fai doppio clic sull’icona di installazione
SmartView. Nella cartella delle applicazioni verrà creata una cartella SmartView che contiene il
software SmartView Setup, un programma di disinstallazione per rimuovere le versioni
precedenti quando si fa un aggiornamento, e una cartella documenti con questo manuale e
altre informazioni su SmartView.
Installazione su Windows:
Apri la scheda SD o il file zip scaricato, e fai doppio clic sull’icona di installazione SmartView.
Segui le istruzioni sullo schermo per completare l’installazione del software.
Per l’installazione su macOS, apri il file SmartView.dmg contenuto nella scheda SD,
odalla cartella dei download, e fai doppio clic sull’icona di installazione di SmartView
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312Utilizzare Blackmagic SmartView Setup
Utilizzare Blackmagic SmartView Setup
Aggiornare il software
Dopo aver installato e avviato Blackmagic SmartView Setup, clicca sull’icona delle impostazioni
sotto il nome del tuo monitor. Potrebbe suggerirti di aggiornare il software di SmartView o
SmartScope. Per farlo:
1 Collega SmartView o SmartScope al computer tramite USB o ethernet e lancia
Blackmagic SmartView Setup.
2 Apparirà un avviso: clicca su Update. Eseguire l’aggiornamento richiede circa 5 minuti.
3 L’av v i s o This Smartview has been updated (SmartView è stato aggiornato) dovrebbe
apparire al termine dell’aggiornamento.
4 Clicca su Close.
Se il software interno è già aggiornato all’ultima versione, la pagina impostazioni di Blackmagic
SmartView Setup appare sul monitor.
Quando lanci SmartView Setup e clicchi sull’icona delle
impostazioni di SmartView o SmartScope, questo messaggio
appare se è necessario aggiornare il software interno
Eseguire l’aggiornamento richiede circa 5 minuti
Regolare le impostazioni del monitor
Una volta lanciato, Blackmagic SmartView Setup cerca immediatamente le unità SmartView o
SmartScope collegate tramite USB o ethernet e le visualizza nella home. Se hai connesso più
monitor Blackmagic alla rete, clicca sulle frecce destra e sinistra ai lati della home per
selezionare quello che vuoi impostare. Se connesso tramite USB, un’icona USB appare a fianco
al nome del monitor.
Per regolare le impostazioni, seleziona il monitor connesso via ethernet e USB e clicca
sull’icona cartella sotto il nome del monitor. La pagina delle impostazioni del monitor
selezionato si apre sullo schermo. Una volta regolati i parametri desiderati, clicca su Save per
salvarli e tornare alla home di SmartView Setup.
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313Utilizzare Blackmagic SmartView Setup
Per informazioni sulle impostazioni disponibili per i monitor Blackmagic e su come applicarle,
consulta la sezione successiva. Per informazioni su come configurare le impostazioni di rete
utilizzando Blackmagic SmartView Setup, vai alla sezione “Regolare le impostazioni di rete”.
Blackmagic SmartView Setup cerca automaticamente le uni
SmartView e SmartScope connesse via USB o in rete. Quando aggiorni
il software interno del monitor assicurati che sia connesso tramite
USB o ethernet. Un’icona USB appare di fianco al nome del monitor
Impostazioni del monitor
Per regolare le impostazioni e i visualizzatori di ogni monitor, è necessario che siano connessi
tramite ethernet o USB. Seleziona il monitor che vuoi impostare cliccando sulle frecce sinistra e
destra della home di SmartView Setup, quindi clicca sull’icona cartella sotto il nome del monitor
interessato. La pagina delle impostazioni mostra automaticamente le opzioni relative al monitor
Blackmagic selezionato.
Quando usi uno SmartScope, la voce Display offre un menù a
discesa per scegliere i visualizzatori tecnici o il video
Adjust
Quando usi SmartScope o SmartView Duo, scegli il monitor che vuoi regolare selezionando quello
sinistro Left Monitor, quello destro Right Monitor, o entrambi Both Monitors allo stesso tempo.
Quando è selezionata l’opzione Both Monitors, qualsiasi modifica alla luminosità, al contrasto e
alla saturazione verrà applicata a entrambi i monitor su SmartView Duo e SmartScope.
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314Utilizzare Blackmagic SmartView Setup
Display
Quando usi uno SmartScope, la voce Display offre un menù a discesa per scegliere i
visualizzatori. Se vuoi vedere solamente l’immagine del video, seleziona Video Monitoring.
Set
Quando usi SmartScope, il menù a discesa alla voce Set consente di selezionare i rapporti
d’aspetto 4:3 o 16:9 per monitorare il video a definizione standard. Il menù a discesa fornisce
ulteriori opzioni di visualizzazione, tra cui vettorscopio, audio dBFS e audio dBVU.
Video Monitoring: scegli tra i rapporti d’aspetto 4:3 o 16:9 per visualizzare l’immagine
del video.
Quando visualizzi video a definizione standard con formato anamorfico widescreen,
scegli il rapporto d’aspetto 16:9. Quando visualizzi video a definizione standard con
formato tradizionale 4:3, scegli il rapporto d’aspetto 4:3.
Vectorscope: seleziona se l’input è basato su segnali di test al 100% o al 75% delle
barre colore.
Audio dBFS: seleziona la coppia di canali audio per il monitoraggio di fase.
Audio dBVU: seleziona la coppia di canali audio per il monitoraggio di fase.
Scegli SD Aspect to 16:9 con video a definizione
standard in formato anamorfico
Brightness, Contrast, Saturation
Sposta gli slider per regolare le impostazioni di luminosità Brightness, contrasto Contrast e
saturazione Saturation.
Identify
Quando la casella Identify è spuntata, ogni monitor selezionato da Blackmagic SmartView
Setup mostra un bordo bianco. Se in rete sono connesse più unità SmartView e SmartScope,
questa impostazione facilita l’identificazione visiva del monitor selezionato.
Se è utilizzata in concomitanza con l’impostazione Both Monitors, il bordo bianco appare sia su
SmartView Duo che SmartScope Duo 4K.
Sposta gli slider verso destra o sinistra per regolare luminosità,
contrasto e saturazione. Spunta la casella Identify per facilitare
l’identificazione visiva del monitor selezionato
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315Utilizzare SmartView 4K
Utilizzare SmartView 4K
Introduzione
SmartView 4K è un monitor broadcast Ultra HD 12G-SDI di 6 unità di rack che visualizza video
SD, HD, e Ultra HD nativo fino al 2160p60. Con un display luminoso e un ampio angolo di
visuale, offre immagini brillanti e nitidissime per il monitoraggio accurato della messa a fuoco
e del colore, supportando virtualmente qualsiasi tipo di formato video.
Progettato per lo studio e la regia mobile, SmartView 4K è incredibilmente semplice da usare.
Dotato di connettori laterali e fori di montaggio VESA, si può installare in spazi stretti, sulla
parete, o su un braccio articolato. È operabile usando i pulsanti di controllo integrato o, se non
hai accesso al pannello frontale, remotamente tramite ethernet.
Offre due ingressi 12G-SDI multirate che consentono di scegliere tra due sorgenti SDI, e un
alloggiamento per fibra ottica SFP compatibile con lo standard SMPTE, per connettere il video
tramite fibra. Trovano spazio anche unuscita 12G-SDI per inviare il video ad altri dispositivi, e
due porte ethernet per i collegamenti di rete, il controllo remoto, e il collegamento a cascata.
Inoltre include un ingresso tally per la produzione dal vivo, e una porta USB per aggiornare il
software interno.
Grazie al software Blackmagic SmartView Setup è possibile caricare LUT 3D professionali
con estensione .cube o LUT generate in DaVinci Resolve. Una volta applicate le LUT 3D, puoi
collegare SmartView 4K direttamente alla camera e vedere le clip nella versione che più si
avvicina al look finale. Due livelli di focus peaking garantiscono riprese con una messa a fuoco
perfetta, e gli ingressi di alimentazione AC e DC ti danno l’opzione di collegare SmartView 4K
alla corrente. Oppure installa una batteria esterna per la massima mobilità sul set.
SmartView 4K è la soluzione di monitoraggio ideale per video SD, HD, e Ultra HD nella
risoluzione nativa di 3840x2160 per le produzioni broadcast in studio o in esterna.
NOTA Se connetti il monitor a una fonte di alimentazione esterna tramite l’ingresso
DC, assicurati che la fonte supporti 24 Watt a 12 Volt
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316Utilizzare SmartView 4K
Pulsanti di controllo
Una serie di pulsanti ti consentono di regolare rapidamente le impostazioni di SmartView 4K.
INPUT
Naviga tra i segnali video connessi ai due ingressi 12G-SDI e all’ingresso opzionale SFP per la
fibra ottica. Se agli ingressi non è connesso nessun segnale, SmartView 4K mostra una
schermata nera. Quando si passa da un ingresso all’altro, le informazioni sul formato di quello
connesso vengono momentaneamente visualizzate nell’angolo in alto a sinistra del monitor.
DISP
Regola la luminosità dello schermo LCD di SmartView 4K. Aumenta o diminuisci i valori
premendo i pulsanti freccia su e giù. Per chiudere questa impostazione premi di nuovo il
pulsante DISP.
H/V DELAY
Conferma la presenza di dati ausiliari integrati nel segnale video SDI. Per esempio, premi H/V
DELAY una volta per visualizzare i dati ausiliari orizzontali. Premilo di nuovo per visualizzare i
dati ausiliari verticali, utilizzati comunemente per i sottotitoli chiusi.
BLUE ONLY
Se un segnale video digitale è affetto da rumore, è molto più visibile sul canale del blu. Premi
BLU ONLY per verificare facilmente la presenza di rumore. Il monitor mostra il canale del blu
con un’immagine in bianco e nero, utile anche per controllare la messa a fuoco della camera.
ZOOM
Per ottenere una messa a fuoco precisa delle immagini della camera basta usare il pulsante
ZOOM. Premilo una volta per zoomare l’immagine, e vedere chiaramente se un oggetto è a
fuoco. Premilo di nuovo per tornare alla visualizzazione normale.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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317Utilizzare SmartView 4K
PEAK
La messa a fuoco della camera si può tenere facilmente sotto controllo premendo questo
pulsante. La funzione di focus peaking mostra un contorno verde sulle alle aree più nitide
dell’immagine. Ci sono due livelli di intensità di peaking, che puoi esplorare premendo
ciclicamente il pulsante PEAK. Quando i contorni verdi raggiungono la massima intensità,
leimmagini della camera sono a fuoco.
3D LUT 1 e 3D LUT 2
Visualizza l’immagine con l’estetica delle LUT 3D personalizzate generate in DaVinci Resolve,
o delle LUT di standard dell’industria .cube. Premi il pulsante LUT una volta per attivare la LUT.
Premilo di nuovo per disattivarla. Per ulteriori informazioni su come adoperare le LUT 3D con
SmartView 4K, consulta la sezione “Caricare LUT 3D con Blackmagic SmartView Setup.
H MARK e V MARK
Visualizza e modifica le guide di inquadratura. Le guide di inquadratura ti aiutano a comporre
leriprese o a mantenere informazioni o grafica entro la safe area dello schermo. I margini del
segnale video appaiono in misura diversa in base al modello di Tv, ecco perché è utile
visualizzare la safe area. La safe area è una sezione dello schermo che è sempre visibile a
prescindere dalla Tv o dal monitor adoperati.
Per vedere le guide di inquadratura orizzontali e verticali, premi rispettivamente i pulsanti H
MARK e V MARK. Per modificare le guide, premi nuovamente i pulsanti rispettivi. Questo ti
consente di riposizionare le guide utilizzando i pulsanti freccia su e giù. Conferma la nuova
posizione premendo ciascun pulsante. Premili di nuovo per disattivare le guide.
Frecce direzionali
Usa i pulsanti freccia su e giù per regolare i valori delle impostazioni, ad esempio la luminosità o
la posizione delle guide di inquadratura.
Accensione
Premilo una volta per accendere SmartView 4K, e premilo nuovamente per spegnerlo.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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318Utilizzare SmartView 4K
Caricare LUT 3D con Blackmagic SmartView Setup
SmartView 4K consente di monitorare il video attraverso delle LUT 3D. Questo ti permette di
calibrare SmartView 4K mediante apposite LUT professionali, o di visualizzare le immagini nella
versione che più si avvicina all’estetica finale. Le LUT 3D sono utili anche per sperimentare
diversi look. Per caricare le LUT su SmartView 4K basta usare Blackmagic SmartView Setup.
Inoltre poiché SmartView 4K supporta LUT professionali con estensione .cube, puoi anche
caricare LUT personalizzate generate in DaVinci Resolve di Blackmagic. Per ulteriori
informazioni su come generare file LUT, consulta il manuale di DaVinci Resolve.
Per assegnare una LUT 3D al pulsante 3D LUT 1:
1 Lancia Blackmagic SmartView Setup.
2 Premi il pulsante Load alla voce Load LUT 1. Si aprirà una finestra che ti chiederà
di indicare dove si trova il file della LUT che vuoi caricare. Seleziona il file .cube
desiderato, e conferma con il pulsante Open.
3 Per vedere la LUT che hai appena caricato, premi il pulsante 3D LUT 1 sul pannello di
SmartView 4K. Premi di nuovo lo stesso pulsante per disabilitarla.
Segui la stessa procedura per assegnare una LUT al pulsante 3D LUT 2.
Accedi a Blackmagic SmartView Setup per caricare LUT 3D su SmartView 4K
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319Utilizzare SmartScope Duo 4K
Utilizzare SmartScope Duo 4K
Che cosè Blackmagic SmartScope?
In passato i visualizzatori di segnale di qualità broadcast usati nell’industria televisiva in post
produzione erano soluzioni su misura molto costose visualizzabili singolarmente su un piccolo
schermo. Spesso hanno un design mediocre e non fanno una bella figura davanti ai clienti.
SmartScope Duo 4K include visualizzatori della forma d’onda per tenere sotto controllo ogni
aspetto del segnale video su due monitor in tempo reale. Qualsiasi modifica apportata al
segnale d’ingresso su Blackmagic SmartView Setup appare all’istante su SmartScope Duo 4K.
Oltretutto, ogni segnale di ingresso può essere inviato ad entrambi i monitor attraverso l’uscita
SDI di loop. Così facendo puoi usare il monitor destro per monitorare il segnale inviato al
monitor sinistro.
I visualizzatori disponibili su SmartScope Duo 4K sono selezionabili su Blackmagic SmartView
Setup dal menù a discesa alla voce Display.
Le sezioni seguenti approfondiscono il funzionamento di ciascun visualizzatore di segnale per
aiutarti ad interpretare le informazioni.
Accedi a Blackmagic SmartView Setup per scegliere i visualizzatori che
vuoi monitorare sui due display di SmartScope Duo 4K
Monitoraggio video
La modalità Video Monitoring ti consente di visualizzare il video ricevuto da SmartScope.
Se il segnale d’ingresso è SD, nel menù a discesa alla voce Set puoi scegliere tra le opzioni
pillarbox 4:3 o 16:9. Il video riflette all’istante qualsiasi modifica apportata alle impostazioni di
luminosità, contrasto e saturazione dello schermo LCD. Queste impostazioni interessano solo il
monitor, non il segnale video, pertanto i visualizzatori non rispondono ad eventuali modifiche.
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320Utilizzare SmartScope Duo 4K
Spesso è utile visualizzare il video su un monitor e monitorare i segnali sull’altro. Per farlo,
connetti l’uscita di loop SDI di “Monitor 1” all’ingresso SDI di “Monitor 2.
Accedi a Blackmagic SmartView Setup per selezionare tra pillarbox
4:3 e anamorfico 16:9 per il video SD. Scegli SD Aspect to 16:9
per il video a definizione standard in formato anamorfico
Scegli l’impostazione Video Monitoring per visualizzare le immagini come sullo schermo di una Tv
Forma d’onda
Questo visualizzatore mostra una forma d’onda con codifica digitale simile a quella della
luminanza tradizionale, che serve per monitorare e regolare i livelli di luma (luminosità) del
segnale video.
I tradizionali visualizzatori della forma d’onda della luminanza sono compatibili solo con video
analogico composito a definizione standard. SmartScope Duo 4K invece ammette Ultra HD, HD,
e SD, per cui regolare i livelli di luminanza, anche in fase di monitoraggio di formati video digitali
ad alta definizione, è facile e costante.
Su Blackmagic SmartView Setup, seleziona Waveform dal menù a discesa alla voce Display.
Quando monitori la forma donda, assicurarti che i neri non scendano al di sotto dello 0% e
ibianchi non superino il 100% per mantenere i livelli entro la norma.
La forma d'onda è una rappresentazione grafica dell'immagine che mostra i valori di luminanza
nella stessa posizione del relativo fotogramma. Per esempio, se una parte del cielo
èsovraesposta, il problema è visibile nella stessa posizione orizzontale sulla forma d’onda,
proprio come nel fotogramma.
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321Utilizzare SmartScope Duo 4K
La forma d'onda varia in base alle immagini. Per esempio se stai monitorando video ad alto
contrasto, i valori del grigio medio potrebbero non essere visibili. Lesempio qui sotto mostra la
forma donda di un’immagine esposta uniformemente, con unarea scura a sinistra e aree più
luminose nella zona centrale e destra del fotogramma.
La forma d'onda mostra i valori di luminanza
Seleziona Display > Waveform su Blackmagic SmartView Setup
per monitorare la luminanza del segnale video
Vettorscopio
Il vettorscopio mostra i colori di un segnale video. A seconda degli standard delle barre colore
dei segnali di test utilizzati dal tuo studio, seleziona 100% o 75% dal menù a discesa alla voce
Set su Blackmagic SmartView Setup.
Nota che il vettorscopio non consente di controllare i livelli fuori norma. Per questo tipo di
monitoraggio bisogna ricorrere all’allineamento RGB. La ragione per cui il vettorscopio non è
adatto a controllare tali livelli è che per farlo sono necessari sia i valori di luminanza che di
crominanza. Ad esempio, i colori vicino al bianco o al nero nel video non possono essere
saturati come i colori molto più forti, utilizzabili nei grigi medi. Poiché il vettorscopio mostra solo
i colori e non i valori di luminanza, non può essere adoperato unicamente per controllare i colori
fuori norma.
Il vettorscopio è lo strumento migliore per controllare i livelli di colore delle vecchie
videocassette analogiche dove è necessario regolare la crominanza. Basta riprodurre il
segmento delle barre colore della videocassetta e regolare le impostazioni di crominanza e
tonalità per configurare i colori del video all’interno dei riquadri nel reticolo.
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322Utilizzare SmartScope Duo 4K
Il vettorscopio è anche perfetto in fase di correzione colore per verificare che il bilanciamento
del bianco sia corretto, o la presenza di una tinta di colore. Se il video ha una tinta colorata, la
forma slitta dal centro del grafico e potrebbero apparire due punti centrali. Normalmente il
blanking del segnale video crea un punto nel centro del vettorscopio perché il blanking del
video è video nero senza alcun colore. Il blanking fornisce un punto di riferimento utile per
riconoscere aree di video nero senza alcuna informazione sul colore.
Se il video ha una tinta colorata, i neri si spostano dal colore e dal centro. Il grado di
spostamento rappresenta la quantità di tinta di colore presente nel video, ed è visibile nei
dettagli bianchi e neri. Ecco perché il vettorscopio è uno strumento prezioso per rimuovere
la tinta colorata e riacquistare il corretto bilanciamento del bianco.
Il vettorscopio ti consente di spingere i colori del video al limite, senza inavvertitamente
compromettere i bianchi e i neri. Il bilanciamento del bianco si può monitorare sull’allineamento
RGB e sul vettorscopio, ma quest'ultimo è particolarmente indicato per controllare il
bilanciamento del colore.
Quando esegui la correzione colore dell’incarnato, soprattutto dei visi, è consigliabile
mantenere la saturazione dei colori caldi sulla linea diagonale che va circa dal centro alle
ore 10 sul vettorscopio. Questa linea è conosciuta come "fleshtone line" e si basa sul colore
del sangue sottopelle. È utile per tutti i tipi di pigmentazione della pelle, ed è il miglior modo
per ottenere tonalità realistiche e naturali.
Il vettorscopio mostra la “fleshtone line” in direzione ore 10
Imposta il vettorscopio su 100% o 75% per
i segnali di test delle barre colore
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323Utilizzare SmartScope Duo 4K
Allineamento RGB e YUV
Gli allineamenti RGB e YUV sono ideali per controllare i livelli e mantenerli entro la norma.
Quando esegui la correzione colore, seleziona l’allineamento RGB RGB Parade dal menù a
discesa alla voce Display su Blackmagic SmartView Setup. Questo visualizzatore mostra
l’altezza totale dei canali del colore rosso, verde e blu. Monitorare i livelli di ogni canale di
colore facilita la correzione colore e indica il bilanciamento del colore nei neri, nei mezzitoni e
nei bianchi del segnale video. Lallineamento RGB ti consente di identificare i dettagli comuni
nei canali del rosso, del verde e del blu, agevolando il bilanciamento del colore e la rimozione
di tinte indesiderate.
Quando esegui la correzione colore, assicurati che i livelli video siano completi ma privi di
clipping. Se vuoi aumentare i livelli del video, assicurati che non superino il limite RGB superiore
per non andare fuori norma. Anche se alcuni dispositivi non generano livelli RGB 100% fuori
norma, altri lo fanno. SmartScope Duo 4K permette di individuare i livelli fuori norma ogni volta
che compaiono.
Il superamento della soglia consentita dalla norma potrebbe verificarsi anche con i livelli di
bianco e di nero. In alcuni sistemi di correzione colore, i livelli di nero si possono abbassare al di
sotto del punto nero dello 0%. Se i livelli di nero superano la soglia consentita, basta aumentare
il lift o il gain per eliminarli, ma controlla il reticolo 100% per assicurarti che il segnale video non
abbia generato colori fuori norma nei bianchi.
Per controllare i livelli YUV, seleziona YUV Parade dal menù a discesa alla voce Display. Questo
visualizzatore separa i valori di luminanza da quelli di crominanza, ovvero il formato dei segnali
video delle trasmissioni televisive. La rappresentazione grafica più a sinistra mostra le informazioni
di luminanza mentre la seconda e la terza le informazioni di crominanza. Lallineamento YUV è utile
per calibrare i valori di crominanza del segnale video secondo le barre colore di test, in modo che
i colori siano rappresentati accuratamente e il segnale trasmesso visualizzabile su qualsiasi Tv.
La correzione colore è un processo costante di regolazione, volto ad ottenere le migliori
immagini senza generare livelli fuori norma.
Allineamento RGB
Terminologia correzione colore
Blacks – Livelli dei neri nel segnale video
Mids – Livelli del grigio medio nel segnale video
Whites – Livelli dei bianchi nel segnale video
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324Utilizzare SmartScope Duo 4K
Allineamento YUV
Seleziona RGB Parade o YUV Parade dal menù a discesa
alla voce Display su Blackmagic SmartView Setup
Istogramma
L’istogramma è uno dei visualizzatori di segnale più usato dai grafici e dagli operatori di ripresa.
Mostra la distribuzione delle informazioni dei bianchi e dei neri, aiutando a individuare i livelli a
rischio di clipping, e gli effetti risultanti dai cambiamenti di gamma sulle immagini.
I neri del video sono visualizzati a sinistra del grafico, e i bianchi a destra. Solitamente ogni
video dovrebbe trovarsi tra gli intervalli 0% e 100% dell’istogramma. Se il video va al di sotto
dello 0% o al di sopra del 100%, è affetto da clipping. Eliminando le informazioni dei bianchi e
dei neri, il clipping tende a limitare la flessibilità creativa della correzione colore in fase di post
produzione. Quando giri, mantieni il video sopra la clip nera e sotto la clip bianca in modo da
poter successivamente avere maggiore libertà di regolare i colori senza che i bianchi e i neri
appaiano piatti o incompleti nei dettagli.
Se durante la correzione colore decidi di limitare volontariamente il segnale video, l’istogramma
mostra gli effetti e la quantità di clipping. Per un risultato simile, ma con meno clipping e
mantenendo maggiori dettagli, puoi regolare la gamma.
L’istogramma non è adatto a controllare i livelli fuori norma, ma consente di farlo per i bianchi e i
neri. Questo strumento non mostra i colori, per cui anche se all’apparenza visualizza livelli nella
norma, è possibile che il video contenga colori fuori norma. Lallineamento RGB è lo strumento
migliore per monitorare i livelli fuori norma poiché li visualizza negli elementi sia del colore che
della luminanza del segnale video.
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325Utilizzare SmartScope Duo 4K
L’istogramma mostra la distribuzione dei bianchi e dei neri
Seleziona Histogram dal menù a discesa alla voce
Display su Blackmagic SmartView Setup
Monitoraggio audio
L’indicatore audio mostra i livelli dell’audio integrato nel segnale video SDI. Isola fino a 16 canali
di audio integrato e li visualizza nel formato dBVU o dBFS.
L’indicatore VU mostra i livelli medi del segnale, è semplice da usare e molto comune nei
dispositivi datati. Il VU è calibrato secondo la raccomandazione SMPTE di un segnale di test di
tono di 1 kHz impostato su -20 dBFS.
Il dBFS è essenzialmente un indicatore del segnale audio digitale complessivo ed è comune nei
moderni dispositivi digitali.
L’indicatore destro mostra coppie di canali audio, selezionabili dal menù a discesa alla voce Set,
per esempio canale 1 e 2, 3 e 4, e così via. L’indicatore posiziona l’audio sugli assi X e Y e indica
problemi di bilanciamento, condizioni di fuori fase, e se una traccia audio è mono o stereo.
L’audio mono dovrebbe apparire come una singola linea verticale “in fase”. Se la linea è
orizzontale, l’audio è “fuori fase” e potrebbe scomparire (perdita di audio) quando viene
ricevuto dai dispositivi a valle. La fase acustica è una delle falle più comuni nelle grandi
strutture dove è probabile che i cavi non siano connessi correttamente.
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326Collegarsi ad una rete
Quando monitori i segnali stereo, la linea dell’indicatore di destra si affievolisce, a
rappresentare la differenza tra i canali audio destro e sinistro. Maggiore è la quantità di suono
stereo nella traccia audio e più circolare è la linea che appare. Se l’audio contiene una quantità
minima di suono stereo, la forma del segnale appare concentrata intorno all’asse verticale.
I dialoghi tendono ad apparire come una linea verticale, mentre la musica ad alto contenuto
stereofonico fa gonfiare la forma del segnale. Questo succede perché l’audio mono è L+R ed
appare sull’asse verticale, mentre il contenuto stereo è L-R ed appare sull’asse orizzontale per
indicarne la differenza.
L’indicatore audio mostra il livello dei picchi e il bilanciamento audio
Seleziona la coppia di canali audio che vuoi
monitorare dal menù a discesa alla voce Set
Collegarsi ad una rete
Collegando un monitor SmartView o SmartScope ad una rete, puoi regolare le impostazioni di
più unità remotamente.
Anche se i monitor SmartView e SmartScope visualizzano il video senza bisogno di
configurazione, tutte le impostazioni di rete vanno impostate prima dell’utilizzo. Per configurare
le impostazioni di rete è necessario collegare il dispositivo a un computer tramite USB.
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327Collegarsi ad una rete
Connessione ethernet diretta
La configurazione remota del monitor può essere fatta mediante una connessione ethernet
diretta al tuo computer. Non è necessario un interruttore di rete, velocizzando i tempi di
installazione e impostazione. Unità aggiuntive possono essere collegate a cascata grazie alla
porta ethernet di loop su ogni unità. Tutte le unità connesse devono essere collegate
all’alimentazione.
Se vuoi connettere diverse unità senza usare gli indirizzi IP della rete del tuo studio, o se non
hai già una rete, basta collegarle direttamente alla porta ethernet del tuo computer. Questo è
un modo rapido per collegare anche SmartView e SmartScope tramite ethernet poiché non c’è
bisogno di collegare cavi a interruttori di rete.
Connettore ethernet
Connessione ethernet con interruttore di rete
Se vuoi connettere più unità alla stessa rete, basta collegare solo uno SmartView o SmartScope
all’interruttore di rete e collegare a cascata il resto dei monitor utilizzando la porta ethernet di
loop di ciascuno. In questo modo è sufficiente una singola porta dell’interruttore, per un
cablaggio semplice e ordinato. Tutte le unità devono essere collegate all’alimentazione.
Collegarsi ad un interruttore di rete consente di cambiare le impostazioni delle unità da
qualsiasi computer in rete. I computer Mac o Windows permettono di farlo anche attraverso una
connessione WiFi se la tua rete ha un punto d’accesso.
Per connettere SmartView o SmartScope ad una rete locale tramite IP, segui queste istruzioni:
1 Collega l’unità all’alimentazione.
2 Collega l’unità a un interruttore di rete, o direttamente al tuo computer, con un cavo
ethernet RJ45 standard.
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328Collegarsi ad una rete
Diagramma di connessione ethernet diretta
Collega direttamente la porta ethernet di un computer all’unità, invece di ricorrere a un
interruttore di rete. Unità aggiuntive si possono collegare a cascata, evitando di inserire
numerosi cavi nell’interruttore di rete. Tutte le unità devono essere collegate all’alimentazione.
Diagramma di connessione ethernet con interruttore di rete
Se vuoi connettere diverse unità alla rete del tuo studio, basta collegarne una sola
all’interruttore di rete. Le altre si possono collegare a cascata per cui non è necessario inserire
numerosi cavi nell’interruttore di rete. Tutte le unità devono essere collegate all’alimentazione.
SmartScope 4KDuo
SmartScope 4KDuo
Interruttore di rete
Ethernet
Computer client
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329Regolare le impostazioni di rete
Regolare le impostazioni di rete
Impostazioni di rete
Nome dispositivo
È consigliabile cambiare il nome del dispositivo in modo che ogni unità SmartView o
SmartScope sia facile da identificare in una rete, per esempio. “Camera 1 e 2”, “Uscita
multiview”, “Feed 4K” e così via.
Per cambiare il nome del dispositivo, assicurati che sia connesso tramite ethernet o USB. Lancia
Blackmagic SmartView Setup e clicca sull’icona delle impostazioni sotto il nome del monitor
desiderato. Nella pagina delle impostazioni, clicca su Network e cambia il nome del monitor
nella sezione Details. Se il software rileva un nome invalido, un’icona di avvertenza appare
vicino al nome. Se il nome è valido, appare una spunta verde. Premi Invio sulla tastiera per
confermare il nuovo nome.
Impostazioni di rete
Per cambiare le impostazioni di rete su Blackmagic SmartView Setup, il monitor deve essere
collegato al computer tramite USB, non via ethernet.
SmartView e SmartScope usano di default DHCP per ottenere automaticamente un indirizzo
IPdalla tua rete.
In assenza di un server DHCP, puoi abilitare la funzione “internet sharing” su macOS, o
“internetconnection sharing” (ICS) su Windows 8.1 o Windows 10, per fornire gli indirizzi DHCP
ad ogni unità connessa. In questo modo si evita di dover assegnare manualmente indirizzi IP
statici ad ogni unità. Puoi usare questa funzione per fornire indirizzi DHCP anche se il tuo
computer non ha una connessione internet. Consulta la sezione “Help” della documentazione
di macOS e Windows 8.1 e 10 per informazioni dettagliate su internet sharing.
Se la tua configurazione non ammette DHCP, usa un indirizzo IP statico. Richiedi un indirizzo
IPaggiuntivo al tuo amministratore di sistema per evitare un conflitto di IP nella rete. Per ogni
unità SmartView e SmartScope sarà necessario specificare un indirizzo IP unico e una
maschera di sottorete condivisa. Non è necessario cambiare i valori di default del gateway a
meno che non si intenda connettere le unità ad una rete gateway, ad esempio un
router internet.
Se la rete non rileva nessun monitor SmartView o SmartScope, è probabile che le unità non
abbiano ricevuto gli indirizzi IP tramite DHCP ed è necessario configurare manualmente ogni
unità con le impostazioni di rete appropriate.
1 Collega il monitor SmartView o SmartScope al computer tramite USB e lancia
Blackmagic SmartView Setup.
2 Il monitor appare automaticamente nella home di Blackmagic SmartView Setup,
affiancato da un’icona USB.
3 Regola le impostazioni di rete del monitor.
4 Ripeti lo stesso procedimento per tutte le unità che non hanno ricevuto un indirizzo IP
tramite DHCP.
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330Regolare le impostazioni di rete
L’icona USB vicino al nome del monitor indica che lunità è
collegata al computer tramite USB. Per regolare le impostazioni
di rete del monitor, è necessario connetterlo tramite USB
Le impostazioni di rete consentono di scegliere tra DHCP e un
indirizzo IP statico e si possono cambiare solo tramite USB
Aggiungere manualmente un monitor Blackmagic alla rete
Se SmartView o SmartScope Duo 4K hanno già un indirizzo IP, ma non appare automaticamente
nella home di Blackmagic SmartView Setup, aggiungi manualmente il monitor alla rete. Per farlo:
1 Assicurati che il monitor sia connesso tramite ethernet. Clicca sull’icona + in basso a
sinistra per aprire la finestra Add a Blackmagic monitor.
2 Digita l’indirizzo IP del monitor e clicca su Add.
3 Il software ne verificherà la presenza e lo aggiungerà alla lista dei monitor connessi
nella home di SmartView Setup. Clicca sulla freccia destra per vedere il monitor
appena aggiunto.
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331Utilizzare la funzione tally
Aggiungi manualmente un monitor SmartView
o SmartScope alla lista dei monitor connessi
cliccando sull’icona + e inserendo l’indirizzo IP
Utilizzare la funzione tally
Connettori pin della porta tally
SmartView e SmartScope dispongono di una porta tally. Se non intendi usare questa funzione,
passa direttamente alla prossima sezione.
Lo schermo di SmartView e SmartScope mostra bordi tally indipendenti in rosso, verde o blu,
a indicare il segnale in onda, l’anteprima, o la registrazione.
È possibile cablare i contatti della porta tally D-sub a 9 pin direttamente da switcher e sistemi di
automazione. Per informazioni su come cablare la porta tally per l’utilizzo con switcher o sistemi
di automazione, consulta la tabella qui sotto.
Sul retro dell’unità trovi la descrizione dei pin della porta D per visualizzare bordi tally rosso,
verde e blu sui singoli monitor.
Bordi tally verde e rosso sui monitor SmartView Duo
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332Ottimizzare l’angolo di visuale
Ottimizzare l’angolo di visuale
Se installi SmartView Duo, SmartView HD o SmartScope in alto su un rack, è consigliabile
invertire fisicamente gli schermi LCD per ottenere un angolo di visuale ottimale. Le immagini
sugli schermi LCD ruotano automaticamente nella posizione corretta in base al movimento
rilevato. Per smontare e rimontare la placca dal retro del dispositivo è necessario un cacciavite
Pozidriv 2. Si tratta di una procedura semplice che non richiede l’apertura del vano posteriore.
La istruzioni qui sotto spiegano come invertire l’unità mantenendo il logo Blackmagic Design
nella direzione corretta sulla placca. È necessario un cacciavite Pozidriv 2.
1 Rimuovi le viti dal lato superiore, inferiore, destro e sinistro della placca. SmartView Duo
e SmartScope Duo 4K hanno 10 viti; SmartView HD ne ha 18.
2 Solleva la placca dal retro del dispositivo come illustrato sotto.
3 Inverti il retro del dispositivo.
4 Reinserisci la placca sul retro del dispositivo invertito.
5 Reinserisci le viti precedentemente rimosse.
Ora puoi installare SmartView o SmartScope sul rack. Una volta avvitato sul rack, SmartView
continua a visualizzare l’angolo ottimale anche se viene urtato poiché non ci sono manopole
esterne o controlli esposti.
SmartView Duo e SmartScope Duo 4K
Configurazione tally
Pin Funzione
1 Monitor 1 Rosso
2 Monitor 1 Verde
3 Monitor 1 Blu
4 Ground
5 Ground
6 Ground
7 Monitor 2 Rosso
8 Monitor 2 Verde
9 Monitor 2 Blu
SmartView HD e SmartView 4K
Configurazione tally
Pin Funzione
1 Rosso
2 Verde
3 Blu
4 Ground
5 4 3 2 1
9 8 7 6
Porta tally di SmartView
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333Ottimizzare l’angolo di visuale
Prima di avvitare l’unità sul rack, è consigliabile eseguire un’inversione
di prova per assicurarsi che l’angolo di visuale sia ottimale
Rimuovi tutte le viti per sollevare la placca frontale dal retro del dispositivo
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334Informazioni per gli sviluppatori (English)
Informazioni per gli sviluppatori (English)
Developing Custom Software Using Blackmagic Design Hardware
The Blackmagic SmartView Ethernet Protocol allows developers to remotely control Blackmagic
SmartView and SmartScope hardware with their own custom software. The Blackmagic
SmartView Ethernet Protocol is a text-based status and control protocol.
Downloading the Free SmartView EthernetProtocol
The Blackmagic SmartView Ethernet Protocol is free. It is included in this SmartView &
SmartScope manual and can be downloaded from www.blackmagicdesign.com/it/support
Joining the Blackmagic Design Developer List
The Blackmagic Developer mailing list is designed for technical questions regarding
technologies used by Blackmagic Design, e.g., QuickTime, Core Media, DirectShow, codecs,
APIs, SDKs, etc. The free mailing list is a forum where developers can discuss ideas and
problems with other developers. Any subscriber may reply and the Blackmagic Design
engineers may also respond when appropriate. You can subscribe to the mailing list at:
http://lists.blackmagicdesign.com/mailman/listinfo/bmd-developer
In some cases, we might request a brief outline of the software you are developing if it is not
immediately obvious from your domain name that your organization develops video software.
Please don’t take offence as we’re simply trying to keep the list free of spam and viruses as
well as end-user customers asking non-development questions, employment agents or sales
people trying to promote products on the list. The list is just for developers.
Contacting Blackmagic Design DeveloperAssistance
You can also contact us via developer@blackmagicdesign.com if you have any developer
related questions or wish to ask questions off the list.
Blackmagic 2K Format – Overview
Blackmagic Design products support 3G-SDI video, which allows twice the data rate of
traditional HD-SDI video. We thought it would be a really nice idea to add 2K film support,
via 3G-SDI technology, so we could simplify feature film workflows. With the popularity of
Blackmagic Design editing systems worldwide, now thousands of people can benefit from
a feature film workflow revolution.
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335Informazioni per gli sviluppatori (English)
This information includes everything product developers need to know for building native 2K
SDI equipment. Of course, all Blackmagic products can be updated, so if the television industry
adopts an alternative SDI-based film standard, we can add support for that too!
Frame Structure
Transmitted at 23.98, 24 or 25 frames per second as a Progressive Segmented Frame.
Active video is 2048 pixels wide by 1556 lines deep.
Total lines per frame : 1650
Active words per line are 1535. One word consists of a 10-bit sample for each of the
four data streams, i.e., a total of 40 bits. See the diagram named Blackmagic 2K Format
- Data Stream Format.
Total active lines : 1556
Total words per line : 1875 for 23.98/24Hz and 1800 for 25Hz.
Fields per frame : 2, 825 lines each
Active lines located on lines 16-793 (field 1) and 841-1618 (field 2).
Transport Structure
Based on SMPTE 372M Dual Link mapping and SMPTE 425M-B support for mapping
SMPTE 372M into a single 3 Gb/s link.
Timing reference signals, line number and line CRC insertion is the same as above.
During active video, 10-bit Red, Green and Blue data is sent in the following sequence:
Optional ancillary data is inserted into both virtual interfaces.
At present, only audio data is included: as per standard HD audio insertion (SMPTE
S299M) the audio data packets are carried on data stream two and audio control
packets are carried on data stream one.
Data stream 1: Green_1, Green_2, Green_3, Green_5...Green_2047
Data stream 2: Blue_1, Blue_2, Green_4, Blue_5...Green_2048.
Data stream 3: Red_1, Blue_3, Blue_4, Red_5...Blue_2048.
Data stream 4: Red_2, Red_3, Red_4, Red_6...Red_2048.
Blackmagic 2K Format –Vertical Timing Reference
This diagram shows the vertical timing details with line numbers and Field, Vertical and
Horizontal bits for the Timing Reference Signal codes.
Field 1 Active
F
1 0 0 0 0 0 0 0 0 0 0 0
V
1 1 1 1 1 1 0 0 0 0 1 1
LINE #
1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field 2 Active
F
0 1 1 1 1 1 1 1 1 1 1 1
V
1 1 1 1 1 1 0 0 0 0 1 1
LINE #
825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
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336Informazioni per gli sviluppatori (English)
Blackmagic 2K Format –DataStream Format
This diagram shows the data stream formats around the optional ancillary data section of the
horizontal line. Note that each active pixel takes up three samples.
Data Stream 1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data Stream 2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data Stream 3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data Stream 4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
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337Informazioni per gli sviluppatori (English)
Blackmagic SmartView Ethernet Protocol v1.3
Summary
The Blackmagic SmartView Ethernet Protocol is a text-based status and control protocol, very
similar in structure to the Videohub protocol, that is accessed by connecting to TCP port 9992
on a SmartView or SmartScope device.
Upon connection, the SmartView or SmartScope device sends a complete dump of the state
of the device. After the initial dump, state changes are sent asynchronously.
The device sends information in blocks which have an identifying header, followed by a colon.
A block can span multiple lines and is terminated by a blank line.
To be resilient to future protocol changes, clients should ignore blocks they do not recognize,
up to the trailing blank line. Within recognized blocks, clients should ignore lines they do not
recognize.
Version 1.3 of the Blackmagic SmartView Ethernet
Protocol was released with SmartView 1.3 software.
Protocol Preamble
The first block sent by the SmartView Server is always the protocol preamble:
PROTOCOL PREAMBLE:
Version: 1.3
The version field indicates the protocol version. When the protocol is changed in a compatible
way, the minor version number will be updated. If incompatible changes are made, the major
version number will be updated.
Device Information
The next block contains general information about the connected SmartView or
SmartScope device.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
This example shows the output for a SmartView Duo device, which has two LCDs.
The INVERTED flag indicates whether the device has detected that it has been mounted in an
inverted configuration to optimize LCD viewing angle.
Legend
↵ carriage return
and so on
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338Informazioni per gli sviluppatori (English)
Network Configuration
The next block shows the TCP/IP networking configuration:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
The network settings prefixed with CURRENT show the active TCP/IP settings, and are read-
only. The CURRENT settings reflect either the DHCP or Static configuration, depending on the
DYNAMIC IP flag.
Changing Networking Settings
The network can be configured to use either DHCP or a static configuration. To enable DHCP:
NETWORK:
Dynamic IP: true
To set a fixed IP address, supply all static parameters, thus:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
The parameters with the CURRENT prefix are read-only, and show the active configuration,
regardless of the static or dynamic setting.
Changing the device name, or any network settings, will cause the IP connection to be
dropped. The device will restart its networking and advertise its new name on the network.
Changing Monitor Settings
The display settings for each monitor are specified individually. One or more parameters can
be modified at the same time and multiple settings can be supplied in one block.
The valid range for numeric values is 0-255. The CONTRAST and SATURATION properties are
zero-centered, so the normal value is 127, such that the displayed picture is the same as the
original. A value greater than 127 in either channel will cause the contrast or saturation to be
increased, and similarly a value less than 127 will cause a decrease.
For example, to set the brightness to 50% and desaturate the image to Black & White:
MONITOR A:
Brightness: 127
Saturation: 0
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339Informazioni per gli sviluppatori (English)
Displaying SD in 16:9
The following command sets standard definition video to display in 16:9:
MONITOR A:
WidescreenSD: ON
Displaying SD in 4:3
The following command sets standard definition video to display in 4:3:
MONITOR A:
WidescreenSD: OFF
Identification and Tally Settings
The Identify flag is transient, and will cause a white border to be displayed around the entire
picture for a duration of 15 seconds, after which it will be reset. This feature is primarily aimed at
identifying which monitor is currently being configured when it is mounted in a rack comprising
multiple units. To turn on:
MONITOR A:
Ide ntify: tr u e
The IDENTIFY border will temporarily override any other border setting in effect.
The BORDER property can be used to programmatically set the soft Tally colored borders to
one of the primary colors: RED, GREEN, BLUE, WHITE or NONE. This setting can be overridden
by the electrical Tally signals at the DB-9 input on the device itself. For example, to set the soft
Tally to green:
MONITOR B:
Border: green
The hard wired tally will always override the soft tally. The full state report will always show the
current valid border.
SmartScope Settings
On SmartScope Duo 4K, each monitor can be set to display a different scope. The values for
activating specific scopes are mapped as follows:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (This is the same as Video Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
In the example above, Monitor A has been set as a video monitor.
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340Informazioni per gli sviluppatori (English)
Displaying SD in 16:9
The set Video Monitor mode to display standard definition video in 16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Displaying SD in 4:3
To set Video Monitor mode to display standard definition video in 4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
When setting one of SmartScope Duo 4Ks monitors to audio metering, you can also select
which channels to show. The values for selecting which audio channels are mapped in the
following way:
0: Channels 1 and 2
1: Channels 3 and 4
2: Channels 5 and 6
3: Channels 7 and 8
4: Channels 9 and 10
5: Channels 11 and 12
6: Channels 13 and 14
7: Channels 15 and 16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
In the example above, Monitor B has been selected to display Audio Metering in Dbvu with
audio channels 1 and 2 selected for the phase meter.
Selecting LUTs for SmartView 4K
To select 3D LUTs using SmartView 4K:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
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341Assistenza
Assistenza
Assistenza clienti
Ci sono quattro opzioni per ricevere assistenza
1 Visita www.blackmagicdesign.com/it/support per le note di supporto più recenti.
2 Contatta il tuo rivenditore Blackmagic Design per gli aggiornamenti tecnici Blackmagic
Design più recenti e per ottenere assistenza immediata. I rivenditori ti forniscono
opzioni di assistenza su misura in base alle esigenze del tuo flusso di lavoro.
3 Inviaci un’email con le tue domande cliccando su Invia una email sulla pagina
www.blackmagicdesign.com/it/support
4 Chiama uno dei centri assistenza Blackmagic Design. Per trovare quello più vicino a te,
clicca su Trova un team di supporto in basso alla pagina Supporto.
Ti preghiamo di fornirci informazioni dettagliate in merito ai problemi tecnici e alle specifiche di
sistema per consentirci di risolvere il problema nel minor tempo possibile.
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342Normative e sicurezza
Normative e sicurezza
Indicazioni sulle normative
Smaltimento di apparecchiature elettriche e elettroniche nell'Unione Europea.
Questo simbolo indica che il prodotto non deve essere scartato insieme agli altri rifiuti,
ma consegnato a uno degli appositi centri di raccolta e riciclaggio. La raccolta e lo
smaltimento differenziato corretto di questo tipo di apparecchiatura evita lo spreco di
risorse e contribuisce alla sostenibilità ambientale e umana. Per tutte le informazioni sui
centri di raccolta e riciclaggio, contatta gli uffici del tuo comune di residenza o il punto
vendita presso cui hai acquistato il prodotto.
Questo dispositivo è stato testato, e dichiarato conforme ai limiti relativi ai dispositivi
digitali di Classe A, ai sensi dell'articolo 15 del regolamento FCC. Talilimiti sono stati
stabiliti con lo scopo di fornire protezione ragionevole da interferenze dannose in
ambienti commerciali. Questo apparecchio genera, usa e può irradiare energia a
radiofrequenza e, se non è installato o usato in conformità alle istruzioni, può causare
interferenze dannose che compromettono le comunicazioni radio. Operare questo
prodotto in ambienti residenziali può causare interferenze dannose, nella cui evenienza
l'utente dovrà porvi rimedio a proprie spese.
Il funzionamento è soggetto alle due condizioni seguenti:
1 Questo dispositivo non deve causare interferenze dannose.
2 Questo dispositivo deve accettare eventuali interferenze ricevute, incluse le
interferenze che possono causare un funzionamento indesiderato.
Indicazioni di sicurezza
Questo dispositivo deve essere connesso a una presa di corrente con messa a terra.
Per ridurre il rischio di scosse elettriche, evitare di esporre il dispositivo a gocce
o spruzzi.
Questo dispositivo è adatto all'uso nei luoghi tropicali con una temperatura ambiente
non superiore ai 4C.
Lasciare uno spazio adeguato intorno al prodotto per consentire sufficiente
ventilazione.
Se il dispositivo è installato su rack, assicurarsi che i dispositivi adiacenti non ostacolino
la ventilazione.
Le parti all'interno del dispositivo non sono riparabili dall'utente. Contattare il personale
qualificato di un centro Blackmagic Design per le operazioni di manutenzione.
Usare il dispositivo a un'altitudine non superiore a 2000 m sopra il livello del mare.
Questo prodotto ospita una porta per connettere ricetrasmettitori ottici SFP. Usare solo
moduli SFP Laser, Class 1.
Moduli SFP consigliati da Blackmagic Design:
3G-SDI: PL-4F20-311C
6G-SDI: PL-8F10-311C
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343Garanzia
Avvertenze per il personale autorizzato
Scollegare l’alimentazione da entrambe le prese prima di effettuare la
manutenzione!
Attenzione - Fusione bipolare/neutra
L'alimentatore all'interno di questo dispositivo ha un fusibile nei conduttori di
linea e di neutro, ed è idoneo alla connessione al sistema di distribuzione di
energia IT in Norvegia.
Garanzia
Garanzia limitata di un anno
Blackmagic Design garantisce che questo prodotto è fornito privo di difetti nei materiali e nella
manifattura per un periodo di un anno a partire dalla data d'acquisto. Durante il periodo di garanzia
Blackmagic Design riparerà o, a sua scelta, sostituirà tutti i componenti che risultino difettosi
esonerando il Cliente da costi aggiuntivi, purché i componenti vengano restituiti dal Cliente.
Per ottenere l'assistenza coperta dalla presente garanzia, il Cliente deve notificare Blackmagic
Design del difetto entro il periodo di garanzia. Il Cliente è responsabile del costo di imballaggio
e di spedizione del prodotto al centro di assistenza indicato da Blackmagic Design, con spese di
spedizione prepagate. Il costo include spedizione, assicurazione, tasse, dogana, e altre spese
pertinenti alla resa del prodotto a Blackmagic Design.
Questa garanzia perde di validità per danni causati da utilizzo improprio, o da manutenzione e
cura inadeguate del prodotto. Blackmagic Design non ha obbligo di assistenza e riparazione sotto
garanzia per danni al prodotto risultanti da: a) precedenti tentativi di installazione, riparazione o
manutenzione da personale non autorizzato, ovvero al di fuori del personale Blackmagic Design,
b) precedenti usi impropri o tentativi di connessione ad attrezzatura incompatibile al prodotto,
c)precedente uso di parti o ricambi non originali Blackmagic Design, o d) precedenti modifiche o
integrazione del prodotto ad altri prodotti, con il risultato di rendere la riparazione più difficoltosa o
di allungare le tempistiche di eventuali ispezioni atte alla riparazione. LA PRESENTE GARANZIA DI
BLACKMAGIC DESIGN SOSTITUISCE QUALSIASI ALTRA GARANZIA, ESPLICITA O IMPLICITA.
BLACKMAGIC DESIGN E I SUOI FORNITORI ESCLUDONO QUALSIASI ALTRA GARANZIA IMPLICITA
DI COMMERCIABILITÀ O DI IDONEITÀ AD UN USO SPECIFICO. L'INTERA RESPONSABILITÀ DI
BLACKMAGIC DESIGN E L'UNICO ESCLUSIVO RICORSO DELL'UTENTE PER QUALSIASI DANNO
ARRECATO DI NATURA INDIRETTA, SPECIFICA, ACCIDENTALE O CONSEQUENZIALE, ANCHE
QUALORA BLACKMAGIC DESIGN FOSSE STATA AVVERTITA DELLA POSSIBILITÀ DI TALI DANNI,
È LA RIPARAZIONE O LA SOSTITUZIONE DEI PRODOTTI DIFETTOSI. BLACKMAGIC DESIGN NON
SI ASSUME ALCUNA RESPONSABILITÀ PER QUALSIASI USO ILLEGALE DEL DISPOSITIVO DA
PARTE DEL CLIENTE. BLACKMAGIC DESIGN NON SI ASSUME ALCUNA RESPONSABILITÀ PER
DANNI DERIVANTI DALL'USO DI QUESTO PRODOTTO. IL CLIENTE UTILIZZA QUESTO PRODOTTO
A PROPRIO RISCHIO.
© Copyright 2018 Blackmagic Design. Tutti i diritti riservati. ‘Blackmagic Design’, ‘DeckLink, ‘HDLink, ‘Workgroup Videohub,
‘Multibridge Pro’, ‘Multibridge Extreme’, ‘Intensity’ and ‘Leading the creative video revolution’ sono marchi registrati negli Stati
Uniti e in altri Paesi. Altri nomi di prodotti e aziende qui contenuti possono essere marchi dei rispettivi proprietari.
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Manual de Instalação e Operação
SmartView &
SmartScope
Junho 2018
Português
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Português
Bem-vindo!
Esperamos que você compartilhe do nosso sonho de transformar a indústria televisiva em uma
indústria verdadeiramente criativa, permitindo que todos tenham acesso a vídeos da mais alta
qualidade.
O monitoramento de vídeo é necessário em todas as partes de uma instalação e os monitores
SmartView são opções ideais. O SmartView 4K possui uma tela LCD com 4K nativo para o
monitoramento de vídeos Ultra HD em resolução máxima, além de um gabinete elegante de
6U com um painel de controle que permite alterar as configurações rapidamente. O SmartView
HD inclui uma tela LCD de 17” em um gabinete para rack de 6U com menos de uma polegada
de espessura. Já o SmartView Duo inclui duas sofisticadas telas LCD de 8” completamente
independentes em um gabinete para rack de 3U com menos de uma polegada de espessura.
O SmartScope Duo 4K conta com duas telas LCD de 8” independentes com funcionalidade
para escopo de forma de onda, permitindo que você monitore seus níveis de vídeo com
agilidade. Todos os monitores SmartView são compatíveis com vídeos SD, HD e 2K via 3G-SDI.
O SmartScope Duo 4K e o SmartView 4K também são compatíveis com Ultra HD 4K via 6G-SDI
e 12G-SDI respectivamente!
O monitoramento de vídeo foi desenvolvido para uso imediato e nosso software Blackmagic
SmartView fornece ao usuário uma ferramenta de configuração fácil e intuitiva.
Este manual de instrução contém todas as informações necessárias para instalar seu
SmartView e SmartScope, embora seja aconselhável pedir ajuda a um assistente técnico se
não tiver certeza sobre os endereços IP ou se não entender bem sobre redes de computador.
OSmartView e SmartScope são fáceis de instalar, mas há algumas preferências um pouco
mais técnicas que você pode precisar configurar após a instalação. Ela deve levar cerca de
5minutos para ser concluída.
Por favor, visite nosso site www.blackmagicdesign.com/br eclique na página de suporte para
baixar as últimas atualizações deste manual e do software SmartView. Por fim, registre seu
dispositivo ao baixar as atualizações de software para que possamos mantê-lo informado
quando lançarmos novos programas. Estamos sempre trabalhando com novos recursos e
aprimoramentos, então gostaríamos muito de ouvir a sua opinião!
Grant Petty
Diretor Executivo da Blackmagic Design
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Índice
SmartView & SmartScope
Instruções Preliminares 347
SmartView e SmartScope 347
Conectar Fontes de Vídeo 348
Conectar Computador 348
Instalar Blackmagic SmartView Setup 349
Usar Blackmagic SmartView Setup 350
Atualizar o Software 350
Ajustar Configurações do Monitor 350
Usar SmartView 4K 353
Blackmagic SmartView 4K 353
Botões do Painel de Controle 354
Carregar LUTs 3D Usando Blackmagic SmartView Setup 356
Usar SmartScope Duo 4K 357
O que é Blackmagic SmartScope? 357
Display para Monitoramento de Vídeo 357
Display em Forma de Onda 358
Display em Vetorscópio 359
Display em Padrões 361
Display em Histograma 362
Display com Medição de Áudio 363
Conectar a uma Rede 364
Ethernet Direta 365
Switch de Rede Ethernet 365
Ajustar Configurações de Rede 367
Configurações de Rede 367
Adicionar um Monitor Blackmagic 368
Usar Sinalização 369
Conexões dos Pinos da Porta de Sinalização 369
Otimizar o Ângulo de Visualização 370
Informações para Desenvolvedores 372
Blackmagic 2K Format – Visão Geral 372
Blackmagic 2K Format – Referência de Cronometragem Vertical 373
Blackmagic 2K Format – Formato de Fluxo de Dados 374
Blackmagic SmartView Ethernet Protocol v1.3 375
Ajuda 379
Informações Regulatórias e de Segurança 380
Garantia 381
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Instruções Preliminares
SmartView e SmartScope
Os monitores SmartView são ideais para qualquer instalação que necessite de monitoramento
baseado em rack. Para instalar e começar a usá-los, basta conectá-los à energia e a uma fonte SDI!
O SmartView 4K possui um LCD 4K de 15.6” para o monitoramento de vídeos SD, HD ou Ultra HD na
sua resolução nativa de 3840x2160 pixels. Os botões no painel de controle frontal permitem
selecionar entradas com facilidade, bem como ajustar o brilho da tela, verificar ruídos no canal azul,
visualizar informações de apagamento, aplicar LUTs 3D e muito mais.
O SmartView HD possui um LCD HD de 17”, perfeito para um monitoramento em resolução Full HD
confiável.
O SmartView Duo inclui dois monitores para a exibição simultânea de sinais de vídeo diferentes.
Assim, um monitor pode exibir um sinal YUV 4:2:2 enquanto o outro recebe um sinal RGB 4:4:4, por
exemplo. Ou, um monitor pode exibir NTSC enquanto o outro exibe PAL. Há muitas combinações
possíveis, mas todas são tão simples quanto conectar um único cabo SDI a cada monitor!
O SmartScope Duo 4K tem os mesmos recursos que o SmartView Duo, e ainda poder ser usado
para exibir forma de onda, vetorscópio e outros escopos populares para o monitoramento de níveis
de áudio e vídeo em tempo real. E mais, você obtém suporte completo para Ultra HD 4K!
Todas as conexões de entrada SDI nos monitores SmartView e SmartScope são compatíveis com
detecção automática de vídeos SD, HD ou 3G-SDI, assim como 2K. O SmartView 4K também
detecta Ultra HD, incluindo formatos como 2160p60 via 12G-SDI. O SmartScope Duo 4K inclui
detecção automática de vídeos Ultra HD 4K via 6G-SDI.
Caso queira ajustar remotamente as configurações de múltiplos dispositivos SmartView
eSmartScope a partir de um único computador, basta conectá-los juntos via Ethernet. Ou seja, vo
não precisará correr para cada unidade com um computador e cabo USB toda vez que quiser
fazer ajustes.
Essas são as informações básicas para você poder começar! Por favor, continue lendo para mais
detalhes sobre como conectar o SmartView e SmartScope, configurar os parâmetros do monitor no
Blackmagic SmartView Setup e conectar a uma rede.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
347Instruções Preliminares
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Conectar Fontes de Vídeo
Os monitores SmartView e SmartScope contam com conectores BNC comuns para conexão com
equipamentos SDI, incluindo switchers, câmeras, placas de captura, decks e gravadores de disco.
Como Obter uma Imagem
É muito fácil exibir o seu vídeo! Basta ligar o dispositivo e conectar sua fonte de vídeo a uma entrada
SDI. Logo em seguida, seu video deve estar visível. Os sinais SD, HD e 2K são automaticamente
detectados pelas conexões da entrada SDI e saída loop through. OSmartView 4K e SmartScope
Duo 4K também detectam Ultra HD 4K.
Quando nenhum vídeo é recebido pela unidade, a luz de fundo é desligada para economizar
energia até que o próximo sinal válido seja recebido.
Monitores Montados em Cascata
Cada monitor SmartView e SmartScope tem sua própria entrada SDI independente, bem como uma
saída loop through, assim você pode montar múltiplos monitores em cascata para exibir o mesmo
sinal de entrada:
1 Ligue a unidade 1. Conecte uma fonte de vídeo a uma entrada SDI. O vídeo
deve aparecer imediatamente.
2 Ligue a unidade 2. Conecte um cabo SDI de uma saída loop da unidade 1 a
uma entrada SDI da unidade 2.
Não há um limite quanto ao número de unidades que você pode montar em cascata.
Caso esteja monitorando em onda de forma usando o SmartScope Duo 4K, é provável que queira
fazer o loop da saída do “Monitor 1” para o “Monitor 2” para que ambos os displays passem a usar o
mesmo sinal de entrada.
Agora que o vídeo está sendo exibido, é possível ajustar as configurações do monitor ou selecionar
os escopos no SmartScope Duo 4K usando o software Blackmagic SmartView Setup, o qual também
pode ser utilizado para carregar LUTs 3D no Blackmagic SmartView 4K.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
Conectar Computador
Configure os parâmetros do monitor SmartView ou SmartScope conectando-o ao seu computador
via USB e instalando o Blackmagic SmartView Setup.
348Instruções Preliminares
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A conexão USB também pode ser usada para atualizações internas do software baixado através do
site da Blackmagic Design. As atualizações do software podem fornecer novos recursos,
compatibilidade com novo hardware e suporte para novos formatos. O software Blackmagic
SmartView Setup opera tanto nos computadores macOS quanto Windows.
Instalar Blackmagic SmartView Setup
O Blackmagic SmartView Setup é executável nas versões Sierra e High Sierra mais recentes do
macOS e nas versões de 64 bits do Windows 8.1 e 10 com os últimos pacotes de serviço (service
packs) instalados. O Blackmagic SmartView Setup pode ser instalado em múltiplos computadores
em rede, se necessário.
O cartão SD fornecido com o SmartView contém o instalador de software, mas recomendamos que
você visite a página www.blackmagicdesign.com/br/support para certificar-se de que tenha
aúltima versão.
Como instalar no macOS:
Abra o caro SD fornecido, ou baixe a imagem de disco, e dê um clique duplo no ícone de
instalação do SmartView. Uma pasta do SmartView será criada na sua pasta de aplicativos com
oSmartView Setup, assim como um desinstalador para a remoção de versões antigas ao fazer
aatualização e uma pasta de documentos com este manual e outras informações sobre o
SmartView.
Como instalar no Windows:
Abra o caro SD fornecido, ou o arquivo zip baixado, e dê um clique duplo no instalador do
SmartView. Siga as solicitações na tela para instalar o software.
Para instalação no macOS, inicie o
arquivo SmartView.dmg no cartão SD
fornecido, ou a partir da sua pasta de
downloads, e dê um clique duplo no
ícone de instalação do SmartView.
349Instruções Preliminares
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Usar Blackmagic SmartView Setup
Atualizar o Software
Depois de instalar e iniciar o Blackmagic SmartView Setup, clique no ícone de configuração abaixo
do nome do seu monitor. Pode ser que você seja solicitado a atualizar o software interno do seu
SmartView ou SmartScope. Para fazer isto:
1 Conecte seu SmartView ou SmartScope ao computador via USB ou Ethernet
einicie o Blackmagic SmartView Setup.
2 Quando solicitado, basta clicar em “Update. A atualização deve levar 5
minutos para ser finalizada.
3 A mensagem “This SmartView has been updated” deve aparecer após
conclusão da atualização.
4 Clique em “Close” para fechar.
Se nenhuma atualização de software for necessária, o Blackmagic SmartView Setup abrirá a página
de configurações para seu monitor.
Ao iniciar o SmartView Setup e abrir o ícone de
configuração do seu SmartView ou SmartScope
conectado, esta mensagem aparecerá caso uma
atualização do software interno seja necessária.
A atualização deve levar 5 minutos para ser finalizada.
Ajustar Configurações do Monitor
Imediatamente após ser iniciado, o Blackmagic SmartView Setup procurará por quaisquer unidades
SmartView ou SmartScope conectadas via USB ou Ethernet e as exibirá na sua página inicial. Caso
tenha mais de um monitor Blackmagic conectado à sua rede, clique nos ícones das setas esquerda
e direita em cada lado da página inicial para selecionar o monitor que deseja ajustar. Se o seu
monitor Blackmagic estiver conectado via USB, um ícone de USB aparecerá próximo do nome
do monitor.
Para ajustar as configurações, selecione seu monitor conectado via Ethernet e USB e clique no
ícone de configuração abaixo do nome do monitor. A página de configurações do seu monitor
selecionado abrirá. Quando estiver satisfeito com suas configurações, clique no botão “Save” para
sal-las e retorne para a página inicial do SmartView Setup.
350Usar Blackmagic SmartView Setup
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Leia a próxima seção para informações sobre as configurações disponíveis para os monitores
Blackmagic e como usá-las. Para detalhes sobre como configurar os parâmetros de rede usando o
Blackmagic SmartView Setup, consulte a seção ‘Ajustar Configurações de Rede’.
O Blackmagic SmartView Setup procura automaticamente por quaisquer unidades SmartView
e SmartScope conectadas localmente via USB ou através de uma rede. Aoatualizar o
software interno do seu monitor, certifique-se de que o monitor esteja conectado via
USB ou Ethernet. Um ícone de USB aparecerá próximo ao nome do seu monitor.
Configurações do Monitor
Para ajustar as configurações e os displays de cada monitor, eles devem estar conectados via
Ethernet ou USB. Selecione o monitor que deseja configurar clicando nos ícones das setas
esquerda e direita na página inicial do SmartView Setup e, depois, clique no ícone de configuração
abaixo do nome do seu monitor. A página de configurações é personalizada automaticamente para
adequar-se aos recursos compatíveis com seu monitor Blackmagic selecionado.
Com o SmartScope, você pode selecionar entre monitoramento de
vídeo ou escopos a partir do menu suspenso “Display.
Adjust
Ao usar um SmartScope ou SmartView Duo, escolha o monitor que deseja ajustar selecionando
“Left Monitor” (monitor esquerdo), “Right Monitor” (monitor direito) ou “Both Monitors” (ambos os
monitores) para ajustar os dois ao mesmo tempo. Quando a configuração “Both Monitors” é
habiltada, todos os ajustes de brilho, contraste e saturação são empregados a ambos os monitores
no SmartView Duo e SmartScope.
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Display
Ao usar um SmartScope, o menu suspenso “Display” fornece escopos selecionáveis. Selecione
Video Monitoring” caso queira ver apenas a imagem de vídeo.
Set
Ao usar um SmartScope, o menu suspenso “Set” permite que você selecione proporções de tela
4:3ou 16:9 para o display de monitoramento de vídeo quando estiver usando vídeo de definição
padrão. O menu suspenso “Set” fornece opções adicionais para o display selecionado, incluindo
vetorscópio, áudio dBFS e áudio dBVU.
Video Monitoring: Selecione esta opção para visualizar a imagem de vídeo usando as
proporções de tela 4:3 ou 16:9.
Ao visualizar vídeos em definição padrão no formato widescreen anamórfico, opte pela
proporção de tela 16:9. Ao visualizar vídeos em definição padrão no formato tradicional 4:3,
opte pela proporção de tela 4:3.
Vectorscope: Selecione esta opção se sua entrada estiver baseada em sinais de teste de
barras de cor a 100% ou 75%.
Audio dBFS: Selecione o par de canais de áudio para monitorar a fase.
Audio dBVU: Selecione o par de canais de áudio para monitorar a fase.
Configure “SD Aspect to 16:9” quando estiver visualizando
vídeos em definição padrão no formato anamórfico.
Brightness, Contrast, Saturation
Ajuste os deslizadores para aplicar as configurações de brilho, contraste e saturação.
Identify
Quando a caixa de verificação “Identify” estiver habilitada, todos os monitores selecionados na
configuração do Blackmagic SmartView exibirão uma borda branca. Se algumas unidades
SmartView e SmartScope estiverem conectadas via uma rede, esta configuração facilitará
aidentificação visual do monitor selecionado.
Se esta configuração for usada junto com a configuração “Both Monitors”, a borda branca se
exibida em ambos os monitores SmartScope Duo e SmartScope Duo 4K.
Arraste os deslizadores para a esquerda e direita para ajustar as
configurações de brilho, contraste e saturação. Marque a configuração
“Identify” para identificar visualmente o seu monitor selecionado.
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Usar SmartView 4K
Blackmagic SmartView 4K
O SmartView 4K é um monitor broadcast Ultra HD 12G-SDI baseado em rack de 6U para exibição de
conteúdo SD, HD e visualização nativa de vídeos Ultra HD de até 2160p60. Com um display
luminoso e um ângulo de visualização amplo, o SmartView 4K fornece uma imagem absolutamente
clara e expressiva para o monitoramento de cor e foco preciso e é compatível com praticamente
todos os formatos de vídeo.
Desenvolvido para estúdios e ambientes broadcast externos, o SmartView 4K é incrivelmente fácil
de usar. Ele inclui conectores para encaixe lateral e suporte VESA, podendo ser usado em espaços
apertados, fixado na parede ou em braços articulados. O SmartView 4K pode ser operado usando o
painel de controle integrado ou remotamente via Ethernet, se você não tiver acesso ao painel fontal.
As duas entradas 12G-SDI multitaxa permitem que você selecione entre duas fontes SDI e há um
soquete de módulo SFP compatível com SMPTE para adicionar um módulo SDI de fibra óptica e
conectar seu vídeo via fibra óptica! A saída 12G-SDI é fornecida para que você possa alimentar seu
deo a outros equipamentos, além de dois conectadores de Ethernet para rede, controle remoto e
saída loop para monitoramento em cascata. Outros conectores incluem uma entrada de sinalização
para produção ao vivo, e uma porta USB para atualizações de software interno.
Você pode até carregar LUTs 3D padrão da indústria com extensão .cube ou LUTs geradas pelo
DaVinci Resolve usando o software de configuração Blackmagic SmartView! Com as LUTs 3D, você
pode conectar seu SmartView 4K diretamente à sua câmera e visualizar seus clipes da maneira mais
próxima possível da gradação final. Os dois níveis de saliência garantem que suas filmagens
mantenham o foco perfeito e, com o suporte para alimentação AC e DC, você tem a opção de
conectar o SmartView 4K a tomadas ou usar uma bateria externa para portabilidade no set.
O SmartView 4K é a solução de monitoramento perfeita para produções porteis broadcast e de
estúdio exibindo vídeos em SD, HD e Ultra HD na sua resolução nativa de 3840x2160 pixels.
OBSERVAÇÃO Caso esteja conectando alimentação externa através da entrada de
alimentação DC, certifique-se de que sua saída de alimentação externa seja capaz de
fornecer 24 watts a 12 volts.
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Botões do Painel de Controle
O painel de controle inclui uma fileira de botões para que você possa ajustar rapidamente as
configurações do seu SmartView 4K.
Input
Ao pressionar este botão, é possível percorrer pelos sinais de vídeo conectados às duas entradas
12G-SDI do SmartView e à entrada do módulo SFP de fibra óptica opcional. Se nenhum vídeo
estiver conectado a uma das entradas, o SmartView 4K exibirá uma imagem preta para essa
entrada. Ao alternar entre as entradas, informações sobre o formato da entrada conectada serão
exibidas momentaneamente no canto superior esquerdo do seu monitor.
Disp
O botão “Disp” é usado para ajustar a configuração de brilho na tela LCD do seu SmartView 4K.
Ajuste o brilho pressionando os botões de seta para cima e para baixo. Pressione o botão “Disp”
mais uma vez para fechar a configuração.
H/V Delay
O botão “H/V Delay” permite que você confirme com rapidez a presença de dados ANC embutidos
no sinal de vídeo SDI. Pressione esse botão uma vez para visualizar os dados ANC horizontais e o
pressione novamente para visualizar os dados ANC verticais, comumente usados para dados como
legendagem oculta.
Blue Only
Caso haja ruídos em um sinal de vídeo digital, ele proeminentemente estará dentro do canal
azul. Você pode verificá-los facilmente no seu canal azul pressionando o botão “Blue Only”. Ele
exibe somente o canal azul representado como uma imagem preta e branca. Essa imagem preta
e branca também pode ser usada para assistência ao verificar o foco da câmera.
Zoom
Um jeito de alcançar um foco de câmera nítido é usando o botão “Zoom”. Pressione uma vez para
aplicar o zoom à imagem e você poderá ver claramente se o objeto está em foco. Pressione “Zoom”
novamente para retornar ao tamanho de visualização normal.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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Peak
O foco de câmera pode ser facilmente verificado pressionando o botão “Peak” para habilitar
asaliência. Ele exibe uma borda verde luminosa ao redor dos pontos mais proeminentes na sua
imagem. Há dois niveis de intensidade de saliência, pelos quais você pode percorrer pressionando
subsequentemente o botão “Peak”. Quando as bordas verdes exibem sua intensidade máxima,
você pode ter certeza de que sua câmera está em foco.
3D LUT 1 e 3D LUT 2
Os botões “LUT” permitem que você veja sua imagem usando as LUTs 3D personalizadas geradas
no Blackmagic DaVinci Resolve ou as LUTs no formato padrão de indústria .cube. Pressione o botão
“LUT” uma vez para habilitar a LUT. Pressione novamente para desabilitá-la. Consulte a seção
‘Carregar LUTs 3D Usando Blackmagic SmartView’ para mais informações sobre como usar LUTs 3D
com o SmartView 4K.
H Mark e V Mark
É possível visualizar e editar marcadores de quadro usando os botões “H Mark” e “V Mark.
Osmarcadores de quadro ajudam a compor filmagens ou manter informações ou gráficos
importantes na área segura da tela. Televisores diferentes exibem um pouco mais ou menos das
extremidades de um sinal de vídeo, então vale a pena visualizar uma área segura. Ela é aseção da
tela que sempre estará visível, independentemente do televisor ou do monitor usado para
visualização.
Para ver marcadores horizontais e verticais, pressione os botões “H Mark” e “V Mark,
respectivamente. Para editar os marcadores, pressione os respectivos botões novamente para
realçar cada guia. Isto permite que você edite as posições dos marcadores usando os botões de
seta para cima e para baixo. Ao pressionar subsequentemente cada botão, você confirmará suas
novas posições. Se pressionar mais uma vez, você desabilitará os marcadores.
Botões de Seta Para Cima e Para Baixo
Use os botões de seta para cima e para baixo quando estiver editando uma configuração, como
ajustando o brilho do display ou editando as posições do marcador de quadro.
Alimentação
Pressione o botão de alimentação uma vez para ligar o seu SmartView 4K. Pressione mais uma vez
para desligá-lo.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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Carregar LUTs 3D Usando Blackmagic SmartView Setup
O SmartView 4K permite que você monitore seu vídeo usando LUTs 3D. Isto lhe proporciona a
opção de calibrar o seu SmartView 4K usando LUTs com calibração profissional ou de visualizar seu
deo da maneira mais próxima possível da sua gradação final. Você também pode usar as LUTs 3D
para experimentar looks diferentes. As LUTs são carregadas no SmartView 4K usando o Blackmagic
SmartView Setup e, como o SmartView 4K é compatível com LUTs com a extensão de arquivo .cube,
você pode até carregar LUTs personalizadas geradas com o DaVinci Resolve. Consulte o manual do
DaVinci Resolve para mais informações sobre como gerar arquivos LUT.
Como carregar uma LUT 3D na LUT 3D 1:
1 Inicie o Blackmagic SmartView Setup.
2 Pressione o botão de carregamento “Load LUT 1”. Uma janela abrirá
perguntando sobre a localização que você deseja carregar o arquivo LUT.
Selecione o arquivo LUT .cube desejado e pressione o botão “Open”.
3 Para visualizar a LUT carregada, pressione o botão “3D LUT 1” no painel de
controle SmartView 4K. Pressione o botão novamente para desativar a LUT.
Siga o mesmo procedimento para carregar um arquivo LUT na LUT 3D 2.
Use o Blackmagic SmartView Setup para
carregar LUTs 3D no seu SmartView 4K.
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Usar SmartScope Duo 4K
O que é Blackmagic SmartScope?
Antigamente, os escopos de pós-produção e televisão de qualidade broadcast eram soluções
extremamente caras que permitiam apenas a visualização de um escopo de cada vez em uma tela
superpequena! Alem disso, alguns escopos são feios e não passam uma boa impressão para
ocliente.
Com o SmartScope Duo 4K, você obtém monitores de forma de onda que permitem que você
acompanhe qualquer aspecto do seu sinal de vídeo em monitores duplos em tempo real. Todos os
ajustes feitos no sinal de entrada no Blackmagic SmartView Setup podem ser vistos imediatamente
no SmartScope Duo 4K! E mais, cada sinal de entrada pode ser enviado para qualquer um dos
monitores via a saída SDI loop, ou seja, você pode usar o monitor da direita para exibir o escopo do
sinal indo para o monitor da esquerda.
Os escopos exibidos pelo SmartScope Duo 4K são selecionados no software Blackmagic
SmartView Setup. Selecione seus escopos a partir do menu suspenso “Display.
A informação abaixo e nas próximas páginas explica como cada exibição de escopo é aplicada para
que você obtenha um entendimento melhor sobre cada uma das suas funções.
É fácil configurar seu Blackmagic SmartScope Duo 4K para exibir um escopo
diferente em cada monitor usando o Blackmagic SmartView Setup.
Display para Monitoramento de Vídeo
O display “Video Monitoring” oferece um monitoramento confiável e útil para que você possa
visualizar o vídeo que está sendo recebido pelo SmartScope.
Se seu sinal de entrada for SD, você pode optar por exibi-lo em tarjas laterais 4:3 ou 16:9 através do
menu suspenso “Set”. Quaisquer alterações feitas nas configurações de brilho, contraste ou
saturação da tela LCD podem ser imediatamente visualizadas neste modo. Observe que a alteração
dessas configurações afeta apenas o monitor e não o sinal de vídeo, assim os escopos não serão
impactados por essas mudanças de saturação ou brilho.
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É útil configurar um monitor como “Video Monitoring” e o outro para a visualização de seu escopo.
Para fazer isto, use um cabo curto para conectar a saída loop SDI do “Monitor 1” à entrada SDI do
“Monitor 2”.
Você pode visualizar vídeos SD em tarjas laterais 4:3
ou em widescreen 16:9 selecionando as opções do
menu “Set” no Blackmagic SmartView Setup. Configure
“SD Aspect to 16:9” quando estiver visualizando vídeos
em definição padrão no formato anamórfico.
A configuração do display para monitoramento de vídeo exibe o sinal de vídeo
daforma como ele geramente aparece na tela do televisor ou monitor.
Display em Forma de Onda
O display “Waveform” fornece uma forma de onda codificada digitalmente de modo semelhante aos
monitores de forma de onda de luminância tradicional, usado para monitorar e ajustar os níveis de
luminância (brilho) do seu sinal de vídeo.
Os monitores de forma de onda de luminância tradicional são compatíveis apenas com vídeos de
definição padrão no formato composto analógico. No entanto, a visualização em forma de onda do
SmartScope Duo 4K funciona em Ultra HD e HD assim como SD, assim você pode ajustar ajustar os
veis de luminância de forma consistente e fácil mesmo ao monitorar formatos de vídeo digital em
alta definição!
Selecione a forma de onda a partir do menu suspenso “Display” no Blackmagic SmartView Setup.
Você deve certificar-se de que os pretos na sua forma de onda não atinjam 0% e os brancos não
ultrapassem 100%, pois isso significa que você está obtendo valores de luminância ilegais.
O monitoramento em forma de onda é uma representação gráfica da imagem, que mostra valores
de luminância na mesma posição em relação àqueles dentro do quadro. Por exemplo, se parte do
céu estiver superexposta, você a verá na mesma posição horizontal no display em forma de onda
que ela aparece no quadro.
Dependendo da sua imagem, sua forma de onda terá uma aparência diferente. Se estiver
monitorando vídeos de alto contraste, pode ser que não veja valor algum nos tons de cinza.
Aimagem abaixo apresenta uma forma de onda de uma imagem exposta uniformemente com um
patch escuro à esquerda e valores mais luminosos do centro do quadro para a direita.
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Display em forma de onda exibindo valores de luminância.
Selecione “Waveform” nas configurações “Display” do Blackmagic SmartView
Setup para visualizar os valores de luminância no seu sinal de vídeo.
Display em Vetorscópio
O display “Vectorscope” exibe as cores em um sinal de vídeo. Dependendo do padrão dos sinais de
teste de barras de cor usado na sua instalação, selecione 100% ou 75% no menu suspenso “Set” no
Blackmagic SmartView Setup.
Algumas pessoas acreditam que o vetorscópio pode ser usado para verificar níveis ilegais, mas isso
não é correto. O display no padrão RGB é que deve ser usado para a verificação de cores ilegais.
Omotivo pelo qual você não pode usar um vetorscópio para tal verificação é que ambos os valores
de crominância e luminância são necessários. Por exemplo, as cores próximas dos pontos brancos
ou pretos no vídeo não podem ser saturadas como as cores muito mais escuras, que podem ser
usadas nos tons de cinza. Como o display em vetorscópio exibe somente cores, e não valores de
luminância, ele não pode ser usado exclusivamente para verificar cores ilegais.
O display em vetorscópio é a melhor ferramenta para verificar níveis de cores de fitas de vídeo
analógicas antigas, onde você precisa ajustar níveis cromáticos. Basta reproduzir o segmento da
barra de cores da fita de vídeo e, depois, ajustar as configurações cromáticas e de matiz para definir
as cores do vídeo nas caixas quadradas na gratícula.
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O display em vetorscópio também é perfeito para gradação de cor, já que você pode facilmente ver
se seu vídeo recebeu balanço de branco corretamente ou se há um tom de cor. Se seu vídeo
possuir um tom de cor, o display desviará para o centro e você provavelmente verá dois pontos
centrais. Geralmente, o apagamento no sinal de vídeo cria um ponto no centro do vetorscópio e isso
acontece porque o apagamento no vídeo é preto sem qualquer cor. O apagamento fornece um
ponto de referência útil para ajudar a reconhecer áreas do vídeo preto sem qualquer
informação de cor.
Se seu vídeo tiver um tom de cor, você poderá visualizar os pretos se afastando da cor e do centro.
Ograu de deslocamento representa a quantidade do tom de cor no seu vídeo e é possível ver
oafastamento nos detalhes pretos e brancos do seu vídeo. Isto faz com que o display em
vetorscópio seja valioso na remoção do tom de cor e na recuperação do balanço de branco correto.
Este tipo de display permite que você trabalhe com cores no seu vídeo dentro dos limites, sem
adicionar acidentalmente tons indesejados aos pretos e brancos. O balanço de cor branca pode ser
monitorado tanto no display em padrões RGB quanto no display em vetorscópio. Os problemas com
balanço de cor serão geralmente mais fáceis de visualizar no display em vetorscópio.
Ao fazer a correção de cor de imagens com tons de pele, especialmente rostos, você deve manter
asaturação da cor quente ao longo de uma linha aproximadamente na posição de 10 horas no
vetorscópio. Isto é conhecido como “flesh tone line” e é baseado na cor do sangue sob a superfície
da pele. A “flesh tone line” é, portanto, aplicável a todos as pigmentações de pele e é a melhor
maneira de garantir que os tons de pele do seu talento fiquem naturais.
Display em vetorscópio exibindo “flesh tone
line” em direção à posição de 10 horas.
Configure seu vertorscópio como sinais de teste de barras de cor a 100% ou 75%.
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Display em Padrões
Os displays “RGB Parade” e “YUV Parade” são ideais para correção de cor, verificação de cores
ilegais e verificação de níveis.
Ao fazer a correção de cor, selecione “RGB Parade” no menu suspenso “Display” no Blackmagic
SmartView Setup. A visualização no padrão RGB exibe a altura máxima dos canais individuais de cor
vermelho, verde e azul. O monitoramento dos níveis de cada canal simplifica a correção de cor
etambém é fácil visualizar o balanço de cor nos pretos, meios-tons e brancos do sinal de vídeo.
Odisplay no padrão RGB possibilita que você identifique os detalhes comuns aos canais vermelho,
verde e azul, simplificando o balanço de cor e a remoção de tons de cor indesejados.
Ao fazer a correção de cores, é importante certificar-se de que os níveis de vídeo estejam
completos, mas não cortados. Caso queira aumentar o nível de vídeo, certifique-se também de que
ele não ultrapasse o limite RGB ou você obterá níveis ilegais. Alguns equipamentos não permitem
ageração de níveis 100% RGB ilegais, porém outros equipamentos permitirão. O SmartScope Duo
4K deixa você visualizar os níveis ilegais sempre que eles ocorram.
Vídeos ilegais também podem ocorrer nos níveis de preto e branco. Em alguns sistemas de
correção de cor, os níveis de preto podem ser reduzidos para o ponto preto abaixo de 0%. Se você
notar níveis de preto ilegais, basta adicionar um pedestal, “Lift, ou ganho para eliminá-los, mas
verifique o nível de gratícula a 100% para garantir que todo o sinal de vídeo não tenha sido elevado
e gerado cores ilegais nos brancos.
Para checar os níveis YUV, selecione “YUV Parade” no menu suspenso “Display”. Esta visualização
é útil porque os valores de luminância (brilho) são separados dos valores cromáticos (cor), o formato
dos sinais de vídeo para a teledifusão. A forma de onda da esquerda mostra as informações de
luminância e a segunda e terceira formas de onda exibem as informações cromáticas. A visualização
no padrão YUV é útil para a calibração dos valores cromáticos dos sinais de vídeo para um padrão
de teste de barra de cores, assim as cores são representadas fielmente e o sinal sendo transmitido
é exibido pelos televisores.
A correção de cor é um processo de ajuste constante que ajuda a alcançar as melhores
imagens sem gerar níveis ilegais!
Visualização no padrão RGB.
Terminologia de Correção de Cores
Pretos – Níveis de pretos no sinal de vídeo
Meios-Tons – Níveis de tons de cinza no sinal de vídeo
Brancos – Níveis de brancos no sinal de vídeo
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Visualização no padrão YUV.
Selecione entre “RGB Parade” e “YUV Parade” no menu suspenso
Display” no Blackmagic SmartView Setup.
Display em Histograma
O display “Histogram” é mais conhecido entre designers gráficos e operadores de câmera.
Eleexibe a distribuição de informações do branco para o preto e permite que você monitore de
perto o tanto que os detalhes são perdidos nos brancos e pretos do vídeo. O display em histograma
também permite visualizar os efeitos dos ajustes de gama no vídeo.
O vídeo preto é exibido na esquerda do display e os brancos na direita. Normalmente, todos os
deos devem estar entre intervalos de 0% e 100% do display em histograma. Eles são cortados
caso se encontrem abaixo de 0% ou acima de 100%. Filmar vídeos com perdas pode ser algo muito
ruim, já que os detalhes nos pretos e brancos precisam ser preservados caso você queira fazer
posteriormente a correção de cores em um ambiente controlado. Portanto, durante as filmagens,
mantenha o vídeo acima do corte preto e abaixo do corte branco para que tenha mais liberdade na
hora de ajustar as cores, sem que os brancos e pretos apareçam com menos contraste, saturação
edetalhes.
Durante a correção de cores, pode ser que você decida cortar seu vídeo e, nesse caso, o display
em histograma exibirá o efeito do corte e o tanto que está sendo cortado. Você pode até usar gama
para criar um look semelhante, com menos perda, ao mesmo tempo que mantém maisdetalhes.
Não é possível, porém, usar o display em histograma para verificar níveis ilegais, embora você
possa ver pretos e brancos ilegais. O display em histograma não exibe cores, mas ele pode
aparentar indicar níveis legais enquanto seu vídeo contém cores ilegais. Mais uma vez, o display no
padrão RGB oferece a melhor maneira de identificar níveis ilegais, já que ele os exibe em elementos
de cor e luminância do sinal de vídeo.
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Configuração do display em histograma exibindo
distribuição dos brancos para os pretos.
Selecione “Histogram” no menu suspenso
“Display” no Blackmagic SmartView Setup.
Display com Medição de Áudio
O display com medição de áudio exibe os níveis de áudio embutidos do sinal de vídeo SDI. Até 16
canais de áudio embutidos são desembutidos e, depois, exibidos no formato dBVU ou dBFS.
O indicador VU, que mostra os níveis médios do sinal, é fácil de usar e muito comum em
equipamentos mais antigos. O VU é calibrado de acordo com a recomendação SMPTE de que um
tom de teste de 1 kHz seja configurado como -20 dBFS.
O dBFS é, essencialmente, um medidor do sinal de áudio digital como um todo e é comum em
equipamentos digitais modernos.
O escopo de áudio da direita é capaz de monitorar dois canais de áudio, os quais podem ser
selecionados no menu suspenso “Set”, como os canais 1 & 2, 3 & 4, etc. O escopo de áudio
apresenta o áudio em uma visualização X-Y, assim você pode monitorar problemas no balanço de
áudio, condições defasadas e se uma trilha de áudio é mono ou estéreo. O áudio mono deve
aparecer como uma única linha vertical em fase, “In Phase”. Se a linha estiver horizontal, significa
que seu áudio está fora de fase, “Out of Phase”, e poderia aplicar compensação (ex: perda de áudio)
quando recebido por equipamentos downstream. A fase do áudio, “Audio Phase, é uma das avarias
de áudio mais comuns em instalações grandes, onde os cabos podem ser conectados
inadequadamente.
363Usar SmartScope Duo 4K
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Ao monitorar sinais estéreos, a linha do escopo de áudio no lado direito se espalha para representar
a diferença entre os canais de áudio esquerdo e direito. Quanto mais som estéreo na trilha de áudio,
mais circular a linha aparecerá. Se o áudio tiver conteúdo estéreo mínimo, o estéreo aparecerá mais
concentrado por volta do eixo vertical.
Áudios de diálogo tendem a aparecer como uma linha vertical, enquanto músicas com muito
conteúdo estéreo farão com que o escopo seja exalado. Isso ocorre porque o áudio mono é L+R e
éexibido no eixo vertical, enquanto o conteúdo estéreo é L-R e é exibido no eixo horizontal para
mostrar a diferença do estéreo.
Display com medição de áudio mostrando os níveis de pico e o balanço de áudio.
Use o menu suspenso “Set” para selecionar o
par de canais de áudio a ser monitorado.
Conectar a uma Rede
Ao conectar um monitor SmartView ou SmartScope a uma rede, você pode ajustar as configurações
do monitor de múltiplas unidades remotamente.
Apesar dos monitores SmartView e SmartScope exibirem vídeos sem a necessidade de qualquer
configuração, os ajustes podem ser feitos antes da sua implementação. A configuração de rede
pode ser realizada somente com o uso direto de uma conexão USB a um computador.
364Conectar a uma Rede
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Ethernet Direta
A configuração remota de um monitor pode ocorrer através de uma conexão Ethernet direta ao seu
computador. Nenhum switch de rede é necessário nesta configuração, o que é excelente caso
precise fazer a instalação e configuração rapidamente. As unidades adicionais podem ser montadas
em cascata usando a porta de saída Ethernet com loop-through ativa em cada unidade.
Aalimentação deve ser fornecida a todas as unidades montadas em cascata.
Caso queira conectar várias unidades sem usar os endereços IP da rede atual do seu estúdio, ou
caso não tenha uma rede existente, basta conec-las diretamente à porta Ethernet do seu
computador. Esta também é uma maneira rápida de conectar as unidades SmartView e SmartScope
via Ethernet, já que não precisa levar os cabos de volta a um switch de rede.
Conector Ethernet.
Switch de Rede Ethernet
Caso queira conectar várias unidades à rede do seu estúdio você precisará conectar somente um
SmartView ou SmartScope ao switch de rede, enquanto o resto pode ser montado em cascata
usando a porta de saída Ethernet com loop-through ativa em cada unidade para que apenas uma
única porta no seu switch seja usada. Assim, você não precisará levar múltiplos cabos de volta a um
switch de rede. A alimentação deve ser fornecida a todas as unidades para que a montagem em
cascata funcione.
A conexão a um switch de rede permite que qualquer computador na rede altere as configurações
de uma unidade. Qualquer computador laptop Mac ou Windows também é capaz de alterar as
configurações através de uma conexão WiFi, se sua rede incluir um ponto de acesso sem fio.
Será necessário seguir os passos abaixo para conectar o SmartView ou SmartScope a uma rede
baseada em IP de área local.
1 Conecte-se com segurança e ative a fonte de alimentação incluída na
sua unidade.
2 Conecte a unidade a um switch de rede, ou diretamente a um computador,
com um cabo Ethernet RJ45 padrão.
365Conectar a uma Rede
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Diagrama de Conexão Ethernet Direta
Você pode conectar a porta Ethernet de um computador diretamente a uma unidade sem precisar
de um switch de rede. As unidades adicionais podem ser montadas em cascata para que você não
precise levar múltiplos cabos de volta a um switch de rede. A alimentação deve ser fornecida
atodas as unidades.
Diagrama de Conexão de Switch de Rede Ethernet
Caso deseje conectar várias unidades à rede atual do seu estúdio, precisará conectar apenas uma
unidade ao switch de rede. O resto pode ser montado em cascata para que você não precise levar
múltiplos cabos de volta a um switch de rede. A alimentação deve ser fornecida a todas
asunidades.
SmartScope 4KDuo
SmartScope 4KDuo
Switch de Rede
Ethernet
Computadores
Cliente
366Conectar a uma Rede
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Ajustar Configurações de Rede
Configurações de Rede
Nome do Dispositivo
É recomendável alterar o nome do seu monitor para que cada unidade SmartView ou SmartScope
seja identificada facilmente na rede, por exemplo “Câmeras de Campo 1 & 2, “Saída de
Multivisualização”, “Alimentações 4K” e etc.
Para mudar o nome do seu monitor, certifique-se de que ele esteja conectado via Ethernet ou USB.
Inicie o Blackmagic SmartView Setup e clique no ícone de configuração abaixo do nome do seu
monitor. Na página de configuração, clique em “Network” e edite o seu monitor localizado na seção
“Details. Se o software detectar um nome inválido, um ícone de aviso aparecerá próximo a ele à
medida que você digita. Se o nome for válido, aparecerá um tique verde. Pressione a tecla “Return”
no teclado do seu computador para confirmar a alteração do nome.
Configurações de Rede
Para fazer alterações na seção de configurações de rede no Blackmagic SmartView Setup,
énecessário que o seu monitor Blackmagic esteja conetado ao computador via USB.
Asconfigurações de rede não podem ser alteradas via Ethernet.
Por padrão, o SmartView e o SmartScope usam DHCP para obter um endereço IP da sua rede
automaticamente.
Na ausência de um servidor DHCP, pode ser que você queira habilitar o recurso “Internet Sharing”
do macOS ou o recurso “Internet Connection Sharing” (ICS) do Windows 8.1 ou Windows 10, para
fornecer endereços DHCP a quaisquer unidades diretamente fixadas. Isto evitará a necessidade de
atribuir endereços IP estáticos manualmente a cada unidade. Você pode usar este recurso para
fornecer endereços DHCP mesmo que seu computador não tenha uma conexão com a Internet.
Ocompartilhamento da Internet é detalhado na seção de ajuda, “Help”, das documentações do
macOS e Windows 8.1 e 10.
Se o DHCP não puder ser usado na sua configuração, opte por configurar o endereço usando
“Static IP. Para evitar o surgimento de um conflito de IP na sua rede, por favor solicite um endereço
IP disponível ao seu administrador de sistema. Você precisará especificar um endereço IP único
para cada unidade SmartView e SmartScope, assim como uma máscara de sub-rede comum. Não
énecessário alterar o valor padrão no campo “Gateway” a menos que você pretenda conectar suas
unidades a um gateway de rede, como um roteador de Internet.
Caso nenhum monitor SmartView ou SmartScope seja localizado na rede, pode ser que as unidades
não tenham recebido endereços IP via DHCP e será necessário ajustar manualmente cada unidade
com configurações de rede adequadas.
1 Conecte um monitor Blackmagic SmartView ou SmartScope ao seu
computador via USB e inicie o Blackmagic SmartView Setup.
2 Seu monitor conectado será exibido automaticamente na página inicial do
SmartView Setup e apresentará um ícone USB próximo ao seu nome.
3 Ajuste as configurações de rede do seu monitor.
4 Repita esses passos para todas as outras unidades que não receberam um
endereço IP via DHCP.
367Ajustar Configurações de Rede
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O ícone USB próximo ao nome do seu monitor mostra
que o monitor está conectado ao seu computador via
USB. Para fazer ajustes nas configurações de rede, seu
monitor Blackmagic precisa estar conectado via USB.
As configurações de rede podem ser ajustadas
para usar DHCP ou um enedereço IP estico e
podem ser alteradas apenas via USB.
Adicionar um Monitor Blackmagic
Se você já souber o endereço IP de um SmartView ou SmartScope Duo 4K, mas ele não aparecer
automaticamente na página inicial do Blackmagic SmartView Setup, é possível adicionar o monitor
manualmente. Para fazer isto:
1 Certifique-se de que o seu monitor Blackmagic esteja conectado via Ethernet.
Clique no ícone “+” no canto inferior esquerdo para abrir a janela “Add a
Blackmagic Monitor”.
2 Digite o endereço IP do monitor e clique em “Add.
3 O software verificará a presença da unidade e a adicionará aos monitores
Blackmagic incluídos na página inicial do SmartView Setup. Clique no ícone da
seta direita para visualizar seu monitor recém-adicionado.
368Ajustar Configurações de Rede
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Você pode adicionar manualmente um monitor SmartView
ou SmartScope à lista dos monitores conectados clicando
no ícone “+” e inserindo o endereço IP do monitor.
Usar Sinalização
Conexões dos Pinos da Porta de Sinalização
A porta de sinalização do SmartView ou SmartView não precisa necessariamente estar conectada,
portanto você pode ignorar esta seção caso não pretenda usar o recurso de sinalização.
As telas do SmartView e SmartScope contam com bordas de sinalização independentes em
vermelho, verde ou azul, as quais podem ser usadas para indicar o status de um sinal de vídeo,
como no ar, pré-visualização ou gravação.
A porta de sinalização D-sub de 9 pinos aceita sinais de fechamento de contato dos switchers
esistemas de automação. Por favor consulte o diagrama de conexões dos pinos de sinalização para
informações sobre o cabeamento da porta de sinalização para uso com seu switcher ou sistema de
automação.
A descrição do cabeamento da porta D de 9 pinos está impressa na traseira da unidade, mostrando
os fechamentos de contato para exibir as bordas de sinalização vermelhas, verdes ou azuis em cada
monitor independente.
SmartView Duo exibindo bordas verdes e vermelhas.
369Usar Sinalização
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Otimizar o Ângulo de Visualização
Se os monitores SmartView Duo, SmartView HD ou SmartScope forem instalados em um rack de
equipamentos muito alto, você deve inverter fisicamente as telas LCDs para obter o ângulo de
visualização ideal.
As imagens exibidas nos LCDs corresponderão automaticamente à orientação correta ao
detectarem a inversão. Uma chave de fenda pozidriv de número 02 é necessária para encaixar
edesencaixar o painel frontal da sua montagem traseira. Trata-se de um processo simples e não
involve a abertura da montagem traseira.
O processo a seguir descreve como inverter a unidade e ao mesmo tempo manter o logotipo da
Blackmagic Design na orientação correta no painel frontal. Uma chave de fenda pozidriv de número
02 é necessária.
1 Remova as chaves de fenda das laterais superior, inferior, esquerda e direita
do painel frontal. O SmartView Duo e o SmartScope Duo 4K possuem 10
parafusos e o SmartView HD possui 18 parafusos.
2 Retire o painel frontal da montagem traseira, conforme a ilustração.
3 Inverta a montagem traseira.
4 Reencaixe o painel frontal na montagem traseira invertida.
5 Reencaixe os parafusos no chassi.
O seu SmartView ou SmartScope agora está pronto para ser instalado em um rack alto.
Depoisde ser aparafusado no rack, o SmartView continuirá exibindo o ângulo de visualização
ideal mesmo após sofrer impactos, pois não há botões giratórios externos ou ajustes que levem
amanejos incorretos ou que fiquem frouxos.
SmartView Duo e SmartScope Duo 4K
Conexões dos Pinos de Sinalização
Pino Função
1 Monitor 1 Vermelho
2 Monitor 1 Verde
3 Monitor 1 Azul
4 Terra
5 Terra
6 Terra
7 Monitor 2 Vermelho
8 Monitor 2 Verde
9 Monitor 2 Azul
SmartView HD e SmartView 4K
Conexões dos Pinos de Sinalização
Pino Função
1 Vermelho
2 Verde
3 Azul
4 Terra
5 4 3 2 1
9 8 7 6
Porta de sinalização do SmartView
370
Otimizar o Ângulo de Visualização
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É recomendável realizar um teste de inversão para verificar o ângulo de visualização
ideal antes de aparafusar a sua unidade em um rack muito alto.
Remova todos os parafusos para retirar o painel frontal da montagem traseira.
371Otimizar o Ângulo de Visualização
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Informações para Desenvolvedores
Devenvolver Software Personalizado com Hardware da Blackmagic Design
O Blackmagic SmartView Ethernet Protocol permite que os desenvolvedores controlem
remotamente hardware do Blackmagic SmartView e SmartScope com seus próprios programas
personalizados. O Blackmagic SmartView Ethernet Protocol é um protocolo de controle com status
baseado em texto.
Baixar o SmartView Ethernet Protocol
O Blackmagic SmartView Ethernet Protocol é gratuito. Ele está incluído neste manual SmartView &
SmartScope e está disponível para download em www.blackmagicdesign.com/br/support.
Juntar-se à Lista de Desenvolvedores da Blackmagic Design
A lista de emails de desenvolvedores da Blackmagic foi criada para discussões técnicas sobre as
tecnologias usadas pela Blackmagic Design, como QuickTime, Core Media, DirectShow, codecs,
APIs, SDKs e etc. Esta lista de emails é gratuita e funciona como um fórum onde os desenvolvedores
podem trocar ideias. Qualquer inscrito pode participar e os engenheiros da Blackmagic Design
também podem vir a participar, se necessário. Você pode se inscrever na lista de emails em
http://lists.blackmagicdesign.com/mailman/listinfo/bmd-developer.
Em alguns casos, solicitaremos uma breve descrição do software em desenvolvimento, caso o seu
nome de domínio não informe claramente que sua organização desenvolve software de vídeo.
Porfavor, não se sinta ofendido se isto acontecer, pois estamos apenas tentando evitar spams, vírus,
assim como clientes com perguntas não relacionadas a desenvolvedores e agências de emprego
ou vendedores tentando promover produtos na lista. Esta lista é voltada somente para
desenvolvedores.
Contactar o Suporte Técnico a Desenvolvedores da Blackmagic Design
Você também pode entrar em contato conosco via dev[email protected], caso tenha
dúvidas relevantes a desenvolvedores ou deseje fazer perguntas fora da lista.
Blackmagic 2K Format – Visão Geral
Os produtos Blackmagic Design são compatíveis com vídeos 3G-SDI, o que permite uma taxa de
dados duas vezes maior que a de vídeos HD-SDI tradicionais. Achamos que seria uma ótima ideia
adicionar suporte a filmes em 2K, via tecnologia 3G-SDI, para simplificar fluxos de trabalho de
longas-metragens. Com os sistemas de edição da Blackmagic Design alcançando popularidade no
mundo todo, agora milhares de pessoas podem se beneficiar da revolução no fluxo de trabalho de
longas-metragens.
372Informações para Desenvolvedores
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Estas informações incluem tudo que os desenvolvedores de produtos precisam saber para a criação
de equipamentos SDI em 2K nativo. Obviamente, todos os produtos Blackmagic são atualizáveis,
portanto caso a indústria televisiva adote um padrão alternativo de filme baseado em SDI,
poderemos adicionar suporte a ele também!
Estrutura de Quadro
Transmitido a 23.98, 24 ou 25 quadros por segundo como um Progressive
Segmented Frame.
O vídeo ativo possui 2048 pixels de largura por 1556 linhas de profundidade.
Número total de linhas por quadro: 1650.
Número de palavras ativas por linha: 1535. Uma palavra consiste em uma amostra de 10 bits
para cada um dos quatro fluxos de dados, como um total de 40 bits. Consulte o diagrama
nomeado Blackmagic 2K Format - Formato do Fluxo de Dados.
Número total de linhas ativas: 1556.
Número de palavras por linha: 1875 para 23.98/24 Hz e 1800 para 25 Hz.
Campos por quadro: 2825 linhas cada.
As linhas ativas são localizadas nas linhas 16-793 (campo 1) e 841-1618 (campo 2).
Estrutura de Transporte
Baseado no mapeamento de enlace duplo SMPTE 372M e suporte SMPTE 425M-B para o
mapeamento SMPTE 372M em um enlace único a 3 Gb/s.
Sinais de referência de cronometragem, inserção de CRC e número de linha ocorrem
conforme mencionado acima.
Durante o vídeo ativo, dados vermelho, verde e azul de 10 bits são enviados na
sequência a seguir.
Dados ANC opcionais são inseridos em ambas interfaces virtuais.
No momento, somente os dados de áudio são incluídos: de acordo com a inserção de
áudio HD padrão (SMPTE S299M), os pacotes de dados de áudio são carregados no fluxo
de dados 2 e os pacotes de controle de áudio são carregados no fluxo de dado 1.
Fluxo de dado 1: Green_1, Green_2, Green_3, Green_5...Green_2047
Fluxo de dado 2: Blue_1, Blue_2, Green_4, Blue_5...Green_2048.
Fluxo de dado 3: Red_1, Blue_3, Blue_4, Red_5...Blue_2048.
Fluxo de dado 4: Red_2, Red_3, Red_4, Red_6...Red_2048.
Blackmagic 2K Format – Referência de Cronometragem Vertical
Este diagrama mostra os detalhes de cronometragem vertical com números de linha e campos, bits
vertical e horizontal para os códigos de sinal de referência de cronometragem.
Field 1 Active
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field 2 Active
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE # 825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
373Informações para Desenvolvedores
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Blackmagic 2K Format – Formato de Fluxo de Dados
Este diagrama mostra os formatos dos fluxos de dados próximos da seção de dados ANC opcionais
da linha horizontal. Observe que cada pixel ativo recebe até três amostras.
Fluxo de Dados
1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
Dados de
Áudio/ANC
EAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Fluxo de Dados
2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
Dados de
Áudio/ANC
EAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Fluxo de Dados
3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Fluxo de Dados
4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
EAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Palavra#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Palavra#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
374Informações para Desenvolvedores
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Blackmagic SmartView Ethernet Protocol v1.3
Resumo
O Blackmagic SmartView Ethernet Protocol é um protocolo de controle e status baseado em texto,
muito semelhante ao protocolo Videohub em termos de estrutura, acessado pela conexão com a
porta 9992 TCP em um dispositivo SmartView ou SmartScope.
Após conexão, o SmartView ou SmartScope envia um despejo completo do estado do dispositivo.
Depois do despejo inicial, as alterações do estado são enviadas de maneira assíncrona.
O dispositivo envia informações em blocos, os quais contêm um cabeçalho identificador, seguido
de dois-pontos. Um bloco pode abranger múltiplas linhas e é encerrado por uma linha em branco.
Para flexibilidade em relação às alterações futuras do protocolo, os clientes devem ignorar os
blocos que eles não reconhecem, até a linha em branco à direita. Nos blocos reconhecidos, os
clientes devem ignorar as linhas que eles não reconhecem.
A versão 1.3 do Blackmagic SmartView Ethernet
Protocol foi lançada com o software SmartView 1.3.
Preâmbulo do Protocolo
O primeiro bloco enviado pelo SmartView Server é sempre o preâmbulo do protocolo:
PROTOCOL PREAMBLE:
Version 1.3
O campo da versão indica a versão do protocolo. Quando o protocolo é alterado de maneira
compatível, o número da versão de manutenção é atualizado. Se alterações incompatíveis são
feitas, o número da versão principal é atualizado.
Informações do Dispositivo
O bloco a seguir contém informações gerais sobre o dispositivo SmartView ou SmartScope
conectado.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
Este exemplo exibe a saída para um dispositivo SmartView Duo, que possui duas telas LCDs.
O sinalizador INVERTED indica se o dispositivo detectou se ele foi inserido em uma configuração
invertida para otimizar o ângulo de visualização da tela LCD.
Legend
↵
carriage return
and so on
375Informações para Desenvolvedores
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Configuração de Rede
O próximo bloco mostra a configuração de rede TCP/IP:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
As configurações de rede com o prefixo CURRENT mostram as configurações TCP/IP ativas, e elas
são somente leitura. As definições CURRENT refletem a configuração DHCP ou estática,
dependendo do sinalizador DYNAMIC IP.
Alterar Configurações de Rede
A rede pode ser configurada para usar uma configuração DHCP ou estática. Como habilitar DHCP:
NETWORK:
Dynamic IP: true
Para configurar um endereço IP fixo, forneça todos os parâmetros estáticos:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
Os parâmetros com o prefixo CURRENT são somente leitura e mostram a configuração ativa,
independentemente da configuração ser estática ou dinâmica.
A alteração do nome do dispositivo, ou de quaisquer configurações de rede, gerarão a queda da
conexão IP. O dispositivo reiniciará sua rede e informará seu novo nome na rede.
Ajustar Configurações do Monitor
As configurações do display para cada monitor são especificadas individualmente. Um ou mais
monitores podem ser modificados ao mesmo tempo e múltiplas configurações podem ser
fornecidas em um bloco.
O intervalo válido para valores numéricos é 0-255. As propriedades CONTRAST e SATURATION
são centradas em zero, então o valor normal é 127, de forma que a imagem exibida é a mesma que a
original. Um valor maior que 127 em cada canal gerará um aumento no contraste ou na saturação e,
de maneira semelhante, um valor menor que 127 gerará uma redução.
Por exemplo, para configurar o brilho a 50% e para remover a saturação da imagem para Preto
& Branco:
MONITOR A:
Brightness: 127
Saturation: 0
376Informações para Desenvolvedores
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Exibir SD em 16:9
O comando a seguir configura vídeos em definição padrão para exibição em 16:9:
MONITOR A:
WidescreenSD: ON
Exibir SD em 4:3
O comando a seguir configura vídeos em definição padrão para exibição em 4:3:
MONITOR A:
WidescreenSD: OFF
Configurações de Identificação e Sinalização
O sinalizador Identify é transitório e fará com que uma borda branca seja exibida ao redor de toda a
imagem por uma duração de 15 segundos, sendo restaurado depois. Este recurso tem como
objetivo principal a identificação do monitor que está sendo configurado no momento ao ser
montado em um rack com múltiplas unidades. Como habilitar:
MONITOR A:
Ide ntify: tr u e
A borda IDENTIFY substituirá temporariamente quaisquer outras configurações de borda vigentes.
A propriedade BORDER pode ser usada para configurar de forma programática as bordas de
sinalização coloridas sem fio com uma das cores primárias: RED, GREEN, BLUE, WHITE ou NONE.
Esta configuração pode ser substituída pelos sinais de sinalização elétricos na entrada DB-9 do
próprio dispositivo. Por exemplo, para configurar a sinalização sem fio como verde:
MONITOR B:
Border: green
A sinalização por fio sempre substituirá a sinalização sem fio. O relatório de estado completo
sempre indicará a atual borda válida.
Configurações do SmartScope
No SmartScope Duo 4K, cada monitor pode ser configurado para exibir um escopo diferente. Os
valores para ativar escopos específicos são mapeados como a seguir:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (o mesmo que Video Monitor)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
No exemplo acima, Monitor A foi configurado como um monitor de vídeo.
377Informações para Desenvolvedores
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Exibir SD em 16:9
Como configurar o modo Video Monitor para exibir vídeos em definição padrão em 16:9:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
Exibir SD em 4:3
Como configurar o modo Video Monitor para exibir vídeos em definição padrão em 4:3:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
Ao configurar um dos monitores do SmartScope Duo 4K como medidores de áudio, é possível
também selecionar quais canais deseja exibir. Os valores para selecionar os canais de áudio são
mapeados da seguinte maneira:
0: Canais 1 e 2
1: Canais 3 e 4
2: Canais 5 e 6
3: Canais 7 e 8
4: Canais 9 e 10
5: Canais 11 e 12
6: Canais 13 e 14
7: Canais 15 e 16
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
No exemplo acima, o Monitor B foi selecionado para exibir medidores de áudio em Dbvu com os
canais de áudio 1 e 2 selecionados para o medidor de fase.
Selecionar LUTs para o SmartView 4K
Como selecionar LUTs 3D usando SmartView 4K:
MONITOR A:
LUT: 0LUT 1
1LUT 2
NONE DISABLE
378Informações para Desenvolvedores
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Ajuda
Obter Ajuda
Há quatro maneiras de obter ajuda:
1 Acesse a Central de Suporte Técnico da Blackmagic Design em
www.blackmagicdesign.com/br/support para as informações de suporte
mais recentes.
2 Ligue para o seu revendedor da Blackmagic Design.
3 Seu revendedor local terá as últimas atualizações técnicas da
Blackmagic Design e poderá fornecer assistência imediata. Também
recomendamos que você verifique as opções de suporte oferecidas pelo
revendedor, pois ele pode organizar diversos planos de suporte baseados nas
exigências do seu fluxo de trabalho.
4 Outra opção é nos enviar um email com suas dúvidas usando o botão “Enviar
email” em www.blackmagicdesign.com/br/support.
5 Ligue para um escritório de suporte da Blackmagic Design. Você pode
encontrar o escritório mais próximo clicando no botão “Encontre a sua equipe
de suporte local” na parte inferior da página de suporte.
Por favor nos forneça o máximo de informação possível sobre seu problema técnico
eespecificações do sistema para que possamos encontrar uma resposta para o seu problema
oquanto antes.
379Ajuda
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Informações Regulatórias e de Segurança
Informações Regulatórias
Eliminação de resíduos de equipamentos elétricos e eletrônicos dentro da União Europeia.
O símbolo no produto indica que este equipamento não pode ser eliminado com outros
materiais residuais. Para descartar seus resíduos de equipamento, ele deve ser entregue a
um ponto de coleta designado para reciclagem. A coleta separada e a reciclagem dos
seus resíduos de equipamento no momento da eliminação ajudarão a conservar os
recursos naturais e a garantir que sejam reciclados de uma maneira que proteja a saúde
humana e o meio ambiente. Para mais informações sobre onde você pode eliminar os
resíduos do seu equipamento para reciclagem, por favor contacte a agência de reciclagem
local da sua cidade ou o revendedor do produto adquirido.
Este equipamento foi testado e respeita os limites para um dispositivo digital Classe A,
conforme a Parte 15 das normas da FCC. Esses limites foram criados para fornecer
proteção razoável contra interferências nocivas quando o equipamento é operado em um
ambiente comercial. Este equipamento gera, utiliza e pode irradiar energia de
radiofrequência e, se não for instalado ou usado de acordo com as instruções, poderá
causar interferências nocivas nas comunicações via rádio. A operação deste produto em
uma área residencial pode causar interferência nociva, nesse caso o usuário será
solicitado a corrigir a interferência às suas próprias custas.
A operação está sujeita às duas condições a seguir:
1 Este dispositivo não poderá causar interferência nociva.
2 Este dispositivo deve aceitar qualquer interferência recebida, incluindo interferência que
possa causar uma operação indesejada.
Informações de Segurança
Este equipamento deve ser conectado a uma tomada com uma conexão aterrada
protegida.
Para reduzir o risco de choque elétrico, não exponha este equipamento a gotejamento ou
respingos.
Este equipamento é adequado para uso em locais tropicais com uma temperatura
ambiente de até 4C.
Certifique-se de que ventilação adequada seja fornecida ao redor do produto e não
estejarestrita.
Ao montar o produto em rack, certifique-se de que a ventilação não esteja restringida por
equipamentos adjacentes.
Não há componentes em seu interior reparáveis pelo operador. Solicite o serviço de
manutenção à assistência técnica local da Blackmagic Design.
Use apenas em altitudes inferiores a 2000 m acima do nível do mar.
Este produto tem os recursos de conexão para módulos transceptores de fibra óptica com
fator de forma SFP. Use apenas módulos SFP ópticos de Laser de classe 1.
Módulos SFP recomendados pela Blackmagic Design:
3G-SDI: PL-4F20-311C
6G-SDI; PL-8F10-311C
380Informações Regulatórias e de Segurança
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Aviso para Pessoal de Assistência Autorizado
Desconecte a alimentação de ambas as entradas de alimentação antes de efetuar
operações de assistência!
Cuidado – Interruptor Bipolar/ Aterramento Neutro
A fonte de alimentação neste equipamento possui um fusível tanto nos condutores
de linha quanto neutro e é adequada para conexão com o sistema de distribuição
de alimentação IT na Noruega.
Garantia
12 Meses de Garantia Limitada
A Blackmagic Design garante que este produto estará isento de quaisquer defeitos de materiais
efabricação por um período de 12 meses a partir da data de compra. Se o produto revelar-se defeituoso
durante este período de garantia, a Blackmagic Design, a seu critério, consertará o produto defeituoso
sem cobrança pelos componentes e mão-de-obra, ou fornecerá a substituição em troca pelo produto
defeituoso.
Para obter o serviço sob esta garantia você, o Consumidor, deve notificar a Blackmagic Design do
defeito antes da expiração do período de garantia e tomar as providências necessárias para o
desempenho do serviço. O Consumidor é responsável pelo empacotamento e envio do produto
defeituoso para um centro de assistência designado pela Blackmagic Design com os custos de envio
pré-pagos. O Consumidor é responsável pelo pagamento de todos os custos de envio, seguro, taxas,
impostos e quaisquer outros custos para os produtos que forem devolvidos por qualquer razão.
Esta garantia não aplica-se a defeitos, falhas ou danos causados por uso inadequado ou manutenção
ecuidado inadequado ou impróprio. A Blackmagic Design não é obrigada a fornecer serviços sob esta
garantia: a) para consertar danos causados por tentativas de instalar, consertar ou fornecer assistência
técnica ao produto por pessoas que não sejam representantes da Blackmagic Design, b) para consertar
danos causados por uso ou conexão imprópria a equipamentos não compatíveis, c) para consertar
danos ou falhas causadas pelo uso de componentes ou materiais que não são da Blackmagic Design,
d) para fornecer assistência técnica de um produto que foi modificado ou integrado a outros produtos
quando o efeito de tal modificação ou integração aumenta o tempo ou a dificuldade da assistência
técnica do serviço. ESTA GARANTIA É FORNECIDA PELA BLACKMAGIC DESIGN NO LUGAR DE
QUAISQUER OUTRAS GARANTIAS, EXPLÍCITAS OU IMPLÍCITAS. A BLACKMAGIC DESIGN E SEUS
FORNECEDORES NEGAM QUAISQUER GARANTIAS IMPLÍCITAS DE COMERCIALIZAÇÃO OU
ADEQUAÇÃO A UMA FINALIDADE ESPECÍFICA. A RESPONSABILIDADE DA BLACKMAGIC DESIGN
DE CONSERTAR OU SUBSTITUIR PRODUTOS DEFEITUOSOS É A ÚNICA E EXCLUSIVA MEDIDA
FORNECIDA AO CONSUMIDOR PARA QUAISQUER DANOS INDIRETOS, ESPECIAIS OU ACIDENTAIS
INDEPENDENTEMENTE DA BLACKMAGIC DESIGN OU DO FORNECEDOR TIVER INFORMAÇÃO
PRÉVIA SOBRE A POSSIBILIDADE DE TAIS DANOS. A BLACKMAGIC DESIGN NÃO É RESPONSÁVEL
POR QUAISQUER USOS ILEGAIS DO EQUIPAMENTO PELO CONSUMIDOR. A BLACKMAGIC NÃO É
RESPONSÁVEL POR QUAISQUER DANOS CAUSADOS PELO USO DESTE PRODUTO. O USUÁRIO
DEVE OPERAR ESTE PRODUTO POR CONTA E RISCO PRÓPRIOS
© Direitos autorais 2018 Blackmagic Design. Todos os direitos reservados. ‘Blackmagic Design’, ‘DeckLink, ‘HDLink, ‘Workgroup
Videohub’, ‘Multibridge Pro’, ‘Multibridge Extreme’, ‘Intensity’ e ‘Leading the creative video revolution’ são marcas comerciais
registradas nos Estados Unidos e em outros países. Todos os outros nomes de empresas e produtos podem ser marcas comerciais
de suas respectivas empresas com as quais elas são associadas.
381Garantia
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Kurulum ve Kullanım Kılavuzu
SmartView &
SmartScope
Haziran 2018
rkçe
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Hoş Geldiniz
Herkesin en yüksek kalitedeki videoya erişim sağlamasını mümkün kılarak, televizyon
endüstrisinin tam anlamıyla yaratıcı bir endüstri olmasına ilişkin hayalimizi paylaştığınızı umuyoruz.
Video izleme imkanı, bir tesisin her yerinde gereklidir. SmartView 4K bir native 4K LCD’ye sahip
olduğundan, Ultra HD videoyu tam çözünürlükte izleyebilirsiniz. Buna ek olarak, ayarları hızla
değiştirmenize olanak veren bir kontrol paneli ile şık 6RU kasaya sahiptir. SmartView HD bir
inçten daha az bir incelikte, inanılmaz 6RU rack kasada 17 inçlik bir LCD sunar. SmartView Duo;
bir inçten daha ince olan 3RU rack kasada, birbirinden tamamen bağımsız iki adet zarif 8 inç
LCD sunar. SmartScope Duo 4K, dalga şekli (waveform) skop işlevselliği olan, iki adet bağımsız
8 inç LCD içerdiğinden, video seviyelerinizi anında izleyebilirsiniz. Tüm SmartView monitörleri,
3G-SDI yoluyla SD, HD ve 2K videoyu destekler. SmartScope Duo 4K ve SmartView 4K;
sırasıyla 6G-SDI ve 12G-SDI aracılığıyla, Ultra HD 4K videoyu destekler.
Video izleme çözümlerimiz; kutudan çıktığı haliyle kullanılmaya hazır olarak tasarlanmıştır.
Blackmagic SmartView kurulum yazılımımız, kullanıcıya kolay ve sezgisel bir yapılandırma aracı sunar.
Bu kullanım kılavuzu, SmartView ve SmartScope ürünlerinizin kurulumu için ihtiyacınız olan tüm
bilgileri içerir. Ancak IP adresleri hakkında veya bilgisayar ağlarına ilişkin bilgi sahibi değilseniz,
bir teknik asistandan yardım istemenizde yarar vardır. SmartView ve SmartScope ürünlerinin
kurulumu kolaydır fakat, kurulumunu yaptıktan sonra ayarlamanız gerekebilecek bir kaç tane,
kısmen teknik olan seçenekler bulunmaktadır.
Kurulumu tamamlamanızın aşağı yukarı 5 dakika sürmesini bekliyoruz. Lütfen
www.blackmagicdesign.com/tr adresinden internet sitemizi ziyaret ederek, bu kılavuz ile
SmartView yazılımının en son güncellemelerini indirmek için destek sayfasını tıklayınız. Son
olarak, yeni güncellemeleri size duyurabilmemiz için, bilgisayarınıza yazılım güncellemeleri
indirirken, ünitenizi sitemize kaydetmenizi rica ediyoruz. Sürekli yeni özellikler ve geliştirmeler
için çaba içinde olduğumuzdan, yorumlarızı almaktan mutluluk duyarız.
Grant Petty
CEO Blackmagic Design
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İçindekiler
SmartView & SmartScope
Başlarken 385
SmartView ve SmartScope ile Tanışın 385
Video Kaynaklarının Takılması 386
Bilgisayarınızın Takılması 386
Blackmagic SmartView Setup Yazılımının Yüklenilmesi 387
Blackmagic SmartView Setup YazılımınınKullanımı 388
Yazılımın Güncellenmesi 388
Monitör Ayarlarının Değiştirilmesi 388
SmartView 4K’nın Kullanımı 391
Blackmagic SmartView 4K ile Tanışın 391
Kontrol Panel Butonları 392
Blackmagic SmartView Setup Kullanılarak
3D LUT’ların Yüklenmesi 394
SmartScope Duo 4K Kullanımı 395
Blackmagic SmartScope Nedir? 395
Video İzleme Ekranı 395
Waveform (Dalga Şekli) Ekranı 396
Vektörskop Ekranı 397
Parade Ekranı 399
Histogram Ekranı 400
Ses Göstergeleri Ekranı 401
Bir Ağa Bağlanırken 402
Doğrudan Ethernet Bağlantısı 403
Ethernet Ağ Anahtarı 403
Ağ Ayarlarının Değiştirilmesi 405
Ağ Ayarları 405
Bir Blackmagic Monitörünün İlave Edilmesi 406
Tally Özelliğinin Kullanılması 407
Tally Port Pin Bağlantıları 407
İzleme Açısının Optimize Edilmesi 408
Yazılım Geliştirici Bilgileri 410
Blackmagic 2K Formatı – Genel Tanıtım 410
Blackmagic 2K Format – Vertical Timing Reference (DikeyZamanlama Referansı) 411
Blackmagic 2K Format – Data Stream Format 412
Blackmagic SmartView Ethernet Protocol v1.3 413
Yardım 417
Düzenleyici Bildirim ve Güvenlik Bilgileri 418
Garanti 419
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Başlarken
SmartView ve SmartScope ile Tanışın
SmartView monitörleri; rack bazlı izleme kurulumuna ihtiyacı olan her tesis için idealdir.
Kurulumunuzu yapıp ürünlerinizi kullanmaya başlamanız için yapmanız gereken tek şey, ürünleri
güç kaynağına takmak ve bir SDI kaynağını bağlamaktır.
SmartView 4K, 15.6 inç 4K LCD ekrana sahip olduğundan SD, HD veya Ultra HD videoyu native
3840x2160 piksel çözünürlükte izleyebilirsiniz. Ön kontrol panel butonları sayesinde; girişleri kolayca
seçebilir, ekran parlaklığını ayarlayabilir, mavi kanaldaki gürültü seviyesini gözden geçirebilir,
blanking (karartma) bilgilerini izleyebilir, 3D LUT uygulayabilir ve daha fazlasını yapabilirsiniz.
SmartView HD; güvenle tam çönürlüklü HD izleme için mükemmel bir 17 inç HD LCD
ekrana sahiptir.
SmartView Duo farklı video sinyallerinin eşzamanlı sergilenmesi için iki monitöre sahiptir.
Örneğin, monitörün biri bir YUV 4:2:2 sinyal sergileyebilirken diğeri RGB 4:4:4 sinyal alır.
Monitörün biri NTSC gösterirken, diğeri PAL gösterebilir. Çok sayıda değişik kombinasyonlar
oluşturulabilir ve monitörlerin her birine tek bir SDI kablo bağlamak kadar kolaydır.
SmartScope Duo 4K; SmartView Duo ile aynı özelliklere sahip olmakla birlikte, gerçek zamanlı olarak
video ve ses seviyelerini izlemek üzere waveform, vektörskop ve başka popüler skopların
görüntülenmesi için de kullanılabilir. Buna ek olarak, Ultra HD 4K için tam desteğe sahip oluyorsunuz.
SmartView ve SmartScope monitörleri üzerindeki tüm SDI giriş bağlantıları, 2K video dahil SD,
HD veya 3G-SDI sinyallerinin otomatik tespitini destekler. SmartView 4K ayrıca; 12G-SDI
aracılığıyla ayrıca, 2160p60 gibi formatlar dahil, Ultra HD’yi de tespit eder. SmartScope Duo 4K;
6G-SDI aracılığıyla, Ultra HD 4K videonun otomatik tespit özelliğine sahiptir.
Tek bir bilgisayardan, birden fazla SmartView ve SmartScope üniteleri için ayarları uzaktan
değiştirmek istediğinizde, bunları Ethernet aracılığıyla birbirine bağlayabilirsiniz. Böylece,
ayarları her değiştirmek istediğinizde, bir bilgisayar ve USB kablosu ile her bir üniteye
koşturmak zorunda kalmazsınız.
Kullanmaya başlamak için yapmanız gerekenler bu kadar. SmartView ve SmartScope ürünlerini
bağlamak, Blackmagic SmartView kurulum yazılımında monitör ayarlarını yapılandırmak ve bir
ağa bağlanmak hakkında daha ayrıntılı bilgi için, kılavuzu okumaya devam edin.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
385Başlarken
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Video Kaynaklarının Takılması
SmartView ve SmartScope monitörleri; switcher, kamera, video yakalama kartları, deck ve disk
kaydediciler dahil, SDI ekipmanlara bağlanmaya yarayan standart BNC konektörler içerir.
Bir Görüntünün Elde Edilmesi
Videonuzu görüntülemek kolaydır! Yapmanız gereken tek şey, üniteyi çalıştırmak ve video kaynağınızı
bir SDI girişine takmaktır. Çalıştırıldıktan ve bağlandıktan sonra, videonuz hemen görüntülenecektir.
SD, HD ve 2K sinyaller, SDI giriş ve döngü (loop through) çıkış bağlantıları tarafından otomatik
olarak algılanır. SmartView 4K ve SmartScope Duo 4K ayrıca Ultra HD 4K’yı da algılar.
Ünite tarafından herhangi bir video sinyali alınmadığında, arka lamba söner ve bir sonraki
geçerli sinyal alınıncaya kadar güçten tasarruf yapılır.
Monitörlerin Birbirine Seri Bağlanması
Her bir SmartView ve SmartScope monitörünün bağımsız bir SDI girişi ve loop through çıkışı
bulunduğundan, aynı giriş sinyalini görüntülemeleri için, birden fazla monitörü birbirine
zincirleme bağlayabilirsiniz:
1 1. üniteyi çalıştırın. SDI girişe bir video kaynağı bağlayın. Video anında görüntülenecektir.
2 2. üniteyi çalıştırın. 1. ünitenin loop çıkışından bir SDI kablosunu, 2. ünite üzerindeki bir
SDI girişe bağlayın.
Birbirine bağlayabileceğiniz ünite sayısında bir sınır yoktur.
SmartScope Duo 4K monitörünü kullanarak dalga şekli (waveform) izleme yapıyorsanız, her iki ekranın
aynı giriş sinyalini kullanmaları için 1. monitörün çıkışını 2. monitöre loop yapmanız gerekecektir.
Artık videonuzu görüntüleyebildiğiniz için, monitör ayarlarını değiştirebilir, veya Blackmagic
SmartView 4K üzerine 3D LUT yüklemek için de kullanabileceğiniz, Blackmagic SmartView
kurulum yazılımını kullanarak, SmartScope Duo 4K monitöründen skoplar seçebilirsiniz.
SmartView 4K SmartView HD
SmartView Duo SmartScope Duo 4K
Bilgisayarınızın Takılması
Bilgisayarınızı USB aracılığıyla bağlayarak ve Blackmagic SmartView kurulum yazılımını
yükleyerek, SmartView veya SmartScope monitör ayarlarını yapılandırın.
USB bağlantısı ayrıca, Blackmagic Design internet sitesinden indireceğiniz dahili yazılım
güncellemelerini uygulamak için de kullanılabilir. Yazılım güncellemeleri; yeni özellikler, yeni
donanım ile uyumluluk ve yeni formatlar için destek sağlayabilir. Blackmagic SmartView kurulum
yazılımı hem macOS hem de Windows bilgisayarlarında çalışır.
386Başlarken
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Blackmagic SmartView Setup Yazılımının Yüklenilmesi
Blackmagic SmartView kurulum yazılımı, macOS işletim sisteminin en son Sierra ve High Sierra
sürümlerinde, ve en son servis paketleri yüklü Windows 8.1 ve 10’un 64-bit versiyonlarında
çalışır. Arzu edilirse, Blackmagic SmartView kurulum yazılımı ağ üzerinde yüklü olan birden fazla
bilgisayara yüklenebilir.
Yazılım yükleyici SmartView ile birlikte gelen SD kartı üzerindedir, ancak
www.blackmagicdesign.com/tr/support adresine girmenizi ve en son sürüme sahip
olduğunuzdan emin olmanızı öneriyoruz.
macOS sistemine yüklemek için:
Kutuda gelen SD kartını veya indirilen disk görüntüsünü açın ve SmartView yükleme ikonu
üzerine çift tıklayın. Uygulamalar dosyasında; SmartView setup yazılımı, güncelleme yaparken
daha önceki sürümlerin silinmesi için bir program kaldırıcı ve bu kılavuz ile başka SmartView
bilgilerinin bulunduğu, bir belge dosyası içeren SmartView dosyası oluşturulacaktır.
Windows sistemine yüklemek için:
Windows sisteminde, kutuda gelen SD kartını veya indirilen zip dosyasını açın ve SmartView
yükleyici üzerine çift tıklayın. Yazılımı yüklemek için ekran üzerindeki komutları takip edin.
macOS sisteminde yüklemek için, kutuda gelen SD kartındaki veya
yüklenenler dosyasındaki SmartView.dmg dosyasını başlatın,
sonra SmartView yükleme ikonu üzerine çift tıklayın
387Başlarken
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Blackmagic SmartView Setup
YazılımınınKullanımı
Yazılımın Güncellenmesi
Blackmagic SmartView kurulum yazılımı yüklenip başlatıldığında, monitör adının altındaki ayarlar
ikonunu tıklayın. SmartView veya SmartScope monitörünüzün dahili yazılımını güncellemeniz
için bir komut istemi belirebilir. Bu güncellemeyi yapmak için:
1 USB veya Ethernet aracılığıyla SmartView veya SmartScope monitörünüzü
bilgisayara bağlayın ve Blackmagic SmartView kurulum yazılımını başlatın.
2 Komut istemi belirince, ‘update’ (güncelle) üzerine tıklayın. Güncellemenin
tamamlanması 5 dakika kadar sürebilir.
3 Güncellemenin bitiminde şöyle bir mesaj belirir: “SmartView güncellenmiştir.
4 ‘Close’ (Kapat) üzerine tıklayın.
Eğer herhangi bir dahili yazılım güncellemesi gerekmiyorsa, Blackmagic SmartView kurulum
yazılımı monitörünüzün ayarlar sayfasını açacaktır.
SmartView kurulum yazılımını başlatırken ve bağlı olan SmartView
veya SmartScope monitörünüzün ayarlar ikonunu açarken,
bir dahili yazılım güncellemesi gerekiyorsa bu mesaj belirir
Güncellemenin tamamlanması 5 dakika kadar sürer
Monitör Ayarlarının Değiştirilmesi
Başlatıldığında, Blackmagic SmartView kurulum yazılımı derhal, USB veya Ethernet aracılığıyla
bağlı bulunan SmartView ya da SmartScope ünitelerini arar ve bunları SmartView kurulum
anasayfasında görüntüler. Ağınıza bağlı bulunan birden fazla Blackmagic monitörü mevcutsa,
ayarlamak istediğiniz monitörü seçmek için, anasayfanın her iki tarafındaki sol ve sağ ok
ikonlarına tıklayın. Blackmagic monitörünüz bir USB ile bağlı ise, monitör adının yanında bir
USB ikonu belirecektir.
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Ayarları değiştirmek için, Ethernet ve USB yoluyla bağlı olan monitörünüzü seçin ve monitör adı
altındaki ayarlar ikonuna tıklayın. Bu işlem, seçili olan monitörünüzün ayarlar sayfasını açacaktır.
Yaptığınız ayarlardan memnun kaldığınızda, bu ayarları kaydetmek ve SmartView kurulum
anasayfasına geri dönmek için ‘save’ (kaydet) butonuna tıklayın.
Blackmagic monitörleri için mevcut olan ayarlar ve bunları nasıl uygulayacağınız hakkında bilgi
için bir sonraki bölüme bakın. Blackmagic SmartView kurulum yazılımını kullanarak ağ ayarlarını
nasıl yapılandıracağınız hakkında bilgi için, “adjusting network settings” (ağ ayarlarının
değiştirilmesi) bölümüne bakın.
Blackmagic SmartView kurulum yazılımı, USB aracılığıyla veya bir
ağ üzerinden, yerel olarak bağlı bulunan SmartView ve SmartScope
ünitelerini otomatik olarak arar. Monitörünüzün dahili yazılımını
güncellerken, monitörünüzün USB veya Ethernet ile bağlı olduğundan
emin olun. Monitörünüzün adının yanında bir USB ikonu belirecektir.
Monitör Ayarları
Her bir monitör için, ayarları ve ekranları değiştirmek için, bunların Ethernet veya USB yoluyla
bağlı olması gerekmektedir. SmartView kurulum anasayfasındaki sol ve sağ ok ikonlarını
tıklayarak ayarlamak istediğiniz monitörü seçin, sonra monitör adının altındaki ayarlar ikonunu
tıklayın. Seçili bulunan Blackmagic monitörünüz tarafından desteklenen özelliklere uygun olarak
ayarlar sayfası otomatik olarak kişiselleştirilir.
SmartScope ile aşağı açılan ‘display’ (ekran) menüsünden skop
veya video izleme modu arasında seçim yapabilirsiniz.
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Ayarlama (Adjust)
Bir SmartScope veya SmartView Duo kullanırken, ‘left monitor’ (sol ekran), ‘right monitor’ (sağ
ekran) veya her ikisini aynı anda ayarlamak için ‘both monitors’ (her iki ekran) modları arasından
ayarlamak istediğiniz monitörü seçin. ‘Both monitors’ ayarı etkinleştirildiğinde, SmartView Duo
ve SmartScope üzerindeki her iki monitöre parlaklık, kontrast ve doygunluk ayarlarında yapılan
değişiklikler uygulanacaktır.
Ekran (Display)
Bir SmartScope monitör kullanırken, aşağı açılan ‘display’ (ekran) menüsü, aralarından seçim
yapabileceğiniz skoplar sunar. Video görüntüsünü görmek isterseniz ‘video monitoring’ (video
izleme) ayarını seçin.
Ayarları Kaydet (Set)
Bir SmartScope kullanırken; aşağı açılan ‘set’ (ayarları kaydet) menüsü, standart tanımlı video
kullanırken video izleme ekranı için 4:3 veya 16:9 en boy oranını (aspect ratio) seçme imkanı
sunuyor. Aşağı açılan ‘Set’ menüsü; vektörskop, ses dBFS ve ses dBVU dahil, seçili olan ekran
için ek seçenekler sunar.
Video İzleme: Video görüntüsünü 4:3 veya 16:9 en boy oranlarıyla izlemek için seçin.
Geniş ekran anamorfik standart tanımlı video izlerken, 16:9 en boy oranını seçin.
Geleneksel 4:3 standart tanımlı video izlerken, 4:3 en boy oranını seçin.
Vektörskop: Girişinizin renk çubuğu test sinyallerine %100’mü yoksa %75mi bağlı
olduğunu seçin.
Ses dBFS: Fazı izlemek için ses kanalı çiftini seçin.
Ses dBVU: Fazı izlemek için ses kanalı çiftini seçin.
Anamorfik standart tanımlı video izlerken “SD Aspect to 16:9” olarak ayarlayın
Parlaklık, Kontrast, Doygunluk
Parlaklık, kontrast ve doygunluk ayarlarını uygulamak için kaydırıcıları (slider) ayarlayın.
Monitörün Belirlenmesi
‘Identify’ (Belirle) onay kutusu etkinleştirildiğinde, Blackmagic SmartView kurulum yazılımında seçilen
herhangi bir monitör beyaz bir çerçeve sergileyecektir. Bir ağ aracılığıyla birden fazla SmartView
ve SmartScope ünitesi bağlı ise, bu ayar seçili monitörü görsel olarak tanımlamayı kolaylaştırır.
Bu ayar ‘both monitors’ ayarıyla birlikte kullanıldığında, beyaz çerçeve her iki SmartView Duo
veya SmartScope Duo 4K monitörleri üzerinde sergilenir.
Parlaklık, kontrast ve doygunluk ayarlarını uygulamak için kaydırıcıları (slider) sola ve
sağa sürükleyin. Seçili monitörünüzü tanımlamak için ‘Identify’ ayarını kontrol edin.
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SmartView 4K’nın Kullanımı
Blackmagic SmartView 4K ile Tanışın
SmartView 4K; 2160p60 Ultra HD video’ya kadar SD, HD ve native izleme imkanı sunan, 6 RU
ölçüde, Ultra HD 12G-SDI yayın monitörüdür. Parlak ekranı ve geniş izleme açısı ile SmartView
4K, doğru odak ve renk izleme imkanı için canlı ve net bir görüntü sağlar ve adeta her video
formatını destekler.
Stüdyo ve stüdyo dışı yayın ortamları için tasarlanmış olan SmartView 4K monitörünün kullanımı
inanılmaz derecede kolaydır. Yanlardan montajlı konnektörleri ve VESA desteği mevcuttur.
Ünite, dar alanlara sığdırılabilir veya bir duvara ya da eklemli kol üzerine monte edilebilir.
SmartView 4K, dahili kontrol panel kullanılarak ya da ön panele erişim sağlayamadığınız
durumlarda, Ethernet aracılığıyla uzaktan çalıştırılabilir.
İki adet çoklu hız 12G-SDI girişi, SDI kaynakları arasında seçim yapmanıza olanak sağlarken,
optik fiber SDI modül ilave ederek videonuzu optik fiber yoluyla bağlayabilmeniz için bir SMPTE
uyumlu SFP modül soketi mevcuttur. Video sinyalini başka ekipmanlara yönlendirebilmeniz için
bir 12G-SDI çıkış bulunur. Bununla birlikte ağ oluşturmak için iki Ethernet konnektör, uzaktan
kontrol özelliği ve başka monitörlere seri bağlantı için loop çıkışı mevcuttur. Diğer konnektörler
arasında canlı yapım için bir tally girişi ve dahili yazılım güncellemeleri için de bir USB
port bulunur.
Hatta Blackmagic SmartView kurulum yazılımını kullanarak .cube uzantılı endüstri standardı 3D
LUT’lar veya DaVinci Resolve ile üretilen LUT’lar yüklenebilir. 3D LUT’lar ile SmartView 4K
monitörünüzü kameranıza bağlayabilir ve kliplerinizi son derecelendirme kalitesine en yakın
kalitede izleyebilirsiniz. İki seviyeli focus peaking özelliği, çekimlerinizin kusursuz odaklanmasını
mümkün kılıyor. AC ve DC güç kaynağına destek ile, SmartView 4K monitörünüzü şebeke
prizine veya sette taşınabilirlik için harici bir bataryaya takma esnekliğine sahipsiniz.
SmartView 4K videonuzu SD, HD ve native 3840x2160 piksel çözünürlüğü ile Ultra HD’de
görüntüleyebilmesi sebebiyle, portatif ve stüdyo yayın prodüksiyonu için ideal izleme çözümüdür.
NOT DC güç girişi ile harici güç bağlanıyorsa, harici güç çıkışınızın 12 voltta 24 watt
temin etme kapasitesine sahip olduğundan emin olun.
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Kontrol Panel Butonları
Kontrol paneli, bir sıra butona sahip olduğundan, SmartView 4K monitörünüz üzerindeki ayarları
hızla değiştirebilirsiniz.
Giriş
Bu butona bastığınızda, SmartView 4K monitörünün iki adet 12G-SDI girişine bağlı olan video
sinyalleri arasında dolaşım sağlanır. Bir girişte video bağlı bulunmuyorsa, SmartView 4K o gir
için siyah görüntüler. Girişler arasında geçiş yaparken, bağlı olan giriş formatınız hakkındaki
bilgiler, monitörünüzün üst sol köşesinde anlık olarak sergilenir.
Disp
‘Disp’ butonu, SmartView 4K monitörünüzün LCD ekranının parlaklık ayarının değiştirilmesi için
kullanılır. Yukarı ve aşağı ok butonlarını basarak parlaklığı ayarlayabilirsiniz. Bu ayarı kapatmak
için ‘disp’ butonuna tekrar basın.
Yatay/Dikey (H/V) Gecikme
‘H/V delay’ butonuna bastığınızda, SDI video sinyalinizde yardımcı verinin gömülü olup
olmadığını hızla doğrulayabilirsiniz. Örneğin, yatay yardımcı veriyi izlemek için H/V butonuna bir
kez basın. Genellikle kapalı alt yazı gibi veriler için kullanılan dikey yardımcı veriyi izlemek için,
H/V butonuna tekrar basın.
Yalnızca Mavi
Bir dijital video sinyalinde gürültü mevcutsa, mavi kanalda belirgin bir şekilde görünür. Mavi
kanalınızda gürültü olup olmadığını kolayca kontrol etmeniz için, ‘blue only’ (yalnızca mavi)
butonuna basın. Bu işlem siyah ve beyaz bir görüntü olarak temsil edilen yalnızca mavi kanalını
görüntüler. Bu siyah beyaz görüntü ayrıca, kamera odağını gözden geçirirken de yardımcı olması
amacıyla kullanılabilir.
Zoom
Net bir kamera odağı elde etmenin bir yöntemi, ‘zoom’ butonunu kullanmakr. Görüntü
yütmek için bir kez basın. Bunu yaptığınızda bir nesnenin odakta olup olmadığını açıkça
görebilirsiniz. Normal izleme boyutuna geri dönmek için tekrar zoomu tıklayın.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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Pik (Peak)
Focus peaking özelliğini etkinleşirmek için ‘peak’ butonunu tıklayarak kameranın odak ayarı
kolaylıkla kontrol edilebilir. Bu, görüntünüzdeki en keskin noktaların çevresinde parlak yeşil bir
kenar çizgisi görüntüler. Peak butonuna tekrar basılmasıyla, aralarında seçim yapabileceğiniz iki
adet peaking keskinliği seviyesi bulunmaktadır. Yeşil kenarları en keskin iken, kameranızın
odakta olduğundan emin olabilirsiniz.
3D LUT 1 ve 3D LUT 2
LUT butonları, görüntünüzü Blackmagic DaVinci Resolvede üretilmiş veya özel 3D LUT’ları veya
endüstri standardı .cube LUTları kullanarak izlemenize imkan tanır. LUT’u etkinleştirmek için LUT
butonuna bir kez basın. LUTu etkisizleştirmek için tekrar basın. 3D LUTların SmartView 4K ile
kullanılması hakkında daha fazla bilgi için, ‘Blackmagic SmartView Setup kullanılarak 3D
LUT’ların Yüklenmesi’ bölümüne bakın.
H Mark ve V Mark
‘H Mark’ ve ‘V Mark’ butonları kullanılarak, kare işaretleyicileri görüntülenebilir ve değiştirilebilir.
Kare işaretleyicileri, görüntülerinizi oluşturmanıza veya önemli bilgi ya da grafiklerin, ekranın
güvenli alanında kalmalarına yardımcı olur. Farklı televizyonlar video sinyallerinin kenarlarını
biraz fazla veya biraz eksik görüntülediklerinden, güvenli alanı görebilmek açısından yararlıdır.
venli alan, görüntüyü izlemek için hangi televizyon veya monitör kullanılıyor olursa olsun,
ekranın mutlaka görüntülenecek alanıdır.
Yatay ve dikey kare işaretleyicilerini görüntülemek için, H Mark ve V Mark butonlarına sırasıyla
basınız. İşaretleyicilere değişiklik yapmak için, kılavuzların her birini vurgulamak üzere ilgili
butonlara tekrar basın. Bu işlem, yukarı ve aşağı ok butonlarının kullanılmasıyla işaretleyicilerin
konumlarını değiştirmenize olanak sağlıyor. Her bir butona tekrar basılması, yeni konumlarınızı
doğrular. Tekrar bastığınızda, işaretleyiciler etkisizleştirilir.
Yukarı ve Aşağı Ok Butonları
Bir ayarı değiştirirken yukarı ve aşağı ok butonlarını kullanın. Örneğin, ekran parlaklığını
ayarlarken veya kare işaretleyicilerin konumlarını değiştirirken.
Güç
SmartView 4K’yı çalıştırmak için, güç butonuna bir kez basın. Kapatmak için tekrar basın.
INPUT DISP
H/V
DELAY
3D
LUT 1
BLUE
ONLY
ZOOM PEAK
3D
LUT 2
H
MARK
V
MARK
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Blackmagic SmartView Setup Kullanılarak
3D LUT’ların Yüklenmesi
SmartView 4K, 3D LUT’lar kullanılarak videonuzun izlenmesini sağlar. Bu özellik, profesyonel
kalibrasyon LUT’ları kullanarak, SmartView 4K’nızı kalibre etmeniz veya videonuzu en son renk
derecesine mümkün olduğunca yakın bir görüntüyle izlemeniz için seçenek sunar. 3D LUT’ları,
farklı görünümleri denemek için de kullanabilirsiniz. LUTlar, SmartView 4K’ya Blackmagic
SmartView Setup kullanılarak yüklenir. SmartView 4K, .cube dosya uzantılı, endüstri standardı
LUT dosyalarını desteklediğinden, Blackmagic DaVinci Resolve ile üretilen özel LUT’lar dahi
yüklenebilir. LUT’ların oluşturulması hakkında daha fazla bilgi için DaVinci Resolve kullanım
kılavuzuna bakınız.
3D LUT 1 içine bir 3D LUT yüklemek için:
1 Blackmagic SmartView Setup’ı başlatın.
2 ‘Load LUT 1 yükleme butonuna basın. Yüklemek istediğiniz LUT dosyasının
yerini belirtmenizi isteyen bir pencere açılacaktır. Dilediğiniz .cube LUT
dosyasını seçin, sonra ‘open’ (aç) butonuna basın.
3 Biraz önce yüklemiş olduğunuz LUT’u izlemek için SmartView 4K kontrol
panelindeki 3D LUT 1 butonuna basın. LUT’u kapatmak için butona
tekrar basın.
3D LUT 2’ye bir LUT dosyası yüklemek için aynı işlemi tekrarlayın.
SmartView 4K üzerine 3D LUT yüklemek için
Blackmagic SmartView Setup’ı kullanın.
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SmartScope Duo 4K Kullanımı
Blackmagic SmartScope Nedir?
Daha önceleri, yayın kalitesinde televizyon ve post prodüksiyon skopları, inanılmaz derecede
pahalı ve küçücük bir ekranda sadece tek bir skopu gösterebilen özel çözümlerdi. Bazı skoplar
kötü bir görünüme sahiptir ve müşterilerinizin de görmelerini istemeyeceğiniz niteliktedir.
SmartScope Duo 4K ile ayrıca waveform (dalga şekli) monitörlerine sahip oluyorsunuz. Bunlar,
çift monitörlerinizde video sinyalinizin herhangi bir açısını gerçek zamanlı olarak izlemenizi
sağlar. Blackmagic SmartView Setup yazılımında giriş sinyaline yaptığınız herhangi bir değişiklik
anında SmartScope Duo 4K’da görülebiliyor. Buna ek olarak, her bir giriş sinyali monitörlerden
herhangi birine SDI loop çıkışı yoluyla iletilebilir. Böylece, soldaki monitöre giden sinyalin
skoplarını görüntülemek için, sağdaki monitörü kullanabilirsiniz.
SmartScope Duo 4K tarafından sergilenen göstergeler, Blackmagic SmartView kurulum
yazılımında seçilir. Aşağı açılandisplay’ (ekran) menüsünden skoplarınızı seçin.
ağıda ve devamındaki sayfalarda açıklanan bilgiler, her bir göstergenin, size ne şekilde
yardımcı olabileceği hakkında daha kapsamlı bir bilgiye sahip olabilmeniz açısından, gösterge
ekranlarının nasıl kullanıldığını açıklamaktadır.
Blackmagic SmartView kurulum yazılımı kullanılarak her bir monitörde farklı bir göstergenin
görüntülenmesi için, Blackmagic SmartScope Duo 4K’nın ayarlanması kolaydır.
Video İzleme Ekranı
Video İzleme ekranı, SmartScope’ye giden video sinyalini görerek, sonuçtan emin olmanızı
sağlayan bir monitördür.
Eğer giriş sinyaliniz SD formatındaysa, aşağı açılan ‘set’ (ayarları kaydet) menüsünden 4:3
pillarbox veya 16:9’da görüntülemesi seçenekleri arasından bir seçim yapabilirsiniz. LCD
ekranının parlaklık, kontrast veya doygunluk ayarlarına yapılan herhangi bir değişiklik, bu ekran
penceresinde anında görünebilir. Aklınızda bulunsun ki, bu ayarların değiştirilmesi video
sinyalini değil, sadece monitörü etkiler. Dolayısıyla, yapacağınız herhangi bir doygunluk veya
parlaklık değişikliği göstergeleri etkilemeyecektir.
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Monitörlerden birini ‘video izleme’ monitörü olarak ayarlayıp, bir diğerini de skop ekranı olarak
ayarlamanız işinizi kolaylaştırabilir. Bunu yapmak için, ‘monitör 1’ SDI loop çıkışını ‘monitör 2’ SDI
girişine bağlamak için kısa bir kablo kullanın.
Blackmagic SmartView setup’daki ‘set’ menü seçeneklerinden
seçerek, SD videoyu 4:3 pillar box veya 16:9 geniş ekran
modunda izleyebilirsiniz. Anamorfik standart tanımlı
video izlerken “SD Aspect to 16:9” olarak ayarlayın.
Video izleme ekran ayarı, video sinyalinin bir televizyon ekranı veya
monitörde, görüntünün normalde görüneceği haliyle gösteriyor.
Waveform (Dalga Şekli) Ekranı
Waveform ekranı, geleneksel parlaklık waveform monitörleri gibi dijital olarak kodlanmış bir
waveform sunar, bu da video sinyalinin luma (parlaklık) seviyesinin izlenmesi ve düzeltilmesi
için kullanılır.
Geleneksel parlaklık waveform monitörleri, yalnızca composite analog standart tanımlı videoyu
destekliyorlardı. Ancak, SmartScope Duo 4K’nın waveform ekran penceresi Ultra HD ve HD’nin
yanında SD formatında da çalışıyor. Böylelikle, yüksek çözünürlüklü dijital video formatlarını
izlerken bile, luma seviyelerini düzeltmenin tutarlı ve kolay bir yöntemine sahip oluyorsunuz.
Blackmagic SmartView setup yazılımındaki aşağı açılan display (ekran) menüsünden, ‘waveform’
(dalga şekli) opsiyonunu seçin. İllegal (yayına uygun olmayan) luma değerlerine karşı önlem
almak için, waveform göstergesindeki siyahlarınızın %0’ın altına düşmediğinden ve beyazların
ise %100’ün üzerine çıkmadığından emin olun.
Waveform monitörü, görüntünün grafiksel bir temsilidir ve kare içinde bulunan luma değerlerine
ilişkin aynı konumda olan luma değerlerini gösterir. Örneğin, gökyüzünün bir kısmı aşırı
pozlanmışsa, waveform ekranında da, karede belirdiği aynı yatay konumda görünecektir.
Kamera çekimlerinize bağlı olarak, waveform göstergesi farklı görünecektir. Yüksek kontrast
içeren bir video izlediğinizde, orta grilerdeki değerleri göremeyebilirsiniz. Aşağıdaki resim,
solda koyu bir alan ve karenin ortasından sağa doğru daha parlak değerlere sahip, eşit bir
şekilde pozlanmış bir görüntünün dalga şekli değerlerini göstermektedir.
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Parlaklık değerlerini gösteren waveform göstergesi
Blackmagic SmartView setup ‘display (ekran) ayarlarından
‘waveform’ opsiyonunu seçerek, video sinyalinizdeki
parlaklık değerlerini izleyebilirsiniz
Vektörskop Ekranı
Vektörskop ekranı bir video sinyalindeki renkleri göstermeye yarayan bir vektör görüntüleme
modu kullanır. Tesisinizde kullanılan renk çubuğu test sinyallerinin standardına bağlı olarak,
Blackmagic SmartView setup yazılımındaki aşağı açılan ‘set’ menüsünden %100 veya %75
opsiyonunu seçin.
Bazı insanlar vektörskopun illegal (yayına uygun olmayan) seviyelerin kontrolü için kullanıldığını
düşünürler ancak, bu doğru değildir. Tüm illegal renklerin kontrolü için Parade RGB ekranı
kullanılmalıdır. Vektörskopu, illegal seviyeleri kontrol etmek için kullanamıyor olmanızın sebebi,
hem chroma hem de parlaklık değerlerine gereksinim olmasıdır. Örneğin, videodaki beyaz veya
siyah noktalara yakın renkler, orta grilerde kullanılabilen çok daha keskin renklerdeki kadar
doygun olamazlar. Vektörskop ekranı, parlaklık değerlerini değil, sadece renkleri
gösterdiğinden, sadece illegal renkleri kontrol etmek üzere kullanılamaz.
Vektörskop ekranı, chroma seviyelerinin düzeltilmesini gerektiren daha eski, analog video
kasetlerindeki renk seviyelerini kontrol etmek için en iyi araçtır. Video kasetinin renk çubuğu
bölümünü oynatın ve sonra, gratiküldeki (enlem boylam çizgisi) kare kutular kapsamında
videonun renklerini ayarlamak üzer, chroma ve hue (renk tonu) ayarlarını düzeltin.
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Vektörskop ekranı renk derecelendirme işlemleri için de mükemmeldir çünkü, videonuzun
beyaz ayarının doğru olup olmadığını veya bir renk tonu olup olmadığını kolayca kontrol
edebilirsiniz. Videonuzda bir renk tonu varsa, vektörskop ekranı merkezden sapar ve
merkezinde iki nokta görünebilir. Normalde video sinyalindeki blanking (karartma) işlemi
vektörskopun merkezinde bir nokta oluşturur. Bunun nedeni, videodaki kararmanın içinde hiç
bir renk barındırmayan bir siyah olmasıdır. Blanking özelliği, renk bilgisi olmayan siyah video
bölümlerini tespit etmekte faydalı bir referans noktası sağlıyor.
Videonuzda bir renk tonu mevcutsa, siyahların bulunduğu renkten ve merkezden sapmalarını
gözlemleyebilirsiniz. Sapma oranı videonuzdaki renk tonunun miktarını belirler. Bu sapma
videonuzun hem beyaz hem de siyah detaylarında görülebilir. Bu özellik, renk tonunun
giderilmesinde ve doğru beyaz ayarın yapılmasında, vektörskopu değerli bir araç kılar.
Vektörskop ekranı, siyahlara veya beyazlara yanlışlıkla istenilmeyen renk tonları katmadan,
videonuzdaki renklerin sınırlarını zorlamanızı sağlar. Renk dengesi, hem RGB parade hem de
vektörskop görüntüsünde izlenebilirken, renk dengesindeki olası sorunlar genelde vektörskop
görüntüsünde daha kolay görülebilir.
Özellikle yüz bölgesi olmak üzere, cilt tonu içeren çekimlerin renk düzeltmelerini yaparken,
sıcak renk doygunluğunun değerini, vektörskop üzerinde saat 10’u gösteren bir açıda, eşit bir
çizgide tutmanız gerekecektir. Bu “fleshtone line” (cilt rengi çizgisi) olarak adlandırılır ve cilt
yüzeyinin altındaki kanın rengine bağlı olarak belirlenir. Fleshtone çizgisi her türlü cilt
pigmentasyonu için uygulanabilir ve videonuzdaki kişilerin cilt tonlarının doğal görünmesini
sağlamanın en iyi yoludur.
Saat 10’u gösteren bir konuma doğru eğilimli ‘fleshtone
çizgisini’ gösteren bir vektörskop ekranı
Vektörskopunuzu %100 veya %75 renk çubuğu test
sinyallerine ayarlayın
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Parade Ekranı
RGB ve YUV parade ekranları renk düzeltme, illegal (yayına uygun olmayan) renkleri kontrol
etmek ve seviyeleri kontrol etmek için harikadır.
Renk düzeltme işlemi yaparken, Blackmagic SmartView kurulum yazılımındaki aşağı açılan
display’ (ekran) menüsünden RGB parade opsiyonunu seçin. RGB parade penceresi, münferit
kırmızı, yeşil ve mavi renk kanallarının tam boyunu görüntüler. Renk kanallarının her birinin
izlenmesi, renk düzeltme sürecini kolaylaştırıyor. Ayrıca, video sinyalindeki siyahların, orta
tonların ve beyazların renk dengesini izlemek de kolaydır. RGB parade; kırmızı, yeşil ve mavi
kanalları arasındaki ortak nitelikleri tespit etmenizi sağlayarak, arzu edilmeyen renk tonlarını
gidermeyi ve renk dengesini ayarlamayı kolaylaştırır.
Renk düzeltme işlemleri yaparken, video seviyelerinin full olduğundan fakat clipping’e maruz
kalmadığından emin olmanız önemlidir. Video seviyesini artırmak isterseniz, RGB sınırının üstüne
çıkmadığından emin olunuz. Aksi takdirde, illegal seviyeler oluşacaktır. Bazı ekipmanlar illegal
%100 seviyelere ulaşmanızı engellerken, başka ekipmanlarda böyle bir önlem yoktur.
SmartScope Duo 4K illegal seviyeleri, oluştukları an görmenizi sağlar.
İllegal video seviyeleri siyah ve beyaz seviyelerinde de oluşabilir. Bazı renk düzeltme
sistemlerinde, siyah seviyeleri %0 olan siyah noktasının altına indirilebilmektedir. Videonuzda
illegal siyah seviyeler tespit ederseniz, bunları gidermek için biraz “lift” veya gain ilave etmeniz
yeterlidir ancak, video sinyalinin tamamının lift işlemine maruz kalmadığından ve beyazlarda
illegal renkler üretmediğinden emin olmak üzere %100 gratikül seviyesini kontrol edin.
YUV seviyelerini kontrol etmek için, aşağı açılan ‘display’ menüsünden YUV parade ibaresini
seçin. Bu görüntü penceresi faydalıdır çünkü luma (parlaklık) değerleri chroma (renk)
değerlerinden ayrıştırılmıştır. Bu da, televizyon yayını için olan video sinyalleri formatıdır. Soldaki
waveform luma bilgilerini ve ikinci ile üçüncü waveform’lar da chroma bilgilerini gösteriyor.
YUV parade penceresi, bir video sinyalinin chroma değerlerini bir renk çubuğu test düzenine
(pattern) kalibre etmek için faydalıdır. Böylelikle, renkler doğru bir nitelikte temsil edilir ve
yayınlanan sinyal televizyon ekranlarında görüntülenebilir.
Renk düzeltme işlemi, illegal seviyeler oluşturmadan en iyi görünüme sahip görüntüler elde
etmeye yarayan sonsuz bir ayarlama sürecidir.
RGB parade görüntüleme
Renk Düzeltme Terminolojisi
Blacks (Siyahlar) – Video sinyalindeki siyah seviyeleri
Mids (Orta Tonlar)– Video sinyalindeki orta-gri seviyeleri
Whites (Beyazlar) – Video sinyalindeki beyaz seviyeleri
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YUV parade görüntüleme
Blackmagic SmartView setup’taki aşağı açılan ‘display’ (ekran) menüsünden
RGB parade ile YUV parade opsiyonları arasından seçin.
Histogram Ekranı
Grafik tasarımcıların ve kamera operatörlerinin en aşina oldukları ekran histogram penceresidir.
Histogram, beyazdan siyaha doğru olan bilgilerin dağılımını gösterir ve görüntülerdeki ayrıntıların,
videonun beyazlarında veya siyahlarında clipping’e maruz kalmaya ne kadar yakın olduğunu izleminizi
sağlar. Histogram ekranı ayrıca, videodaki gamma değişikliklerinin etkilerini görmenizi sağlar.
Ekranın solu siyah videoyu gösterirken, sağ tarafı da beyazları göstermektedir. Videonun tamamı
genelde histogram ekranının %0 ila %100 zaman aralıkları arasında bulunmalıdır. Videonuz %0’ın
altına veya %100’ün üzerine geçtiği an clipping’e maruz kalır. Çekim sonrası kontrollü bir ortamda
renk düzeltme işlemleri yapmak istediğiniz durumlarda, siyah ve beyazlardaki ayrıntıların mutlaka
muhafaza edilmesi gerektiğinden, çekim yaparken videodaki görüntülerin clipping’e maruz
kalması çok kötü bir sonuç doğurabilir. Çekim yaparken videoyu siyah klibin üzerinde ve beyaz
klibin altında tutun. Böylelikle, beyazların ve siyahların mat ve ayrıntıdan yoksun görünmesini
engelleyerek daha sonradan renkleri düzeltmek için daha fazla özgürlüğe sahip olursunuz.
Renk düzeltme yaparken, videonuza clipping işlemi uygulamak isteyebilirsiniz. Bu durumda,
histogram ekranı clipping’in video üzerindeki etkisini ve clipping işlemine ne kadar maruz
kaldığını gösterecektir. Clipping’e daha az maruz kalmış, daha fazla ayrıntı içeren benzer bir
görünüm oluşturmak için gamma dahi kullanabilirsiniz.
Histogram ekranını illegal (yayına uygun olmayan) seviyeleri kontrol etmek için pek
kullanamazsınız ancak, illegal siyahları ve beyazları görmek için kullanabilirsiniz. Histogram
ekranı renkleri göstermediğinden, videonuz illegal renkler içermesine rağmen histogram legal
(yayına uygun olan) seviyeleri gösteriyor gibi görünebilir. Bu durumda da RGB parade ekranı,
illegal seviyeleri video sinyalinin hem renk hem de parlaklık öğelerinde yansıttığından, bunları
kontrol etmenin en iyi yoludur.
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Histogram ekran ayarı, beyazlar ile siyahların dağılımını gösterir
Blackmagic SmartView kurulum yazılımındaki aşağı açılandisplay
(ekran) menüsünden histogram opsiyonunu seçin.
Ses Göstergeleri Ekranı
Ses göstergeleri ekranı, SDI video sinyalinin gömülü (embedded) ses kayıtlarındaki ses
seviyelerini gösterir. 16 kanala kadar gömülü (embedded) ses önce ayrıştırılır (de-embedded)
sonra da, dBVU veya dBFS formatında görüntülenir.
VU sayacı ortalama sinyal seviyesini gösterir, kullanımı kolaydır ve daha eski ekipmanlarda
yaygındır. VU metre, SMPTE tarafından önerilen referans değeri olan ve -20 dBFS’ye ayarlı,
1 kHz test ton sinyaline kalibre edilir.
dBFS esasında genel dijital ses sinyalinin bir ölçeğidir ve modern dijital ekipmanlarda yaygındır.
Sağ taraftaki ses skopu iki ses kanalını izleyebiliyor. Bu kanalları aşağı açılan ‘set’ menüsünden
seçebilirsiniz. Örneğin, kanal 1 & 2, kanal 3 & 4, vb. Ses skopu, sesi X-Y görüntüleme olarak
sunar. Böylece, ses dengesindeki sorunları, faz dışı ses koşullarını ve bir ses kanalının mono mu
yoksa stereo mu olduğunu görebilirsiniz. Mono ses tek bir dikey “in phase” (fazda) satır olarak
belirecektir. Eğer çizgi yataysa, ses “faz dışı” demektir ve başka ekipmanlara iletildiğinde
sıfırlanabilir (yani ses kaybı oluşabilir). Ses fazı, büyük tesislerde, kabloların yanlış bağlanması
sonucu karşılaşılan en yaygın sorunlardan bir tanesidir.
Stereo sinyallerini izlerken, sol ve sağ ses kanalları arasındaki farkı temsil etmek üzere,
sağ taraftaki ses skopun çizgisi dışa doğru yayılır. Ses kanalında ne kadar fazla stereo sesi
bulunuyorsa, çizgi bir o kadar dairesel görünecektir. Eğer ses minimal seviyede stereo içerik
bulunduruyorsa, bu durumda skop dikey ekseni çevresinde daha yoğun görünecektir.
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Diyalog sesi genelde dikey bir çizgi olarak görünür. Oysa fazla miktarda stereo içeriğe sahip
olan müzik, skopun dışa doğru yayılmasına sebep olur. Bunun sebebi mono sesin L+R olması ve
dikey eksen üzerinde görüntülenmesidir. Halbuki, stereo içerik L-R’dir ve stereo farkı yansıtmak
üzere yatay eksen üzerinde görüntülenir.
Pik seviyeleri ve ses dengesini gösteren ses gösterge ekranı
Aşağı açılan “Set” menüsünü kullanarak,
izlemek istediğiniz ses çiftini seçiniz.
Bir Ağa Bağlanırken
Bir SmartView veya SmartScope monitörünü bir ağa bağlayarak, birden fazla ünitenin ayarlarını
uzaktan düzeltebilirsiniz.
SmartView ve SmartScope monitörleri herhangi bir yapılandırma gerektirmeden videoyu
görüntüledikleri için, yapılması gereken herhangi bir ağ ayarı, etkinleştirilmeden önce
yapılandırılmalıdır. Ağ yapılandırması yalnızca, bir bilgisayara doğrudan USB bağlantısıyla uygulanabilir.
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Doğrudan Ethernet Bağlantısı
Bir monitörün uzaktan yapılandırılması, bilgisayarınıza yapılan direkt Ethernet bağlantısıyla
uygulanabilir. Bu yapılandırmada herhangi bir ağ anahtarına gerek yoktur. Bu da, hızla kurulum
ve düzenleme yapmanız gerektiği durumlarda harikadır. Her bir ünitenin üzerindeki aktif
loop-through Ethernet çıkış portu kullanılarak, ek üniteler birbirine seri şekilde bağlanabilir.
Zincirdeki tüm ünitelere güç beslemesi yapılmalıdır.
Mevcut stüdyo ağınızda bulunan IP adreslerini kullanmadan çok sayıda üniteyi bağlamak
isterseniz veya mevcut bir ağınız yoksa, onları doğrudan bilgisayarınızdaki Ethernet portuna
bağlayın. Bu yöntem ayrıca SmartView ve SmartScope ünitelerini Ethernet yoluyla bağlamanın
hızlı bir yoludur çünkü, bir ağ anahtarına herhangi bir kablo uzatmanız gerekmemektedir.
Ethernet Konnektörü
Ethernet Ağ Anahtarı
Stüdyonuzun ağına birkaç tane ünite bağlamak istiyorsanız, ağ anahtarına sadece bir SmartView
veya SmartScope ünitesi bağlamanız yeterlidir. Diğerleri ise, her bir ünitenin üzerindeki aktif
loop-through Ethernet çıkış portu kullanılarak birbirine seri şekilde bağlanabilirler. Böylelikle,
anahtar (switch) üzerinde yalnızca tek bir port kullanılmış olur. Böylece, bir ağ anahtarına birden
çok sayıda kablo uzatmanız gerekmeyecektir. Seri bağlantı (daisy-chaining) özelliğinin çalışması
için tüm ünitelere güç sağlanmalıdır.
Bir ağ anahtarına bağlanmak, ağ üzerinde bulunan herhangi bir bilgisayarın, herhangi bir ünitenin
ayarlarını değiştirmesine olanak sağlıyor. Ağınız, kablosuz erişim noktası içeriyorsa, bir WiFi
bağlantısı yoluyla herhangi bir Mac veya Windows dizüstü bilgisayarıyla da ayarlar değiştirilebilir.
Bir IP bazlı yerel alan ağına SmartView veya SmartScope ünitenizi bağlamak için, aşağıdaki
basamakları uygulamanız gerekecektir.
1 Ünitenizle gelen güç kaynağını güvenli bir şekilde bağlayıp çalıştırın.
2 Üniteyi standart bir RJ45 Ethernet kablosu ile bir ağ anahtarına veya
doğrudan bilgisayara bağlayın.
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Doğrudan Ethernet Bağlantı Şeması
Bir ağ anahtarına gereksinim olmadan, bir bilgisayarın Ethernet portunu üniteye direkt
bağlayabilirsiniz. Bir ağ anahtarına birden çok kablo uzatmanıza gereksinim kalmaması için,
ek üniteler birbirine seri şekilde bağlanabilir. Tüm ünitelere güç sağlanmalıdır.
Ethernet Ağ Anahtarı Bağlantı Şeması
Stüdyonuzun mevcut ağına birçok ünite bağlamak istediğiniz takdirde, ağ anahtarına ünitelerin
yalnızca bir tanesini bağlamanız gerekecektir. Bir ağ anahtarına birden çok kablo uzatmanıza
gereksinim kalmaması için, diğerleri birbirine seri şekilde bağlanabilir. Tüm ünitelere güç sağlanmalıdır.
SmartScope 4KDuo
SmartScope 4KDuo
Ağ Anahtarı
Ethernet
Client
Bilgisayarlar
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Ağ Ayarlarının Değiştirilmesi
Ağ Ayarları
Cihaz Adı
Her bir SmartView veya SmartScope ünitesinin ağ üzerinde kolayca ayırt edilebilmesi için,
monitörünüzün adını değiştirmenizde yarar vardır. Örneğin, “Saha Kameraları 1 & 2”, “Multi-View
Çıkış”, “4K sinyaller” vb.
Monitörünüzün adını değiştirmek için, monitörünüzün Ethernet veya USB ile bağlı olduğundan
emin olun. Blackmagic SmartView kurulum yazılımını başlatın ve monitör adının altındaki ayarlar
ikonunu tıklayın. Ayarlar sayfasında, ‘network’ ibaresini tıklayın ve ‘details’ (bilgiler) bölümünde
bulunan monitör adını değiştirin. Yazılım, geçersiz bir ad tespit ederse, siz yeni adı tuşlarken,
ad yanında bir uyarı ikonu belirecektir. Belirtilen ad geçersiz ise, yeşil bir işaret belirecektir.
Ad değişikliğini teyit etmek için bilgisayar klavyesi üzerindeki ‘return’ sekmesine basın.
Ağ Ayarları
Blackmagic SmartView kurulum yazılımındaki ağ ayarları bölümüne değişiklikler yapmak için,
Blackmagic monitörünüzün bilgisayara bir USB ile bağlı olması gerekmektedir. Ağ ayarları
Ethernet aracılığıyla değiştirilemez.
Varsayılan ayarları olarak, SmartView ve SmartScope üniteleri ağınızdan otomatik olarak bir IP
adresi atamak üzere DHCP protokolünü kullanır.
Bir DHCP sunucusunun olmadığı durumlarda, doğrudan bağlı olan ünitelere DHCP adresleri
atamak için, macOS’in “internet paylaşımı” (internet sharing) özelliğini veya Windows 8.1 ya
da Windows 10 sistemlerinin “internet bağlantı paylaşımı” (internet connection sharing) (ICS)
özelliklerini etkinleştirmenizde yarar vardır. Böylelikle, her bir üniteye manuel olarak bir sabit IP
adresi atama gereksinimi ortadan kalkar. Bilgisayarınızın bir internet bağlantısı olmasa dahi, DHCP
adreslerini atamak için bu özelliği kullanabilirsiniz. macOS ile Windows 8.1 ve 10 sistemlerinin
Yardım dokümantasyonlarında, internet paylaşımı hakkında ayrıntılı bilgi bulabilirsiniz.
Sisteminizin yapılandırmasında DHCP protokolü kullanılamıyorsa, adresi “sabit IP” kullanarak
yapılandırmayı tercih edin. Ağınızda bir IP çakışmasına sebebiyet vermemek için, lütfen sistem
yöneticinizden yedek bir IP adresi talep ediniz. Her bir SmartView ve SmartScope ünitesine,
kendine özgü bir IP adresi ve ortak bir altağ maskesi belirlemeniz gerekecektir. Ünitelerinizi
Internet yönlendiricisi gibi bir ağ geçidine bağlamayı düşündüğünüz durumlar hariç, “geçit”
(gateway) alanındaki varsayılan değeri değiştirmenize gerek yoktur.
Ağ üzerinde herhangi bir SmartView veya SmartScope monitörü bulunamamışsa, ünitelere
DHCP yoluyla bir IP adresi atanmamış olabilir. Bu durumda, her bir üniteyi uygun ağ ayarlarıyla
manuel olarak yapılandırmanız gerekecektir.
1 USB kullanarak, Blackmagic SmartView veya SmartScope monitörünüzü
bilgisayarınıza bağlayın ve Blackmagic SmartView kurulum yazılımını başlatın.
2 Bağlı olan monitörünüz SmartView Setup ana sayfasında otomatik olarak
görüntülenecektir ve adının yanında bir USB ikonu belirecektir.
3 Monitörünüzün ağ ayarlarını düzeltin.
4 DHCP ile bir IP adresi atanmamış olan diğer üniteler için de bu basamakları tekrarlayın.
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Monitörünüzün adının yanındaki USB ikonu, monitörün bilgisayarınıza
USB ile bağlı olduğunu gösterir. Ağ ayarlarını düzeltebilmeniz için,
Blackmagic monitörünüzün USB ile bağlı olması gerekmektedir.
Ağ ayarları DHCP veya bir sabit IP adresi kullanmak üzere
ayarlanabilir ve yalnızca USB yoluyla değiştirilebilir
Bir Blackmagic Monitörünün İlave Edilmesi
Bir SmartView veya SmartScope Duo 4K ünitesinin IP adresini biliyor fakat bu adres Blackmagic
SmartView kurulum yazılımında otomatik olarak belirmemişse, monitörü manuel olarak ilave
edebilirsiniz. Bunu yapmak için:
1 Blackmagic monitörünüzün Ethernet yoluyla bağlı olduğundan emin olun.
Add a Blackmagic monitor’ (Bir Blackmagic monitörü ilave et) penceresini
açmak için, sol alt köşedeki ‘plus’ (artı) ikonunu tıklayın.
2 Monitörün IP adresini tuşlayın ve ‘add’ (ilave et) üzerine tıklayın.
3 Yazılım, ünitenin varlığını doğrulayacaktır ve SmartView kurulum yazılımı
ana sayfasında kayıtlı olan Blackmagic monitörlerine ekleyecektir. Yeni
ilave ettiğiniz monitörünüzü görmek için sağ okunu tıklayınız.
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Bağlı olan monitörler listesine bir SmartView veya SmartScope monitörünü manuel
olarak ilave etmek için, ‘artı’ ikonunu tıklayarak monitörün IP adresini girebilirsiniz.
Tally Özelliğinin Kullanılması
Tally Port Pin Bağlantıları
SmartView veya SmartScope ünitelerinin tally portunu bağlamanıza gerek yoktur ve tally
özelliğini kullanmayı düşünmüyorsanız bu bölümü atlayabilirsiniz.
Her bir SmartView ve SmartScope ekranı, canlı yayında olma durumu, ön izleme ve kayıt
özellikleri gibi, bir video sinyalinin durumunu belirtmek üzere kullanılabilecek ve kırmızı, yeşil
veya mavi renklere sahip, bağımsız tally çerçeveleri içerir.
9-pin D-sub tally portu, switcher ve otomasyon sistemlerinden gelen kontak kapatma sinyallerini
kabul eder. Switcher veya otomasyon sisteminizle kullanılmak üzere, tally portu bağlantısı
hakkında bilgi için, ekteki tally pin bağlantıları şemasına bakınız.
9-pin D port bağlantı açıklaması ünitenin arkasında basılıdır. Bu açıklama, bağımsız monitörlerin
her birinde kırmızı, yeşil veya mavi tally çerçeveleri görüntülemeye yarayan kontak kapatma
konumlarını gösterir.
Yeşil ve kırmızı tally çerçeveleri gösteren SmartView Duo
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İzleme Açısının Optimize Edilmesi
SmartView Duo, SmartView HD veya SmartScope monitörleri bir ekipman rack’inde yükseğe
monte edilecekse, en iyi izleme açısını sağlamak üzere, LCD’leri ters çevirmenizde yarar vardır.
LCD’ler tarafından çevrilme işlemi algılandığında, ekrandaki görüntüler otomatik olarak doğru
yöne dönecektir. Arka montaj düzeninden koruyucu çerçeveyi çıkartmak ve tekrar takmak için,
bir 02 büyüklüğünde pozidriv tornavida gerekecektir. Bu basit bir işlemdir ve arka montaj
düzeninin açılmasını gerektirmemektedir.
Aşağıdaki uygulama, Blackmagic Design logosunu koruyucu çerçeve üzerinde doğru yönde
tutarak üniteyi nasıl tersine çevirebileceğinizi açıklıyor. 02 boy numaralı pozidriv tornavida gerektirir.
1 Koruyucu çerçevenin üst, alt, sol ve sağ yüzlerindeki vidaları çıkartın.
SmartView Duo ve SmartScope Duo 4K üniteleri üzerinde 10 adet vida
bulunur ve SmartView HD üzerinde de 18 vida bulunur.
2 Resimde gösterildiği gibi, koruyucu çerçeveyi arka montaj düzeninden dışa
doğru çekin.
3 Arka montaj düzenini tersine çevirin.
4 Tersine çevrilmiş arka montaj düzenindeki koruyucu çerçeveyi geri yerleştirin.
5 Kasanın vidalarını yerine takın.
SmartView veya SmartScope üniteniz artık yüksek bir rack’e kurulmaya hazırdır. Bir rack’e
civatalandıktan sonra, SmartView ünitesi, yanlış kullanılabilecek veya gevşeyebilecek harici
düğmelere sahip olmadığından ve ayar gerektirmediğinden, çarpma anında dahi en iyi izleme
açısını görüntülemeye devam edecektir.
SmartView Duo ve SmartScope Duo 4K
Tally Pin Bağlantıları
Pin Fonksiyon
1 Monitör 1 Kırmızı
2 Monitör 1 Yeşil
3 Monitör 1 Mavi
4 Topraklama (Ground)
5 Topraklama (Ground)
6 Topraklama (Ground)
7 Monitör 2 Kırmızı
8 Monitör 2 Yeşil
9 Monitör 2 Mavi
SmartView HD ve SmartView 4K
Tally Pin Bağlantıları
Pin Fonksiyon
1 Kırmızı
2 Yeşil
3 Mavi
4 Topraklama (Ground)
5 4 3 2 1
9 8 7 6
SmartView Tally-Port
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İzleme Açısının Optimize Edilmesi
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Ünitenizi yüksek bir rack’e civatalamadan önce, en uygun izleme açısını kontrol
etmek amacıyla, üniteyi ters çevirerek bir deneme yapmanızda yarar vardır.
Koruyucu çerçeveyi arka montaj düzeninden dışa doğru kaldırmak için vidaların hepsini çıkartın.
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Yazılım Geliştirici Bilgileri
Blackmagic Design Donanımları Kullanılarak Özel Yazılımların Geliştirilmesi
Blackmagic SmartView Ethernet Protocol, yazılım geliştiricilerinin kendi geliştirdikleri özel yazılımlarla
Blackmagic SmartView ve Blackmagic SmartScope ünitelerini uzaktan kontrol etmelerini mümkün
kılar. Blackmagic SmartView Ethernet Protocol bir metin bazlı durum ve kontrol protokolüdür.
Ücretsiz SmartView Ethernet Protocol’ün İndirilmesi
Blackmagic SmartView Ethernet Protocol ücretsizdir. Bu SmartView & SmartScope kılavuzuna
dahil edilmiştir ve http://www.blackmagicdesign.com/support/ adresinden indirilebilir.
Blackmagic Design Yazılım Geliştiriciler Listesine Dahil Olmak
Blackmagic Yazılım Geliştiricileri e-posta listesi, Blackmagic Design tarafından kullanılan
teknolojilere ilişkin teknik sorular için tasarlanmıştır. Örnegin, QuickTime, Core Media, DirectShow,
codecs, APIs, SDKs, vs. Ücretsiz olan bu liste, geliştiricilerin başka geliştiricilerle fikirlerini ve
sorunlarını paylaşabileceği bir forumdur. Sunulan sorulara herhangi bir abone yanıt verebilir ve
uygun olduğu durumlarda, Blackmagic Design mühendisleri de yanıt verebilirler. E-posta listesine
abone olabileceğiniz link: http://lists.blackmagicdesign.com/mailman/listinfo/bmd-developer
Bazı durumlarda, internet alan adınızdan kurumunuzun video yazılımı geliştirdiği bariz şekilde
anlaşılmıyorsa, geliştirmekte olduğunuz yazılım hakkında kısa bir tanım talep edebiliriz. Bu
talebimizi lütfen yanlış anlamayınız çünkü, amacımız abonelik listemizi istenmeyen e-posta ve
virüslerden korumaktır. Aynı zamanda, kullanıcıların yazılım geliştirmekle alakası olmayan sorular
yöneltmelerini ve işçi bulma kurumlarının veya satıcıların, liste vasıtasıyla ürün reklamı
yapmalarını önlemeyi amaçlıyoruz. Bu liste, sadece yazılım geliştiricileri içindir.
Blackmagic Design Yazılım Geliştiricilerine Yardım Hizmetiyle İrtibat
Geliştiricilere ilişkin veya listeye bağlı sorularınız olduğunda da, bizimle
developer@blackmagicdesign.com adresinden irtibata geçebilirsiniz.
Blackmagic 2K Formatı – Genel Tanıtım
Blackmagic Design ürünleri, geleneksel HD-SDI videonun veri hızını ikiye katlayan 3G-SDI video
teknolojisini destekler. Sinema filmi iş akışlarını kolaylaştırmak amaçlı olarak, 3G-SDI teknoloji sayesinde
2K film desteğini de ilave etmenin faydalı olacağını düşündük. Blackmagic Design kurgu sistemlerinin
dünya çapındaki popülaritesi sayesinde, artık binlerce insan, sinema film iş akışlarından yararlanabilir.
Bu bilgiler, ürün geliştiricilerinin native 2K SDI ekipman geliştirmeleri için bilmeleri gereken her şeyi içerir.
Kuşkusuz ki, Blackmagic ürünlerinin hepsi güncellenebilmektedir. Bu nedenle, televizyon endüstrisi
alternatif bir SDI-bazlı film standardını benimsese bile, biz o standart için de destek ekleyebilmekteyiz.
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Kare Yapısı
Saniyede 23.98, 24 veya 25 kare hızlarında, Progressive Segmented Frame (PsF)
olarak aktarılmaktadır.
Aktif video 2048 piksel genişliğinde ve 1556 satır derinliğindedir.
Kare başına toplam satır sayısı : 1650
Satır başına düşen aktif sözcük sayısı 1535. Her kelime, dört adet veri akışının her biri
için 10-bit bir örnekten oluşmaktadır. Örneğin, toplam 40 bit olmak üzere. Blackmagic
2K Format - Data Stream Format başlıklı şemaya bakınız.
Toplam aktif satır sayısı: 1556
Her satırdaki toplam sözcük sayısı : 23.98/24Hz için 1875 ve 25Hz için 1800.
Kare başına alan sayısı: her biri 2, 825 satır
16-793 nolu (1. alan) ve 841-1618 nolu (2. alan) satırlarda bulunan aktif satır sayısı.
Aktarma Yapısı
SMPTE 372M Dual Link eşleştirmeyi ve SMPTE 372M’yi tek bir 3 Gb/sn link’e
eşleştirmeye yarayan SMPTE 425M-B desteğini baz alır.
Zamanlama referans sinyalleri, satır numarası ve satır CRC ekleme işlemi
yukarıdaki gibidir.
Aktif video esnasında, 10-bit Kırmızı, Yil ve Mavi veri; aşağıdaki sekansta iletilir.
Opsiyonel olan yardımcı veriler sanal arayüzün her ikisine de eklenir.
Mevcut durumda, sadece ses verisi dahil edilmiştir: HD ses ekleme (SMPTE S299M)
standardına uygun olarak ses veri paketleri ikinci veri akışında ve ses kontrol paketleri
ise birinci veri akışında aktarılır.
Data stream 1: Green_1, Green_2, Green_3, Green_5...Green_2047
Data stream 2: Blue_1, Blue_2, Green_4, Blue_5...Green_2048.
Data stream 3: Red_1, Blue_3, Blue_4, Red_5...Blue_2048.
Data stream 4: Red_2, Red_3, Red_4, Red_6...Red_2048.
Blackmagic 2K Format – Vertical Timing Reference
(DikeyZamanlama Referansı)
Bu grafik, Zamanlama Referans Sinyali (Timing Reference Signal) kodları için; satır numarası ve
Alan, Dikey ve Yatay bölüm bilgileri ile dikey zamanlama detaylarını gösterir.
Field 1
(1. alan)
Aktif
F 1 0 0 0 0 0 0 0 0 0 0 0
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE #
(SATIR
NUMARASI)
1650 1 2 ... 14 15 16 ... 792 793 ... 825
Field 2
(2. alan)
Aktif
F 0 1 1 1 1 1 1 1 1 1 1 1
V 1 1 1 1 1 1 0 0 0 0 1 1
LINE #
(SATIR
NUMARASI)
825 826 827 ... 839 840 841 ... 1617 1618 ... 1650
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Blackmagic 2K Format – Data Stream Format
Bu grafik, yatay çizginin opsiyonel yardımcı veri bölümünün çevresindeki veri akışı formatlarını
gösterir. Aklınızda bulunsun ki, aktif piksellerin her biri üç örneklik yer kaplar.
Data Stream 1
G2041
G2042
G2043
G2045
G2046
G2047
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
G1
G2
G3
G5
Data Stream 2
B2041
B2042
G2044
B2045
B2046
G2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
ANC/Audio
Data
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
B1
B2
G4
B5
Data Stream 3
R2041
B2043
B2044
R2045
B2047
B2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
040
040
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R1
B3
B4
R5
Data Stream 4
R2042
R2043
R2044
R2046
R2047
R2048
EAV(3FFh)
EAV(000h)
EAV(000h)
EAV(XYZh)
LN0
LN1
CRC0
CRC1
200
200
SAV(3FFh)
SAV(000h)
SAV(000h)
SAV(XYZh)
R2
R3
R4
R6
Word#
23.98/24 PsF
1870
1871
1872
1873
1874
1875
1
2
3
4
5
6
7
8
9
335
336
337
338
339
340
341
342
343
Word#
25 PsF
1795
1796
1797
1798
1799
1800
1
2
3
4
5
6
7
8
9
260
261
262
263
264
265
266
267
268
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Blackmagic SmartView Ethernet Protocol v1.3
Özet
Blackmagic SmartView Ethernet Protocol, bir metin bazlı durum ve kontrol protokolüdür. Yapısal
olarak Videohub protokolüne çok benzemektedir ve bir SmartView ya da SmartScope cihazı
üzerindeki TCP port 9992’ye bağlanarak bu protokole erişim sağlanır.
Bağlantı kurulduğunda, SmartView veya SmartScope cihazı, cihazın eksiksiz bir dökümünü
gönderir. İlk dökümden sonra, durum değişiklikleri eşzamanlı olmadan gönderilir.
Cihaz, bilgileri bloklar halinde iletir ve bu blokların tanımlayıcı bir başlığı, devamında da iki nokta
üst üste bulunur. Bir blok birden fazla satırdan oluşabilir ve boş bir satır ile biter.
Gelecekteki protokol değişikliklerine karşı dayanıklı olabilmesi açısından, kullanıcılar izleyen boş
satıra kadar, tanımadıkları blokları dikkate almamalıdırlar. Tanınan bloklar kapsamında,
kullanıcılar tanımadıkları satırları dikkate almamalıdırlar.
Blackmagic SmartView Ethernet Protocol’ün 1.3 sürümü
SmartView 1.3 yazılımıyla piyasaya sunulmuştu.
Protokol Preamble (Başlama Eki)
SmartView Server (sunucusu) tarafından gönderilen ilk blok, her zaman için protokol
başlama ekidir.
PROTOCOL PREAMBLE:
Version: 1.3
Sürüm (version) alanı protokol sürümünü belirtir. Protocol uyumlu bir şekilde değiştirildiğinde,
minor sürüm numarası güncellenecektir. Uyumlu olmayan değişiklikler yapıldığında, asıl sürüm
numarası güncellenecektir.
Cihaz Bilgileri
Bir sonraki blok, bağlı olan SmartView veya SmartScope cihazı hakkında genel bilgi içerir.
SMARTVIEW DEVICE:
Model: SmartView Duo
Hostname: stagefront.studio.example.com
Name: StageFront
Mo nitor s: 2
Inverted: false
Bu örnek, iki adet LCD’si bulunan bir SmartView Duo cihazının çıktısını gösteriyor. INVERTED
uyarısı, LCD izleme açısının optimize edilmesi amacıyla, cihazın ters çevrilmiş bir şekilde
montajlanıp montajlanmadığını belirtir.
Legend
↵
carriage return
and so on
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Ağ Yapılandırması
Bir sonraki blok TCP/IP ağ yapılandırmasını gösterir:
NETWORK:
Dynamic IP: true
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
C u rr e nt ad d r e ss: 192.168.1.101
C u rr e nt netm a sk: 255.255.255.0
C u rr e nt g ate w ay: 192.168.1.1
Önünde CURRENT ibaresi beliren ağ ayarları, aktif olan TCP/IP ayarlarını gösterir ve salt okunur
modundadır. CURRENT ayarları, DYNAMIC IP uyarısına bağlı olarak, DHCP veya Static (Sabit)
yapılandırmayı yansıtır.
Ağ Ayarlarının Değiştirilmesi
Ağ, DHCP veya bir sabit yapılandırmanın herhangi birini kullanmak üzere yapılandırılabilir.
DHCP’yi etkinleştirmek için:
NETWORK:
Dynamic IP: true
Sabit bir IP adresi oluşturmak için, tüm sabit parametreleri bildirin, dolayısıyla:
NETWORK:
Dynamic IP: false
Static address: 192.168.2.2
St atic netm as k: 255.255.255.0
St atic gatew ay: 192.168.2.1
Önünde CURRENT ibaresi bulunan tüm parametreler salt okunur moddadır ve sabit veya
dinamik ayarına bakmaksızın, aktif yapılandırmayı gösterir.
Cihazın adını veya ağ ayarlarından herhangi birini değiştirmek, IP bağlantısının düşmesine sebebiyet
verecektir. Cihaz ağ iletişimini yeniden başlatacaktır ve ağ üzerinde yeni adını ilan edecektir.
Monitör Ayarlarının Değiştirilmesi
Her bir monitör için görüntüleme ayarları ayrı ayrı belirlenir. Parametrelerden biri veya daha
fazlası aynı anda değiştirilebilir ve birden fazla ayar tek bir blok kapsamında sunulabilir.
Sayısal değerler için geçerli aralık 0 ila 255 arasıdır. CONTRAST ( kontrast) ve SATURATION
(doygunluk) özellikleri sıfır merkezlidir. Böylelikle normal değeri 127’dir, öyle ki görüntülenen
görüntü orijinaliyle aynıdır. Kanalların herhangi birinde 127’den daha yüksek olan bir değer,
kontrast veya doygunluğun artmasına sebep olur. Aynı şekilde, 127’den daha düşük bir değer
de bir artışa yol açacaktır.
Örneğin, parlaklığı %50’ye ayarlayarak görüntünün doygunluğunu Siyah & Beyaz’a
getirmek için:
MONITOR A:
Brightness: 127
Saturation: 0
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16:9’da SD Görüntüleme
ağıdaki komut, standart tanımlı video’nun 16:9’da görüntülenmesini sağlar:
MONITOR A:
WidescreenSD: ON
4:3’te SD Görüntüleme
ağıdaki komut, standart tanımlı video’nun 4:3’te görüntülenmesini sağlar:
MONITOR A:
WidescreenSD: OFF
Belirleme ve Tally Ayarları
‘Identify’ (Belirle) uyarısı geçicidir ve 15 saniyelik bir süre boyunca görüntünün tamamının
çevresinde beyaz bir çerçeve sergilenmesini sağlar. Bu süreden sonra, yeniden ayarlanır. Bu
özellik, içinde birden fazla ünitenin bulunduğu bir racke montajlandığı durumlarda, hali hazırda
hangi monitörün yapılandırıldığını belirlemeyi amaçlar. Bu özelliği etkinleştirmek için:
MONITOR A:
Ide ntify: tr u e
Buna göre, IDENTIFY çerçevesi diğer bütün çerçeve ayarlarını geçici olarak geçersiz kılar.
BORDER (çerçeve) özelliği, yazılım bazlı Tally özelliğinin renkli çerçevelerini ana renklerden
birine ayarlamak için, pragmatik olarak kullanılabilir. RED (kırmızı), GREEN (yeşil), BLUE (mavi),
WHITE (beyaz) veya NONE (Hiçbiri). Bu ayar, cihazın kendi üzerindeki DB-9 girişinde, elektrikli
Tally sinyalleri tarafından geçersiz kılınabilir. Örneğin, yazılım bazlı Tally rengini yeşile
ayarlamak için:
MONITOR B:
Border: green
Fiziksel bağlantısı olan tally, her zaman için yazılım bazlı olanını geçersiz kılacaktır. Eksiksiz
durum raporu her zaman, mevcut olan geçerli çerçeveyi gösterecektir.
SmartScope Ayarları
SmartScope Duo 4K’da her bir monitör farklı bir skop görüntülemek üzere ayarlanabilir. Belirli
skopları etkinleştirmek için gereken değerler aşağıdaki şekilde eşleştirilmiştir:
AudioDbfs
AudioDbvu
Histogram
ParadeRGB
ParadeYUV
Picture (Bu Video Monitor ile aynıdır)
Vector100
Vector75
WaveformLuma
MONITOR A:
ScopeMode: Picture
Yukarıdaki örnekte, Monitör A, bir video monitörü olarak ayarlanmıştır.
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16:9’da SD Görüntüleme
Standart tanımlı videoyu 16:9 formatında görüntülemek üzere Video Monitor (video monitörü)
modunu ayarlamak için:
MONITOR A:
ScopeMode: Picture
WidescreenSD: ON
4:3’te SD Görüntüleme
Standart tanımlı videoyu 4:3 formatında görüntülemek üzere Video Monitor (video monitörü)
modunu ayarlamak için:
MONITOR A:
ScopeMode: Picture
WidescreenSD: OFF
SmartScope Duo 4K’nın monitörlerinden birini, ses göstergelerini görüntülemek üzere
ayarlarken, ayrıca hangi kanalların gösterilmesini istediğinizi de seçebilirsiniz. Ses kanallarının
seçiminde gerekli olan değerler, aşağıdaki şekilde eşleştirilmiştir:
0: 1 ve 2 numaralı Kanallar
1: 3 ve 4 numaralı Kanallar
2: 5 ve 6 numaralı Kanallar
3: 7 ve 8 numaralı Kanallar
4: 9 ve 10 numaralı Kanallar
5: 11 ve 12 numaralı Kanallar
6: 13 ve 14 numaralı Kanallar
7: 15 ve 16 numaralı Kanallar
MONITOR B:
ScopeMode: AudioDbvu
AudioChannel: 0
Yukarıdaki örnekte, Monitör B, Ses Göstergesini Dbvu modunda görüntülemek üzere ve 1 ile 2
numaralı kanallar da, faz göstergesini görüntülemek üzere seçilmiştir.
SmartView 4K için LUT’ların Seçilmesi
SmartView 4K’yı kullanarak bir 3D LUT seçmek için:
MONITOR A:
LUT: 0 LUT 1
1 LUT 2
NONE DISABLE
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Yardım
Yardım İçin
Yardım almak için takip edeceğiniz dört adım vardır.
1 En güncel destek notları ve bilgileri için lütfen www.blackmagicdesign.com/tr/support
adresinden, Blackmagic Design destek merkezine bakınız.
2 Blackmagic Design satıcınızı arayın.
3 Yerel satış bayiniz, Blackmagic Design’in en son teknik güncellemelerine sahiptir
ve size anında yardım sunabilecektir. Ayrıca, satış bayinizin sunmuş olduğu destek
seçeneklerini de gözden geçirmenizi öneriyoruz çünkü, iş akışı gereksinimlerinize
bağlı olarak sizin için çeşitli destek düzenlemeleri yapabilirler.
4 Bir sonraki seçenek ise www.blackmagicdesign.com/tr/support adresinden erişim
sağlayacağınız, “send us an email’ (bize elektronik posta gönderin) butonunu
kullanarak, elektronik posta yoluyla bize sorularınızı iletmenizdir.
5 Bir Blackmagic Design destek ofisini arayın. Destek sayfasının altındaki “Find your
local support team” (yerel destek ekibinizi bulun) butonunu tıklayarak, size en yakın
olan ofisi bulabilirsiniz.
Sorununuza en kısa zamanda yanıt verebilmemiz açısından, teknik sorununuz ve sistem
özellikleri hakkında, lütfen bize mümkün olduğunca fazla bilgi sağlayınız.
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Düzenleyici Bildirim ve Güvenlik Bilgileri
Düzenleyici Uyarıları
Avrupa Birliği genelinde elektrikli ve elektronik ekipman atıklarının bertaraf edilmesi.
Ürün üzerindeki sembol, bu ekipmanın başka atık malzemelerle bertaraf edilmemesi
şartını belirler. Atık ekipmanlarınızın bertaraf edilmesi için, geri dönüşümünü sağlamak
üzere belirlenmiş toplama noktasına teslim edilmeleri gerekmektedir. Atık
ekipmanlarınızın, bertaraf edilmek üzere ayrı olarak toplanması ve geri dönüşümü,
doğal kaynakların korunmasına yardımcı olacakr ve insan sağlığını ve çevreyi
koruyucu bir şekilde geri dönüşümünü sağlayacaktır. Atık ekipmanlarınızı geri
dönüşüm için nereye teslim edebileceğiniz konusunda daha fazla bilgi için, lütfen yerel
belediyenizin geri dönüşüm şubesini ya da ürünü satın aldığınız satış bayisini arayınız.
Bu ekipman test edilmiş ve Federal İletişim Komisyonu (FCC) koşullarının 15. bölümü
doğrultusunda A Sınıfı dijital cihazların sınırlarıyla uyumlu olduğu tespit edilmiştir. İlgili
sınırlar, bu ekipman ticari bir ortamda çalıştırıldığında, zararlı müdahalelere karşı makul
koruma sağlamaları amacıyla tasarlanmıştır. Bu ekipman radyo frekans enerjisi üretir,
kullanır ve saçabilir ve talimatlar doğrultusunda kurulmadığı ve kullanılmadığı takdirde,
radyo komünikasyonlarına zararlı müdahaleye yol açabilir. Bu ürünün bir yerleşim
bölgesinde çalıştırılması, zararlı müdahaleye yol açabilir. Bu durumda, müdahalenin
düzeltilmesi için ilgili maliyeti, kullanıcının kendisi karşılamak zorunda kalacaktır.
Bu ürünün çalıştırılması aşağıdaki iki şarta bağlıdır:
1 Bu cihaz, zararlı müdahaleye sebebiyet vermemelidir.
2 Bu cihaz, istenmeyen işleme yol açan müdahaleler de dahil olmak üzere, maruz
kaldığı her türlü müdahaleyi kabul etmelidir.
venlik Bilgileri
Bu ekipman, koruyucu topraklama bağlantısı olan bir şebeke prizine takılmalıdır.
Elektrik çarpması riskine karşı, bu ekipman damlayan veya sıçrayan suya maruz
bırakılmamalıdır.
Bu ekipman çevresel ısısı 40º C'ye kadar olan tropikal ortamlarda
kullanılmaya uygundur.
Ürünün çevresinde yeterli hava akışını sağlayan boşluk bulunduğuna ve
engellenmediğine dikkat ediniz.
Rafa montajlarken havalandırmanın, bitişik ekipmanlardan dolayı kısıtlanmadığından
emin olunuz.
Ürünün içinde, kullanıcı tarafından tamir edilebilecek hiç bir parça bulunmamaktadır.
Gerekli tamiratları yerel Blackmagic Design hizmet merkezine yönlendirin.
Deniz seviyesinden yüksekliğin 2000m'yi aşmadığı yerlerde kullanın.
Bu ürüne küçük ebatlı alıcı-verici (SFP) optik fiber modüller takılabilir. Yalnızca Lazer
1. sınıf optik SPF modüllerini kullanın.
Önerilen Blackmagic Design SFP modülleri:
3G-SDI: PL-4F20-311C
6G-SDI; PL-8F10-311C
418Düzenleyici Bildirim ve Güvenlik Bilgileri
background
Yetkili Servis Personeliin Uyarılar
Servis yapmadan önce her iki güç soketinden güç bağlantısını kesin!
Dikkat - Double Pole/Neutral Fusing (İki Kutuplu/Nötr Sigorta)
Bu ekipmanda bulunan güç kaynağının hem hat iletkeninde hem de nötr
iletkende elektrik sigortası bulunur ve Norveç’teki IT elektrik dağıtım
sistemine bağlantı için uygundur.
Garanti
12 Ay Sınırlı Garanti
Blackmagic Design şirketi, bu ürünün satın alındığı tarihten itibaren malzeme ve işçilik bakımından
12 ay boyunca kusursuz ve arızasız olacağını garanti eder. Üründe bu garanti süresi içinde bir arıza
ve kusur söz konusu olursa Blackmagic Design, kendi seçimi doğrultusunda, ya arızalı ürünü parça
ve işçilik bedeli talep etmeksizin tamir edecektir ya da arızalı ürünü, yenisiyle değiştirecektir.
Bu garanti kapsamı altında hizmetten yararlanmak için müşterilerimiz, Blackmagic Design'ı arızaya
ilişkin garanti süresi sona ermeden bilgilendirmelidir ve söz konusu hizmetin sağlanması için uygun
düzenlemeleri yapmalıdır. Blackmagic Design tarafından özel belirlenmiş ve yetkilendirilmiş bir hizmet
merkezine, arızalı ürünün ambalajlanarak sevkiyatı, Müşterilerimizin sorumluluğudur ve sevkiyat
ücretleri peşin ödenmiş olmalıdır. Herhangi bir sebepten dolayı bize iade edilen ürünlerin; tüm nakliye,
sigorta, yasal bedel, vergi ve diğer tüm masrafların ödenmesi müşterinin sorumluluğu altındadır.
Bu garanti; yanlış kullanım ya da yanlış veya kusurlu tamir ve bakımdan kaynaklanan herhangi bir
arızayı, bozukluğu ya da hasarı kapsamaz. Blackmagic Design burada açıklanan durumlarda, bu
garanti kapsamında hizmet sağlamak zorunda değildir: a) Blackmagic Design temsilcileri haricindeki
başka personelin ürünü kurma, tamir etme ya da bakımını yapma girişimlerinden kaynaklanan
hasarın tamir edilmesi, b) uygun olmayan kullanım veya uyumlu olmayan ekipmanlara bağlanılmasından
kaynaklanan hasarın tamir edilmesi, c) Blackmagic Design parçaları ya da malzemesi olmayan
ürünlerin kullanımından kaynaklanan hasarın ya da arızanın tamir edilmesi ya da d) Modifiye veya
başka ürünlerle entegre edilmiş bir ürünün; söz konusu modifikasyon ya da entegrasyonun gereken
tamiratın süresini uzattığı ya da ürün bakımını zorlaştırdığı durumlarda, tamir edilmesi. BU GARANTİ,
BLACKMAGIC DESIGN TARAFINDAN VERİLMİŞTİR VE AÇIK YA DA ZIMNİ, HERHANGİ BİR
GARANTİNİN YERİNİ TUTAR. BLACKMAGIC DESIGN VE SATICILARI, ZIMNİ TİCARİ UYGUNLUK
GARANTİSİNİ YA DA ÖZEL BİR AMACA UYGUNLUK GARANTİSİNİ KABUL ETMEZ. KUSURLU BİR
ÜRÜNÜN TAMİRİ VEYA DİŞTİRİLMESİ, BLACKMAGIC DESIGN’İN MÜŞTERİLERİNE SUNDUĞU
TAM VE MÜNHASIR ÇÖZÜMDÜR. BLACKMAGIC DESIGN YA DA SATICILARININ OLABİLECEK
HASARLAR HAKKINDA ÖNCEDEN BİLGİSİ OLMASINI GÖZETMEKZİN, ÜRÜNDE DOLAYLI, ÖZEL,
TESADÜFİ YA DA NETİCE OLARAK ORTAYA ÇIKAN HERHANGİ BİR HASAR İÇİN, BLACKMAGIC
DESIGN SORUMLU DİLDİR. BLACKMAGIC DESIGN, MÜŞTERİLER TARAFINDAN EKİPMANIN
YASAL OLMAYAN HERHANGİ BİR KULLANIMINDAN SORUMLU DEĞİLDİR. BLACKMAGIC DESIGN,
BU ÜRÜNÜN KULLANIMINDAN KAYNAKLANAN HERHANGİ BİR HASARDAN SORUMLU DEĞİLDİR.
BU ÜRÜNÜN ÇALIŞTIRILMASINDAN DOĞAN RİSK, KULLANICININ KENDİSİNE AİTTİR.
© Telif Hakkı Saklıdır 2018 Blackmagic Design. Tüm Hakları Saklıdır.Blackmagic Design, ‘DeckLink, ‘HDLink’, ‘Workgroup
Videohub’, ‘Multibridge Pro’, ‘Multibridge Extreme’, ‘Intensity’ ve ‘Leading the creative video revolution’, ABD ve diğer ülkelerde
tescil edilmiş ticari markalardır. Diğer tüm şirket ve ürün isimleri bağlantılı oldukları ilgili şirketler/firmaların ticari markaları olabilir.
419Garanti

Specifications

Indexed Terms: Monitor

Blackmagic Design HDL-SMTVDUO2 Questions and Answers