Mobotix MX-VM1A-20-IR-VA Move Vandal Multisensor Network User Manual

User Guide

MOBOTIX 20MPMultisensor IRVideo Analytics Camera

©2023MOBOTIX AG

V1.03_9/28/2023, Order Code:Mx-VM1A-20-IR-VA

Table of Contents

Table of Contents 2

Before You Start 5

Support 6

MOBOTIX Support 6

MOBOTIX eCampus 6

MOBOTIX Community 6

Safety Notes 7

Legal Notes 7

Overview 9

Features 10

Package Contents 10

Dimensions 12

Accessories 13

Further Reading

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Connection

This section contains the following information:

Camera Cabling 18

Camera Connectors 19

microSD Card Slots 20

M.2 SSD Card Slot 20

Reset Button 20

Formatting Internal Storage Media 20

Connecting Power 21

Connecting Ethernet Cable 21

Connecting Audio and Alarm I/O 22

Connection

Camera Cabling

The camera is rated IP66 to prevent water from entering the camera. However, water might still enter

the camera if it is being improperly installed. Please make sure the warnings below are strictly fol-

lowed when installing the camera.

n

Place all cables and the adapter in dry and well-waterproofed environments, e.g. waterproof

boxes. This will prevent moisture from accumulating inside the camera and from penetrating

cables.

n

While running cables, slightly bend the cables to a U-shaped curve (see top images in figure

above) to make a low point. This will prevent water from entering the camera along the cables

from above.

n

The cable entry hole of the outdoor mounting kit (see bottom image in figure above) needs to

be sealed with thread seal tape to avoid water from entering the camera.

NOTE!

This camera must be installed by qualified personnel and the installation should conform to all

local codes.

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Camera Connectors

No. Connector Definition

1 M.2 SSD Card Slot Insert the M.2 SSD card (max. 8TB) into the slot to store videos and

snapshots. Always power off the camera before inserting or remov-

ing any storage media!

2 Reset Button Press the button with a proper tool for at least 20 seconds to reset

the system to factory defaults.

3 microSD Card

Slots (2)

Insert microSD cards into the slots to store videos and snapshots.

Always power off the camera before inserting or removing any stor-

age media!

4 USB Type A Insert a flash drive into the USB slot to store videos and snapshots.

Always power off the camera before inserting or removing any stor-

age media!

5 MIC Audio In

6 BNC Not available on this camera model.

7 BNC Button Not available on this camera model.

8 RJ-45 Port For network and PoE connections

9 Power Connector AC24V/DC24V power connector (see Camera Cabling, p. 18 below)

10 Audio/Alarm I/O

Connector*

Audio/Alarm I/O connection (see Camera Cabling, p. 18 below)

*Do NOT connect an external power supply to the alarm I/O connector of the camera.

NOTE! To purchase a power adapter, please contact MOBOTIX for further information.

Connection

Camera Cabling

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Connection

Camera Cabling

microSD Card Slots

microSD Card Slot

CAUTION! Always power down the camera before performing the following steps!

Insert a microSD card into the card slot to store videos and snapshots.

NOTE!

n

It is not recommended to record with the microSD card for 24/7 continuously, as it may not

be able to support long term continuous data read/write. Contact the manufacturer of the

microSD card for information regarding the reliability and the life expectancy.

n

Remember to format a new microSD card as shown in Formatting Storage Media below.

M.2 SSD Card Slot

CAUTION! Always power down the camera before performing the following steps!

Insert a suitable M.2 SSD card (max. 8TB) into the slot and secure it using the supplied M3 screw.

NOTE!

n

Remember to format a new SSD card as shown in Formatting Storage Media below.

Reset Button

Press the button with a proper tool for at least 20 seconds to reset the system to factory defaults.

Formatting Internal Storage Media

After inserting a new or replacing a used storage medium, make sure to format the medium so the

camera can use it to record video streams.

1. Connect to the camera.

2. Open System> Storage Management> <storage media type>.

3. In the Device Setting section, click on Format to start the formatting process.

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Once formatting has finished, the camera can use the storage medium for recording.

Connecting Power

Using Power over Ethernet (PoE)

Use a IEEE 802.3bt PoE switch (Class6) and connect the Ethernet cable to the RJ-45 port of the cam-

era.

Using AC or DC

To power up the camera, connect either the AC or the DC power adapter to the power connector

of the camera and the power outlet.

CAUTION! Never connect both AC and DC power since this will cause unforeseeable damage.

Diagram and Pin Definition for AC24V/DC24V Power Connection

Pin Definition

1 DC24V-

2 DC24V+

3 AC24V 1

4 AC24V 2

Connecting Ethernet Cable

Ethernet Cable Connection

NOTE!

n

The length of the Ethernet cable should not exceed 100m/300ft.

n

Check the status of the link indicator and the activity indicator LEDs of the switch. If the

LEDs are unlit, please check the LAN connection.

n

In some cases, an Ethernet crossover cable may be needed when connecting the camera

directly to the PC.

Connection

Connecting Power

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Connection

Connecting Audio and Alarm I/O

Ethernet Connector LEDs

n

Green Link LED indicates good network connection.

n

Orange Activity LED flashes for network activity indication.

Connecting Audio and Alarm I/O

No. Connector Definition

1 M.2 SSD Card Slot Insert the M.2 SSD card (max. 8TB) into the slot to store videos and

snapshots. Always power off the camera before inserting or removing

any storage media!

2 Reset Button Press the button with a proper tool for at least 20 seconds to reset

the system to factory defaults.

3 microSD Card

Slots (2)

Insert microSD cards into the slots to store videos and snapshots.

Always power off the camera before inserting or removing any stor-

age media!

4 USB Type A Insert a flash drive into the USB slot to store videos and snapshots.

Always power off the camera before inserting or removing any stor-

age media!

5 MIC Audio In

6 BNC Not available on this camera model.

7 BNC Button Not available on this camera model.

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No. Connector Definition

8 RJ-45 Port For network and PoE connections

9 Power Connector AC24V/DC24V power connector (see Connecting Audio and Alarm I/O,

p. 22 below)

10 Audio/Alarm I/O

Connector*

Audio/Alarm I/O connection (see Connecting Audio and Alarm I/O, p.

22 below)

*Do NOT connect an external power supply to the alarm I/O connector of the camera.

NOTE! To purchase a power adapter, please contact MOBOTIX for further information.

Connection

Connecting Audio and Alarm I/O

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Installation

This section contains the following information:

General Remarks 26

Camera Installation 26

Installing to a Ceiling or Wall Without Accessories 26

Installing the Camera With Accessories 27

Installation

General Remarks

Read the instructions provided in this chapter thoroughly before installing the camera.

NOTE! This camera must be installed by qualified personnel and the installation must conform to

all local codes.

NOTE! Observe the MOBOTIX MOVE Installation Hints document to ensure optimum performance

of the camera features.

Camera Installation

The 20MPMultisensor IRVideo Analytics Camera can be mounted to walls or ceilings without

accessories. Using accessories (such as a pendant mount, for example) will increase the application

scenarios for this camera. Please refer to Accessories, p. 13 to find the type of mount that is suitable

for your situation.

To install the camera using one of these accessories, please refer to the corresponding Quick Install-

ation document available on www.mobotix.com> Support> Download Center> Marketing &

Documentation> Manuals in the MOBOTIX MOVE Accessories section.

Installing to a Ceiling or Wall Without Accessories

1. Loosen the four security screws on the camera with the supplied security torx and open the

dome cover.

2. Use a screwdriver to loosen the screws connecting the camera and the camera base.

3. Place the camera base at the desired installation location. Mark the placement of the four screw

holes and the back conduit entry (for cable entry) on the ceiling/wall.

4. Drill the cable entry hole (back conduit entry) on the ceiling/wall.

5. Drill a hole slightly smaller than the supplied plastic screw anchor on each marked screw hole.

Then insert the plastic screw anchors into the drilled holes.

6. Thread the cables through the cable entry hole. Match the four screw holes on the camera base

with the plastic screw anchors at the installation location. Fasten the camera base with the sup-

plied self-tapping screws.

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7. When using accessories for mounting the camera, attach the anti-drop chain from the camera

to the anti-drop ring on the camera base.

8. Attach the ground wire to the grounding ring, and firmly secure it to the camera using an M4

screw.

Installing the Camera With Accessories

CAUTION!

For safety reasons, it is recommended to hook up the camera's

anti-drop ring ① to the anti-drop cable ② of the pendant/wall

mount when installing the camera.

For more information about installing the mounts and the anti-

drop cable, please see the corresponding Quick Installation doc-

ument available at www.mobotix.com> Support> Download

Center> Marketing & Documentation> Manuals in the

MOBOTIX MOVE Accessories section.

Installing to a Wall

NOTE! To be able to use these mounts, please order the Adapter Mounting Plate Mx-M-VM-AP.

You can install the camera to a wall using the following accessories:

n

Corner Mount Mx-M-SD-C (only in combination with SpeedDome Wall Mount Mx-

M-SD-W/WM)

n

Parapet Mount Mx-M-SD-GN (Gooseneck) with integrated junction box (Mx-M-VM-AP

required)

n

Pole Mount Mx-M-SD-P (only in combination with SpeedDome Wall Mount Mx-M-SD-W/WM)

n

Wall Mount Mx-M-SD-W can be combined with SD Pole Mount Mx-M-SD-P or Corner Mount

Mx-M-SD-C (Mx-M-VM-AP required)

n

Wall Mount Mx-M-SD-WM with room for optional junction box Mx-M-SD-WMJB (Mx-M-VM-AP

required)

Installation

Camera Installation

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Installation

Camera Installation

Installing to a Ceiling

You can install the camera to a ceiling using the following accessories:

n

Ceiling Flush Mount Mx-M-VM-IC

n

Pendant Mount Kit 25cm Mx-M-SD-PM

n

Optional 25cm extension Mx-M-SD-PMEXT

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Configuration

This section contains the following information:

System Requirements for Operating the Camera 30

Accessing the Camera 30

Setting the Video Resolution 32

Default Resolution 32

Exporting/Importing Configuration Files 33

Configuration

System Requirements for Operating the Camera

System Requirements for Operating the

Camera

To operate the IP camera via web browser, please ensure the PC is in good network connection and

meets system requirements as described below.

Items System Requirements

Personal Computer Minimum:

n

Intel® Core™ i5-2430M @ 2.4 GHz

n

4 GB RAM

Recommended:

n

8 GB RAM

Operating System Windows 7 or later operating system

Web Browser Any current web browser

Network Card 10Base-T (10 Mbps), 100Base-TX (100 Mbps) or 1000Base-T operation

NOTE! The ITE is to be connected only to PoE networks without routing to the outside plant or

equivalent description.

Accessing the Camera

The 20MPMultisensor IRVideo Analytics Camera supports all current browsers without requiring any

additional plug-ins or add-ons (e.g. for H.264/H.265/MJPEG support).

Camera Login

The default IP address of the camera is: 10.x.x.x. By default, the camera starts as DHCP client and

automatically tries to get an IP address from a DHCP server.

1. Enter the camera’s IP address in the URL bar of the web browser and hit “Enter”.

2. Enter the default username (admin) and password (meinsm).

NOTE! User names and passwords are case sensitive.

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3. You will be prompted to set a new admin user password.

NOTE! The password can have between 6 and 14 characters (at least one digit, no special

characters allowed).

4. After setting a new password, you will be prompted to log in again. Remember to use the new

password.

Zoom and Focus Adjustment

The live image will be displayed on the Home page when the camera is successfully accessed. If

zoom or focus is not at the desired position, please use the function buttons on the Home page to

adjust zoom and focus.

NOTE! Refer to section Menu Reference, p. 35 of the Vandal Dome WDR IP camera for more but-

ton function details.

Configuration

Accessing the Camera

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Configuration

Setting the Video Resolution

To edit the video configuration settings, select Streaming> Video Configuration.

Default Resolution

The following table lists the default resolution of the camera.

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IP Camera Model Default Resolution

20MPMultisensor IRVideo Analytics

Camera

Mx-VM1A-20-IR-VA

Linear Mode

(60/50 fps)

H.265/H.264: 2560 × 1920 (30/25fps) +

H.265/H.264: 1600 × 1200 (30/25fps)

WDR Mode

(WDR 2 Shutter)

H.265/H.264: 2560 × 1920 (30/25fps) +

H.265/H.264: 1600 × 1200 (30/25fps)

Exporting/Importing Configuration Files

To export and import configuration files, you can access the Maintenance page on the user-friendly

browser-based configuration interface.

To edit the Maintenance settings, select System> Maintenance.

You can export configuration files to a specified location and retrieve data by uploading an existing

configuration file to the camera. This is especially convenient to make multiple cameras having the

same configuration.

Export

You can save the system settings by exporting the configuration file (.bin) to a specified location for

future use.

n

Click on the Export button, and the popup File Download window will come out.

n

Click on Save and specify a desired location for saving the configuration file.

Upload

To upload a configuration file to the camera, click on Browse to select the configuration file, and

then click on the Upload button for uploading.

Configuration

Exporting/Importing Configuration Files

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Menu Reference

This section contains the following information:

The Camera Menu 37

The “Home” Tab 38

Function Items on Home Page 39

The “System” Tab 42

System 42

Security 44

Network 51

DDNS 58

Mail 59

FTP 59

HTTP 59

Events (Alarm Settings) 60

Storage Management 73

Recording 77

Schedule 78

File Location (Snapshots and Web Recording) 79

Menu Reference

View Information 79

Factory Default 80

Software Version 81

Software Upgrade 81

Maintenance 82

The “Streaming” Tab 83

Video Configuration 84

Video Rotation 87

Video Text Overlay 88

Video ROI Encoding 89

Video OCX Protocol 90

Video Mask 90

Audio (Audio Mode and Bit Rate Settings) 91

The “Camera” Tab 93

Camera Selector 93

Exposure 93

White Balance 95

Picture Adjustment 98

Color Style 99

IR Function 99

Illumination 101

Noise Reduction 101

HDR Type 102

Gamma HDR 102

Digital Zoom 103

Profile 103

TV System 104

The “Logout” Tab 105

Appendix A: Installing UPnP Components 106

Appendix B: Converting IP Addresses from Decimal to Binary 106

AppendixC: List of Open/Closed IP Ports 108

TCP Protocol 108

UDP Protocol 108

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The Camera Menu

The camera’s Home Page shows these main tabs at the top:

The “Home” Tab, p. 38

You can monitor the live video of the targeted area.

The “System” Tab, p. 42

The administrator can set host name, system time, root password, network related settings, etc.

The “Streaming” Tab, p. 83

The administrator can configure video format, video compression, video OCX protocol, video frame

rate and audio compression in this page.

The “Camera” Tab, p. 93

This tab contains the camera-related settings and is only available for the administrator and user

accounts with camera control privileges.

The “Logout” Tab, p. 105

Click on the tab to log out of the camera system. Click on Login to log in again with a different user-

name and password, for example.

Menu Reference

The Camera Menu

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Menu Reference

The “Home” Tab

Click on the tab Home to access the Home Page. There are several function buttons on this page.

Detailed information of each item is as described in the following section.

NOTE! The function buttons on the Home page will vary for different camera models.

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Function Items on Home Page

Multiple Languages Support

The 20MPMultisensor IRVideo Analytics Camera supports different languages for the browser inter-

face, including German, English, Spanish, French, Italian, Japanese, Portuguese, Russian, Simplified

Chinese, and Traditional Chinese.

Display Stream Selection

According to the streaming setting, you can choose the one stream to display from the drop-down

menu.

For cameras with more than one image sensor (camera head), the different streaming options will

display the video streams from the corresponding image sensors.

Digital Zoom Control

In full screen mode you can use the digital PTZ by rotating the mouse wheel (for zooming in/out).

Once you have zoomed in, you can drag the mouse in any direction to move the zoomed image.

Camera Info

Double-click on the live view pane, and the camera info window will pop up. You can instant-

aneously check the basic information of the camera, such as IP address, network status, video

format, etc.

Video Quality

Click to show/hide the video quality information including bitrate and compression.

Full Screen

Use this button to switch the image display to full screen. Alternatively, right click on the Live Video

pane and select Fullscreen.

To exit full screen mode:

n

Tap Esc on the keyboard.

n

Double-click on the Live Video pane.

Menu Reference

The “Home” Tab

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Menu Reference

The “Home” Tab

n

Right-click on the Live Video pane and select Normal view.

Talk (On/Off)

Talk function allows the local site talks to the remote site. Click on the button to switch it to On/Off.

Users must select the suitable transmission mode under this path: Streaming> Audio to enable this

function.

Listen (On/Off)

Click on Listen to mute/activate the audio. Users must select the suitable transmission mode under

Streaming> Audio to enable this function.

NOTE! Both Talk and Listen functions are only available for user accounts that have been granted

this privilege by the administrator. Please see the Talk/Listen section in System> Security> User,

p. 44 for further details.

Snapshot

Click on the button and the JPEG snapshots will automatically be saved in the appointed place. The

default place of saving snapshots is: C:\. To change the storage location, please see File Location

(Snapshots and Web Recording), p. 79 for further details.

Live View (Pause/Restart)

Click on Pause to disable video streaming, the live video will be displayed as black. Click on Restart

to show the live video again.

Record (On/Off)

Click on Record and the Live View through the web browser will be directly recorded to the specific

location on the local hard drive, which could be configured in the File Location page. The default stor-

age location for the web recording is: C:\. Please see File Location (Snapshots and Web Recording), p.

79 for further details.

Manual Trigger (On/Off)

Click on Manual Trigger to activate/deactivate the manual trigger. Please see Manual Trigger, p. 69

for further details.

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Zoom Adjustment

n

Wide/Tele

Hold the WIDE/TELE button, and implement continuous zoom adjustment.

For zoom lens models, optical zoom in/out functions can also be implemented by moving the

cursor to the live video pane and scrolling the mouse wheel in Normal View display mode.

n

Wide/Tele Steps

Select a Wide/Tele step value from the drop-down menu to shift the zoom lens according to

the define value.

n

Reset

Click on Reset, and the zoom lens will be calibrated to the maximum wide end.

Manual Focus Adjustment

n

Near/Far

Hold the Near/Far button, and implement continuous focus adjustment.

n

Near/Far Steps

Select a Tele/Wide step value from the drop-down menu to shift the focus lens according to

the defined value.

n

Reset

Click on Reset, and the focus lens will first be reset to the maximum near end. Then the lens

will be calibrated to a suitable position according to the monitoring environment.

Auto Focus (AF) Adjustment

n

Manual

Click on Manual, and you can adjust the focus manually via the Near / Far buttons.

n

Zm Trig (Zoom Trigger AF)

In this mode, AF is activated every time when zoom is adjusted.

n

Push AF

The One Push AF function is for fixing the focus with one click.

Menu Reference

The “Home” Tab

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Menu Reference

The “System” Tab

NOTE! Only administrators can access the System configuration page.

System

To edit the system settings, select System> System.

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Host Name

The name is for camera identification. If alarm actions (see Triggered Actions (Common to All Event

Types), p. 60) are enabled and is set to send alarm messages by Mail/FTP, the host name entered

here will be displayed in the alarm message.

Time Zone

Select the time zone from the drop-down menu according to the location of the camera.

Enable Daylight Saving Time

To enable DST, please check the item and then specify the time offset and the DST duration. The

format for time offset is [hh:mm:ss]; for instance, if the amount of time offset is one hour, please

enter “01:00:00” into the field.

Time format

Choose a time format (yyyy/mm/dd or dd/mm/yyyy) from the drop-down menu. The format of the

date and time displayed above the live video window will be changed according to the selected

format.

Sync with Computer Time

Select the item, and video date and time display will synchronize with the PC’s.

NOTE! Users MUST click on Save to confirm the setting. Otherwise, the time will not be synced.

Manual

The administrator can set video date and time manually. Entry format should be identical with the

examples shown next to the enter fields.

Sync with NTP Server

Network Time Protocol (NTP) is an alternate way to synchronize the camera’s clock with a NTP

server. Please specify the server that is wished to synchronize in the entry field. Then select an

update interval from the drop-down menu. For further information about NTP, please open the web

site www.ntp.org.

NOTE! The synchronization will be done every time the camera boots up.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

Click on Save to apply and store the settings.

Security

To edit the security settings, select System> Security.

Click on Security, there will be a drop-down menu with tabs including User, HTTPS, IP Filter, and

IEEE 802.1X.

User

To edit the user settings, select System> Security> User.

Admin Password

This item is for the administrator to reset password. Enter the new password in Admin password

and Confirm password. The input characters will be displayed as dots for security purposes. Click on

Save to confirm the changes. After the changes are confirmed, the web browser will ask the admin-

istrator to login again using the new password.

NOTE! The password can have between 6 and 14 characters (at least one digit, no special char-

acters allowed).

Add User

This item is for the administrator to add new users. Enter the new user’s name in User name and the

password in User password. Username can be up to 16 characters, and the password can have

between 6 and 14 characters (at least one digit, no special characters). Click on Add to add the new

user. The name of the new added user will be displayed in the User name drop-down menu under

Manage User. There is a maximum of twenty user accounts.

Activate the boxes below to give privileges for functions:

n

I/O access

This item supports fundamental functions that enable users to view the live video when access-

ing to the camera.

n

Camera control

This item allows the appointed user to change camera parameters on the Camera and Pan

Tilt setting page.

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Manage User

n

Delete user

Pull down the User name drop-down menu and select the username that is wished to be

deleted. Click on Delete to remove the selected name.

n

Edit user

Pull down the User name drop-down menu and select the username. Click on Edit and a

popup window will appear. In the appeared window, enter the new user password and reset

the privileges. Click on Save to confirm the changes. Then click on Close to complete the edit-

ing.

HTTP Authentication Setting

This setting allows secured connections between the IP camera and web browser by enforcing

access controls to web resources. When users approach to the web browser, it’ll ask for username

and password, which protects the camera settings or live streaming information from snooping.

There are two security models available: Basic and Digest. Refer to the descriptions below for more

details.

n

Basic

This mode can only provide basic protection for the connection security. There will still be

risks for the password being intercepted.

n

Digest

Digest mode is a safer option for protection. The password is sent in an encrypted format to

prevent it from being stolen.

NOTE! Users MUST click on Save to apply the setting.

Streaming Authentication Setting

This setting provides security against unauthorized users from getting streaming via Real Time

Streaming Protocol (RTSP). If the setting is enabled, users will be requested to enter user name and

password before viewing the live streams. There are three security modes available: Disable, Basic

and Digest. Refer to the descriptions below for more details.

n

Disable

If disable mode is selected, there will be no security provided to against unauthorized access.

Users will not be asked to input user name and password for authentication.

n

Basic

This mode can only provide basic protection for the live streams. There will still be risks for

the password being intercepted.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

n

Digest

Digest mode is a safer option for protection. The password is sent in an encrypted format to

prevent it from being stolen.

NOTE! Users MUST click on Save to apply the setting.

Enable Account Lockout Function

The Account Lockout Function is to lock out an account when someone tries to log on unsuccessfully

several times in a row. To protect user’s account, “Account Lockout Function’’ is activated when mul-

tiple login failures occur. Check the box Enable Account Lockout Function and enter the number of

threshold and duration.

n

Threshold

Threshold is a maximum number of login attempts, ranging from 5-20 times. The default value

is 5 (attempts).

n

Duration

Duration is the length of time that the account remains locked once the account lockout func-

tion is triggered, ranging from 1-60 minutes (default is 10 minutes).

Auto Log Off Setting

If Enable log off timer is enabled, the camera will log off the current user after the specified number

of minutes without interaction have passed (default is 5 minutes).

HTTPS

To edit the HTTPS settings, select System> Security> HTTPS.

HTTPS allows secure connections between the camera and the web browser using Secure Socket

Layer (SSL) or Transport Layer Security (TLS), which protects camera settings and user-

name/password inforomation from snooping. It is required to install a self-signed or generated cer-

tificate or a CA-signed certificate for implementing HTTPS.

To use HTTPS on the camera, an HTTPS certificate must be installed. The HTTPS certificate can be

obtained by either creating and sending a certificate request to a Certificate Authority (CA), by

uploading a certificate, or by creating a self-signed HTTPS certificate.

NOTE! On MOBOTIX MOVE cameras, a certificate has already been installed. If you are not required

to use a specific certificate (provided by your network administrator), you can use the pre-installed

certificate.

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Enable HTTPS

n

HTTP & HTTPS

Under this mode, HTTP & HTTPS secure connections are enabled.

n

HTTPS only

Under this mode, the secure connection is ensured by HTTPS only.

Click on Save to apply and store the settings.

Install new certificate

Pull down the Install new certificate drop-down list and select the certificate type. Choose one

from the following types.

n

Generate Self-signed Certificate

Before a CA-issued certificate is obtained, you can create and install a self-signed certificate

first.

Beneath Generate Self-signed Certificate, click on Create and provide the requested inform-

ation as outlined under Provide the Certificate Information, p. 48.

NOTE! The self-signed certificate does not provide the same high level of security as when

using a CA-issued certificate.

n

Generate Certificate Request

Click on Generate Certificate Request to create a certificate request for obtaining a signed

certificate from CA. Provide the requested information as outlined under Provide the Cer-

tificate Information, p. 48.

When the request is complete, the subject of the created request will be shown in the field.

Click on Properties below the Subject field, copy the PEM-formatted request and send it to

the selected CA.

When the signed certificate is returned, install it by uploading the signed certificate (see

Upload Private Key/Certificate, p. 47).

Upload Private Key/Certificate

n

Do one of the following:

n

If you have a private key file, click on Browse beneath Private key and select the

private key file.

n

If you have a certificate file, click on Browse beneath Certificate and select the cer-

tificate file.

n

Click on Upload and wait until the installation is finished.

Click on Save to apply and store the settings.

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Provide the Certificate Information

To create a Self-signed HTTPS Certificate or a Certificate Request to CA, please enter the information

as requested.

Information Item Create Self Signed Certificate Create Certificate Request

Country ✓ ✓

State or Province ✓ ✓

Locality ✓ ✓

Organization ✓ ✓

Organizational Unit ✓ ✓

Common Name ✓ ✓

Valid Days ✓ -

n

Country

enter a two-letter combination code to indicate the country the certificate will be used in. For

instance, type in “US” to indicate United States.

n

State or Province

Enter the local administrative region.

n

Locality

Enter other geographical information.

n

Organization

Enter the name of the organization to which the entity identified in “Common Name” belongs.

n

Organization Unit

Enter the name of the organizational unit to which the entity identified in “Common Name”

belongs.

n

Common Name

Indicate the name of the person or other entity that the certificate identifies (often used to

identify the website).

n

Valid Days

Enter the period in days (1 to 9999) to indicate the valid period of certificate.

Click on OK to save the Certificate Information after completing the setting.

IP Filter

To edit the IP filter settings, select System> Security> IP Filter.

With IP Filter, you can allow or deny specific IP addresses from accessing the camera.

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Enable IP Filter

Check the box to enable the IP Filter function. Once enabled, the listed IP addresses (IPv4) in the

Filtered IP Addresses list box will be allowed/denied to access the camera.

Select Allow or Deny from the drop-down menu and click on Apply to determine the IP filter beha-

vior.

Add IP Address

Input IP address at the blank space below the Filtered IP Address list and click Add. The newly-

added address will be shown in the list. Up to 256 IP address entries can be specified.

In addition, to filter a group of IP addresses, enter an address at the blank space followed with a

slash and a number ranging from 1 to 31, e.g. 192.168.2.81/30. The number after the slash can

define how many IP addresses will be filtered. For details, please refer to Example: Filtering a Group

of Consecutive IP Addresses, p. 49 below.

Delete IP Address

To remove an IP address from the Filtered IP Address list, select the address and click on Delete.

Example: Filtering a Group of Consecutive IP Addresses

1. Convert 192.168.2.81/30 to binary numbers (see Appendix B: Converting IP Addresses from

Decimal to Binary, p. 106). The binary numbers are 11000000.10101000.00000010.01010001. The

number “30” after the slash is referring to the first 30 digits of the binary numbers.

2. Convert a few IP addresses before and after 192.168.2.81 to binary numbers. Then compare

their first 30 digits with the binary numbers of 192.168.2.81.

1. Convert 192.168.2.80 to binary numbers. The binary numbers are

11000000.10101000.00000010.01010000. The first 30 digits are the same with the binary

numbers of 192.168.2.81, thus 192.168.2.80 will be filtered.

2. Convert 192.168.2.79 to binary numbers. The binary numbers are

11000000.10101000.00000010.01001111. The first 30 digits are different with the binary num-

bers of 192.168.2.81, thus 192.168.2.79 will not be filtered. This also means the IP addresses

before 192.168.2.79 will not be filtered. Therefore, you can stop converting the IP addresses

before 192.168.2.79 to binary numbers.

3. Repeat the same procedure in “a” with the IP addresses after 192.168.2.81. Stop when the

situation occurs in “b” happened. Namely, the 30th digit of the binary numbers of IP

address 192.168.2.84 is different, and will not be filtered.

As a result, the IP addresses 192.168.2.80 to 192.168.2.83 will be filtered when entering

192.168.2.81/30. The following table clearly shows the 30

digit of the binary numbers of IP

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addresses 192.168.79 and 192.168.84 are different from the others. Therefore, these two IP addresses

will not be filtered.

IP Addresses Binary Numbers

192.168.2.79 11000000.10101000.00000010.01001111

192.168.2.80 11000000.10101000.00000010.01010000

192.168.2.81 11000000.10101000.00000010.01010001

192.168.2.82 11000000.10101000.00000010.01010010

192.168.2.83 11000000.10101000.00000010.01010011

192.168.2.84 11000000.10101000.00000010.01010100

IEEE 802.1X

To edit the IEEE 802.1x settings, select System> Security> IEEE 802.1X.

The camera is allowed to access a network protected by 802.1X/EAPOL (Extensible Authentication

Protocol over LAN).

Choose On to enable the IEEE 802.1X function.

Select one among the four protocol types: EAP-MD5, EAP-TLS, EAP-TTLS and EAP-PEAP.

Users need to contact with the network administrator for gaining certificates, user IDs and pass-

words.

CA Certificate

The CA certificate is created by the Certification Authority for the purpose of validating itself. Upload

the certificate for checking the server’s identity.

Client Certificate/Private Key

Upload the Client Certificate and Private Key for authenticating the camera itself.

Settings

n

Identity

Enter the user identity associated with the certificate. Up to 16 characters can be used.

n

Private Key Password

Enter the password (maximum 16 characters) for user identity.

Enable IEEE 802.1X

Check the box to enable IEEE 802.1X.

Click on Save to apply and store the settings.

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Network

To edit the network settings, select System> Network.

Click on Network, there will be a drop-down menu with tabs including Basic, QoS, SNMP, and

UPnP.

Basic

To edit the basic settings, select System> Network> Basic.

This setting page is for setting a new IP address for the camera, configuring other network-related

parameters and activating IPv6 address (if the network supports it).

General

This setting menu is for configuring a new IP address for the camera. To setup an IP address, please

find out the network type first. Contact the network provider for it. Then refer to the network type

and follow the instructions to setup the IP address.

NOTE! If the network type is Point-to-Point Protocol over Ethernet (PPPoE), please obtain the

PPPoE username and password from the network provider.

n

Get IP address automatically (DHCP)

Select the item and click Save to confirm the new setting. A note for camera system reboot

will appear. Click OK and the camera system will restart. The camera will be assigned with a

new IP address. Close the web browser and search the camera through the installer program:

DeviceSearch.exe. Refer to the steps below to connect the camera through “DeviceSearch”

software.

NOTE! Before searching the camera through DeviceSearch.exe, please record the camera’s

MAC address, which can be found on the label or on the package container of the camera,

for later use and identification in the future.

n

Double-click on the program DeviceSearch.exe.

n

After its window appears, click on Device Search on the top. All the finding IP devices will be

listed in the page.

n

Find the camera by its MAC address.

n

Then double-click or right click and select Browse to access the camera directly by the web

browser.

n

A prompt window requesting for the username and the password will appear. Enter the user-

name and the password to login to the camera.

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n

Use fixed IP address

Select the item and insert the new IP address, e.g. 192.168.7.123. Note that the inserted IP

address should be in the same LAN as the PC’s IP address. Then go to the Default gateway

(explained later) blank and change the setting, e.g. 192.168.7.254. Click on Save to confirm the

new setting. A note for system restart will appear, click OK and the camera system will restart.

Wait for 15 seconds. The camera’s IP address in the URL bar will be changed, and users have

to login again.

When using a static IP address to connect the camera, you can access the camera by inputting

the IP address in the URL bar and hit Enter on the keyboard. Alternatively, you can access the

camera by the installer program: DeviceSearch.exe. Refer to the steps below to connect the

camera through “DeviceSearch” software with a static IP address.

n

Double-click on the program DeviceSearch.exe.

n

After its window appears, click on Device Search on the top. All the finding IP devices will be

listed in the page.

n

Find the camera by its IP address.

n

Then double-click or right click and select Browse to access the camera directly by the web

browser.

n

A prompt window requesting for the username and the password will appear. Enter the user-

name and the password to login to the camera.

n

IP address

This is necessary for network identification.

n

Subnet mask

It is used to determine if the destination is in the same subnet. The default value is

“255.255.255.0”.

n

Default gateway

This is the gateway used to forward frames to destinations in different subnet. Invalid

gateway setting will fail the transmission to destinations in different subnet.

n

Primary DNS

Primary DNS is the primary domain name server that translates hostnames into IP

addresses.

n

Secondary DNS

Secondary DNS is a secondary domain name server that backs up the primary DNS.

n

Use PPPoE

For the PPPoE users, enter the PPPoE username and password into the enter fields.

Click on Save to apply and store the settings.

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Advanced

The following introduces the camera’s Web Server port, RTSP port, MJPEG over HTTP port, and

HTTPS port.

n

Web Server port

The default web server port is 80. With the default web server port ‘80’, you can simply input

the IP address of the camera in the URL bar of a web browser to connect the camera. When

the web server port is changed to any number other than 80, users have to enter the cam-

era’s IP address followed by a colon and the port number. For instance, a camera whose IP

address is set as 192.168.0.100 and web server port as 8080 can be connected by entering

“http://192.168.0.100:8080” in the URL bar.

n

RTSP port

The default setting of RTSP Port is 554; the RTSP Port should be set as 554 or from the range

1024 to 65535.

n

MJPEG over HTTP port

This setting always uses port 80. To access the MJPEG stream over HTTP, open

http://<ip address>/live/stream<#>, where <#> is the number of the stream you

want to show.

n

HTTPS port

The default setting of HTTPS Port is 443; the HTTPS Port should be set as 443 or from the

range 1024 to 65535.

NOTE! Please make sure the port numbers set above are not the same with each other; oth-

erwise, network conflict may occur.

n

RTSP URL

When users use RTSP players to view the live streaming, the camera provides the flexibility to

configure the streaming access name for stream 1 to stream 4. The streaming format is

rtsp://ip address:rtsp port/access name. Take a camera whose IP address is set as

192.168.0.100 for example, if users enter “liveview.1” in the blank of stream 1 access name,

the streaming address of stream 1 will be rtsp://192.168.0.100:554/liveview.1.

NOTE! The maximum length of the access name is 32 characters, and the valid characters

are A-Z, a-z, 0-9 and !#$%&’-.@^_~.

NOTE! For a list of default ports, please refer to AppendixC: List of Open/Closed IP Ports, p. 108.

Click on Save to apply and store the settings.

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IPv6 Address Configuration

If the network supports IPv6, you can check the box beside Enable IPv6 and click Save. An IPv6

address will appear beside Address, and you can use it to connect to the camera.

Click on Save to apply and store the settings.

QoS

To edit the QoS (Quality of Service) settings, select System> Network> QoS.

QoS allows providing differentiated service levels for different types of traffic packets, which guar-

antees delivery of priority services especially when network congestion occurs. Adapting the Dif-

ferentiated Services (DiffServ) model, traffic flows are classified and marked with DSCP (DiffServ

CodePoint) values, and thus receive the corresponding forwarding treatment from DiffServ capable

routers.

DSCP Settings

The DSCP value range is from 0 to 63. The default DSCP value is 0 (DSCP disabled). The camera uses

the following QoS Classes:

n

Management DSCP

NOTE! The class consists of HTTP traffic: Web browsing.

n

Stream 1~4 DSCP

NOTE! You can set the Video DSCP of each stream.

n

Video DSCP

The class consists of applications such as MJPEG over HTTP, RTP/RTSP and RTSP/HTTP.

NOTE! To enable this function, please make sure the switches/routers in the network support QoS.

Click on Save to apply and store the settings.

VLAN

To edit the VLAN settings, select System> Network> VLAN.

Check the box Enable VLAN to activate the VLAN function. Enter the VLAN ID. The allowed range of

VLAN ID is from 1 to 4095. The default value is 20.

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CoS

CoS stands for Class of Service. The higher the value of CoS is, the better transmission performance

will be. The value also determines the transmission priority among the following three classes:

n

Live Video

The value range is from 0 to 7.

n

Live Audio

The value range is from 0 to 7.

n

Management

The value range is from 0 to 7.

SNMP

To edit the SNMP (Simple Network Management Protocol) settings, select System> Network>

SNMP.

With Simple Network Management Protocol (SNMP) support, the camera can be monitored and

managed remotely by the network management system.

SNMP v1/v2

n

Enable SNMP v1/v2

Select the version of SNMP to use by checking the box.

n

Read Community

Specify the community name that has read-only access to all supported SNMP objects. The

default value is “public”.

n

Write Community

Specify the community name that has read/write access to all supported SNMP objects

(except read-only objects). The default value is “private”.

SNMP v3

SNMP v3 supports an enhanced security system that provides protection against unauthorized

users and ensures the privacy of the messages. Users will be requested to enter security name,

authentication password and encryption password while setting the camera connections in the net-

work management system. With SNMP v3, the messages sent between the cameras and the net-

work management system will be encrypted to ensure privacy.

n

Enable SNMP v3

Enable SNMP v3 by checking the box.

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n

Security Name

The maximum length of the security name is 32 characters.

NOTE! The valid characters are A-Z, a-z, 0-9 and !#$%&’-.@^_~.

n

Authentication Type

There are two authentication types available: MD5 and SHA. Select SHA for a higher security

level.

n

Authentication Password

The authentication password must be 8 characters or more. The input characters will be dis-

played as dots for security purposes.

NOTE! The valid characters are A-Z, a-z, 0-9 and !#$%&’-.@^_~.

n

Encryption Type

There are two encryption types available: DES and AES. Select AES for a higher security level.

n

Encryption Password

The minimum length of the encryption password is 8 characters and the maximum length is

512 characters. The input characters will be displayed as dots for security purposes. The

encryption password can also be left blank. However, the messages will not be encrypted to

protect privacy.

NOTE! The valid characters are A-Z, a-z, 0-9 and !#$%&’-.@^_~.

Traps for SNMP v1/v2/v3

Traps are used by the camera to send messages to a management system for important events or

status changes.

n

Enable Traps

Check the box to activate trap reporting.

n

Trap address

Enter the IP address of the management server.

n

Trap community

Enter the community to use when sending a trap message to the management system.

Trap Option

n

Warm Start

A Warm Start SNMP trap signifies that the SNMP device, i.e. IP camera, performs software

reload.

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Click on Save to apply and store the settings.

UPnP

To edit the UPnP settings, select System> Network> UPnP.

UPnP Setting

n

Enable UPnP

When the UPnP is enabled, whenever the camera is presented to the LAN, the icon of the con-

nected cameras will appear in My Network Places to allow for direct access.

NOTE! To enable this function, please make sure the UPnP component is installed on the

computer. Please see Appendix A: Installing UPnP Components, p. 106 for the installation

procedure.

n

Enable UPnP port forwarding

When the UPnP port forwarding is enabled, the camera is allowed to open the web server

port on the router automatically.

NOTE! To enable this function, please make sure that the router supports UPnP and it is

activated.

n

Friendly name

Set a name for the camera for identity.

Click on Save to apply and store the settings.

OpenVPN

This camera uses OpenVPN to implement a virtual private network (VPN). A VPN establishes secure

point-to-point or site-to-site connections between networks and computers (e.g. for remote work-

ers). Your VPN gateway administrator will provide the values for the settings below.

n

OpenVPN

Select Enabled to activate VPN.

n

Server address

Enter the IP address or DNS name of the VPN gateway you want to use.

n

Server port

Enter the server port of the specified VPN gateway.

n

Communication protocol

Select the type of protocol for the specified VPN gateway.

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n

Cipher

Select the cipher that is being used to encode the network data.

n

CA certificate

Click on Browse to upload a new certification authority (CA) certificate file (ask your VPN

administrator for details).

n

Client certificate

Click on Browse to upload a new client certificate file (ask your VPN administrator for details).

n

Private key

Click on Browse to upload a new private key file (ask your VPN administrator for details).

Click on Save to apply and store the settings.

Bonjour

Bonjour (also known as Zero-configuration networking or zeroconf) is a method for establishing auto-

matic peer-to-peer networks (i.e. without dedicated network services, such as DHCP or DNS servers).

Activate Enable Bonjour to use this feature.

Click on Save to apply and store the settings.

DDNS

To edit the DDNS settings, select System> DDNS.

Dynamic Domain Name System (DDNS) allows a host name to be constantly synchronized with a

dynamic IP address. In other words, it allows those using a dynamic IP address to be associated to a

static domain name so others can connect to it by name.

n

Enable DDNS

Check the item to enable DDNS.

n

Provider

Select one DDNS host from the provider list.

n

Host name

Enter the registered domain name in the field.

n

Username/E-Mail

Enter the username or E-mail required by the DDNS provider for authentication.

n

Password/Key

Enter the password or key required by the DDNS provider for authentication.

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Mail

To edit the mail settings, select System> Mail.

The administrator can send an E-mail via Simple Mail Transfer Protocol (SMTP) when an alarm is

triggered. SMTP is a protocol for sending E-mail messages between servers. SMTP is a relatively

simple, text-based protocol, where one or more recipients of a message are specified and the mes-

sage text is transferred.

Two sets of SMTP can be configured. Each set includes SMTP Server, Account Name, Password and

E-mail Address settings. For SMTP server, contact the network service provider for more specific

information.

Click on Save when finished. Then, please click on Test to check the connection between the cam-

era and the specified SMTP server.

FTP

To edit the FTP settings, select System> FTP.

The administrator can set the camera to send the alarm messages to a specific File Transfer Pro-

tocol (FTP) site when an alarm is triggered. You can assign alarm message to up to two FTP sites.

Enter the FTP details, which include server, server port, username, password and remote folder, in

the fields.

Click on Save when finished. Then, please click on Test to check the connection between the cam-

era and the specified FTP server.

HTTP

To edit the HTTP settings, select System> HTTP.

An HTTP Notification server can listen for the notification messages from the cameras by triggered

events. Enter the HTTP details, which include server name (for instance, http://192.168.0.100/ad-

min.php), username, and password in the fields. Alarm triggered and Motion Detection noti-

fications can be sent to the specified HTTP server.

Click on Save to apply and store the settings.

NOTE! Please see Events> Application>Send HTTP Notification, p. 63 for the HTTP notification

settings.

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Events (Alarm Settings)

To edit the events settings, select System> Events. You will see these sections:

n

Application

n

Motion Detection

n

Network Failure Detection

n

Tampering

n

MxMessageSystem Event

n

Periodical Event

n

Manual Trigger

n

Audio Detection

n

Video Analytics

Triggered Actions (Common to All Event Types)

The following alarm actions can be triggered by the camera when it detects the corresponding event.

NOTE! Depending on the camera’s features and specific settings, some actions may not be avail-

able (e.g. FTP is only available if an FTP site has been specified).

n

Enable Alarm Output (high/low)

Select these items to enable alarm relay outputs.

n

IR Cut Filter

Select the item and the IR cut filter (ICR) of the camera will be removed (on) or blocked (off)

when alarm input is triggered. This function is only available for models with IR cut filter.

NOTE! The IR Function, p. 99 could not be set as Auto mode if this triggered action is

enabled.

n

Send Alarm Message by FTP/E-Mail

The administrator can select whether to send an alarm message by FTP and/or E-mail when

audio is detected.

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n

Upload Image by FTP

Select this item and the administrator can assign an FTP site and configure various para-

meters. When audio is detected, event images will be uploaded to the appointed FTP site.

Note that to implement this function, one of the streaming MUST be set as MJPEG; otherwise,

this function will be grayed out and cannot be accessed.

The Pre-trigger buffer function allows users to check what happened to cause the trigger.

The Pre-trigger buffer frame rate could be pre-determined. On the other hand, Post-trigger

buffer is for users to upload certain amount of images after audio event occurs.

NOTE! The Pre-trigger buffer generally ranges from 1 to 20 frames. However, the range

will change accordingly if the frame rate of MJPEG on Streaming> Video Configuration is

6 or lower.

Check the box Continue image upload to upload the triggered images during certain time or

keep uploading until the trigger is off. Select Upload for __sec and enter the duration in the

blank. The images of the duration will be uploaded to FTP when the audio event occurs. The

setting range is from 1 to 99999 sec. Select Upload while the trigger is active to make the

images keep being uploaded to FTP during the trigger active until the event stops. Set the

Image frequency as the upload frame rate. The setting range is from 1 to 15 frames per

second.

NOTE! Make sure FTP configuration has been completed. Refer to section FTP for further

details.

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n

Upload Image by E-Mail

Select this item and the administrator can assign an E-mail address and configure various para-

meters. When audio is detected, event images will be sent to the appointed E-mail address.

Note that to implement this function, one of the streaming MUST be set as MJPEG; otherwise,

this function will be grayed out and cannot be accessed.

The Pre-trigger buffer function allows users to check what happened to cause the trigger. The

Pre-trigger buffer frame rate could be pre-determined. On the other hand, Post-trigger buf-

fer is for users to upload certain amount of images after the audio event occurs.

NOTE! The Pre-trigger buffer generally ranges from 1 to 20 frames. However, the range will

change accordingly if the frame rate of MJPEG on Streaming> Video Configuration is 6 or

lower.

Check the box Continue image upload to upload the triggered images during certain time or

keep uploading until the trigger is off. Select Upload for __sec and enter the duration in the

blank. The images of the duration will be uploading by E-mail when the audio event occurs.

The setting range is from 1 to 99999 sec. Select Upload while the trigger is active to make

the images keep being uploaded to E-mail during the trigger active until the event stops. Set

the Image frequency as the upload frame rate. The setting range is from 1 to 15 frames per

second.

NOTE! Make sure SMTP configuration has been completed. Refer to section Mail for further

details.

n

Upload Image to SD Card

Select this item, and then the images will be uploaded to the SD card periodically. Note that to

implement this function, one of the streaming MUST be set as MJPEG; otherwise, this function

will be grayed out and cannot be accessed.

The Pre-trigger buffer function can define how many images to be uploaded before the

triggered moment. The Post-trigger buffer function can define how many images to be

uploaded after the triggered moment.

NOTE! The Pre-trigger buffer generally ranges from 1 to 20 frames. However, the range will

change accordingly if the frame rate of MJPEG on Streaming> Video Configuration is 6 or

lower.

NOTE! Before implementing Upload Image to SD Card, please make sure that the SD Card

is properly detected and installed. Refer to Storage Management> SD Card> Device

Information for further details.

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n

Send HTTP Notification

Check this item, select the destination HTTP address, and specify the parameters for event

notifications by Audio Detection triggered. When an alarm is triggered, the notification can

be sent to the specified HTTP server.

For instance, if the custom parameter is set as “action=1&group=2”, and the HTTP server

name is “http://192.168.0.1/admin.php”, the notification will be sent to HTTP server as

“http://192.168.0.1/admin.php? action=1&group=2” when alarm is triggered.

n

Record Video Clip

Check this item and select a video recording storage type, SD Card or NAS (Network-

Attached Storage>. The Audio Detection recording will be stored in microSD/SD card or the

NAS when audio is detected.

The Pre-trigger buffer recording function allows users to check what happened to cause the

trigger. The pre-trigger buffer time range is from 1 to 3 sec. Select Upload for __ sec to set

the recording duration after audio is triggered. The setting range is from 1 to 99999 sec.

Select Upload while the trigger is active to record the triggered video until the trigger is off.

NOTE! Please make sure the local recording (with microSD/SD card) or the remote record-

ing (with NAS) is activated so that this function can be implemented. Refer to section

Recording for further details.

File Name

Enter a file name in the blank, e.g. image.jpg. The uploaded image’s file name format can be set in

this section. Please select the one that meets the requirements.

n

Add date/time suffix

File name: imageYYMMDD_HHNNSS_XX.jpg

Y: Year, M: Month, D: Day

H: Hour, N: Minute, S: Second

X: Sequence Number

n

Add sequence number suffix (no maximum value)

File name: imageXXXXXXX.jpg

X: Sequence Number

n

Add sequence number suffix up to # and then start over

File Name: imageXX.jpg

X: Sequence Number

NOTE! The file name suffix will end at the number being set. For example, if the setting is

up to “10”, the file name will start from 00, end at 10, and then start all over again.

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n

Overwrite

The original image in the FTP site will be overwritten by the new uploaded file with a static file

name.

Click on Save to apply and store the settings.

Application

To edit the application settings, select System> Events> Application.

The camera supports one alarm input and one relay output for cooperation with alarm system to

catch event images. Refer to alarm pin definition below to connect alarm devices to the camera if

needed.

Alarm Switch

The default setting for the Alarm Switch function is Off. Enable the function by selecting On. You can

also activate the function according to the schedule previously set in the Schedule setting page.

Select By schedule and click Please select… to choose the desired schedule from the drop-down

menu.

Alarm Type

Select an alarm type, Normal close or Normal open, that corresponds with the alarm application.

Triggered Action

See the section Triggered Actions (Common to All Event Types), p. 60 for information about the vari-

ous actions that can be triggered.

Click on Save to apply and store the settings.

Motion Detection

To edit the motion detection settings, select System> Events> Motion Detection.

Motion Detection function allows the camera to detect suspicious motion and trigger alarms by com-

paring sampling pixels in the detection area of two consecutive live images. When motion volume in

the detection area reaches/exceeds the determined sensitivity threshold value, the alarm will be

triggered.

The function supports up to 4 sets of Motion Detection Settings. Settings can be chosen from the

Motion Detection drop-down menu.

Motion Detection

By default, motion detection is Off. Select Camera1, Camera2, Camera3, or Camera4 from the drop-

down menu to configure the video stream from the specified camera head, and select On to enable

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this feature.

You can also activate the function according to the schedule previously set in the Schedule setting

page. Select By schedule and click Please select… to choose the desired schedule from the drop-

down menu.

Motion Region Paint

The camera divides the detection area into 1200 (40x30) detection grids; you can draw the motion

detection region using the paintbrush.

Check the box Enable brush and select the brush size, 1x1, 3x3 or 5x5. Then, left click and drag the

mouse cursor to draw the preferred detection region. To erase the drawn detection region, left click

and drag the mouse cursor on the colored grids.

Motion Detection Setting

Users could adjust various parameters of Motion Detection in this section.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

n

Sampling pixel interval [1-10]:

This item is used to examine the differences between two frames. You can configure the inter-

val of sampling pixel. The default value is 1. For instance, if users set the interval as 3, IP cam-

era system will take one sampling pixel from every 3 pixels of each row and each column in

detection area (refer to the figure below). The alarm will be triggered when differences are

detected.

n

Detection level [1-100]:

You can configure detection level for each sampling pixel. Detection level is how much the cam-

era can accept the differences between two sampling pixels. The smaller the value is, the more

minor motions it detects. The default level is 10.

n

Sensitivity level [1-100]:

The default level is 80, which means if 20% or more sampling pixels are detected differently,

system will detect motion. The bigger the value, the more sensitive it is. Meanwhile, when the

value is bigger, the red horizontal line in the motion indication window will be lower accord-

ingly.

n

Time interval (sec) [0-7200]:

The value is the interval between each detected motion. The default interval is 10.

Motion Indication Bar

When Motion Detection function is activated and the motion is detected, the signals will be displayed

on the motion indication bar. The motion indication bar will go green or red when there is any

motion occurrence in the detection region.

Green suggests the occurring motion is detected and does not exceed the threshold of detection

level and sensitivity level. No alarms will be triggered.

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Red suggests the ongoing motion exceeds the threshold of detection level and sensitivity level. The

alarm will be triggered.

Triggered Action

See the section Triggered Actions (Common to All Event Types), p. 60 for information about the vari-

ous actions that can be triggered.

Click on Save to apply and store the settings.

Network Failure Detection

To edit the network failure detection settings, select System> Events> Network Failure Detec-

tion.

Network Failure Detection allows the camera to ping another IP device (e.g. NVR, VSS, Video Server,

etc.) within the network periodically and generates some actions in case of network failure occurs,

for instance, a Video Server is somehow disconnected.

Being capable of implementing local recording (through microSD/SD card) or remote recording (via

NAS) when network failure happens, the camera can be a backup recording device for the sur-

veillance system.

Detection Switch

The default setting for the Detection Switch function is Off. Enable the function by selecting On. You

can also activate the function according to the schedule time that is previously set in the Schedule

setting page. Select By schedule and click Please select… to choose the desired schedule from the

drop-down menu.

Detection Type

Input the IP device address and the period of ping time to ping. The camera will ping the IP device

every N minute(s). If it fails for up to three times, the alarm will be triggered. The ping time setting

range is from 1 to 99 min.

Triggered Action

See the section Triggered Actions (Common to All Event Types), p. 60 for information about the vari-

ous actions that can be triggered.

Click on Save to apply and store the settings.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

Tampering

To edit the tampering settings, select System> Events> Tampering.

Tampering Alarm function helps the IP camera against tampering, such as deliberate redirection,

blocking, paint spray, and lens cover, etc., through video analysis and reaction to such events by

sending out notifications or uploading snapshots to the specified destination(s).

Detection of camera tampering is achieved by measuring the differences between the older frames of

video (which are stored in buffers) and more recent frames.

Tampering Alarm

The default setting for the Tampering Alarm function is Off. Enable the function by selecting On. You

can also activate the function according to the schedule previously set in the Schedule setting page.

Select By schedule and click Please select… to choose the desired schedule from the drop-down

menu.

Tampering Duration

Minimum Tampering Duration is the time for video analysis to determine whether camera tampering

has occurred. Minimum Duration could also be interpreted as defining the Tampering threshold;

longer duration represents higher threshold. Settable Tampering Duration time range is from 10 to

3600 sec. The Default value is 20 sec.

Triggered Action

See the section Triggered Actions (Common to All Event Types), p. 60 for information about the vari-

ous actions that can be triggered.

Click on Save to apply and store the settings.

Periodical Event

To edit the periodical event settings, select System> Events> Periodical Event.

With Periodical Event setting, you can set the camera to upload images periodically to an FTP site or

an E-mail address. For example, if the time interval is set to 60 seconds, the camera will upload

images to the FTP site or the E-mail address every 60 seconds. The images to be uploaded are the

images before and after the triggered moment. You can define how many images to be uploaded in

the Triggered Action section of this setting page.

Periodical Event

The default setting for the Periodical Event function is Off. Enable the function by selecting On.

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Time Interval

The default value of the time interval is 60 seconds. The setting range of the time interval is from 60

to 3600 seconds.

Triggered Action

See the section Triggered Actions (Common to All Event Types), p. 60 for information about the vari-

ous actions that can be triggered.

Click on Save to apply and store the settings.

Manual Trigger

To edit the manual trigger settings, select System> Events> Manual Trigger.

With Manual Trigger setting, the current image(s) or video can be uploaded to the appointed des-

tination, such as an FTP site or an E-mail address. The administrator can specify the triggered

actions that will take when the users switch the Manual Trigger button to ON. All options are listed

as follows.

Manual Trigger

The default setting for the Manual Trigger function is Off. Enable the function by selecting On. After

the Manual Trigger function is enabled, click the Manual Trigger button on the Home page to start

uploading data. Click again to stop uploading.

Triggered Action

See the section Triggered Actions (Common to All Event Types), p. 60 for information about the vari-

ous actions that can be triggered.

Click on Save to apply and store the settings.

Audio Detection

To edit the audio detection settings, select System> Events> Audio Detection.

Audio Detection function allows the camera to detect audio and trigger alarms when audio volume

in the detected area reaches or exceeds the determined sensitivity threshold value.

NOTE! Audio Detection function is only available for models equipped with Audio I/O function.

Audio Detection

In Audio Detection Setting, the default setting for the Audio Detection function is Off. Enable the

function by selecting On.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

Audio Detection Setting

Users could adjust various parameters of Audio Detection in this section.

n

Detection level [1-100]:

The item is to set detection level for each sampling volume; the smaller the value, the more

sensitive it is. The default level is 10.

n

Time interval (sec) [0-7200]:

The value is the interval between each detected audio. The default interval is 10.

Triggered Action

See the section Triggered Actions (Common to All Event Types), p. 60 for information about the vari-

ous actions that can be triggered.

Click on Save to apply and store the settings.

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Video Analytics

To edit the video analytics settings, select System> Events> Video Analytics.

Video Analytics Behaviors

Every profile allows defining two different behaviors from the Selected Behaviors dropdown. For

example:

n

Set Video Analytics to 1.

n

From Selected Behaviors, select Face Detection.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

n

Under Behavior-Specific Settings, configure the settings for the selected behavior option (in

this case, you could activate the Face and Gender checkboxes).

n

Click on Save to apply and store the settings.

n

Set Video Analytics to 2.

n

From Selected Behaviors, select Abandoned Object.

NOTE! You cannot select the same a behavior already selected for Video Analytics #1.

n

Under Behavior-Specific Settings, configure the settings for the selected behavior option (in

this case, you could change the Sensitivity).

n

Click on Save to apply and store the settings.

Zone Settings

NOTE! This section is only available for the Intrusion Detection behavior and if you have defined

at least one zone in the image (using the / buttons).

n

The active zone in the Zone List has a blue background.

n

The defined zones get default names (“Zone 1”, “Zone 2”, ...). To rename a zone, click on a

zone and enter a different name (in this case, “Door 1”, Door 2”, and “Window”).

n

To delete a zone, click on the trailing “x” after the zone name in the list.

n

Directions: Select one direction or ALL to trigger based on direction of movement.

n

Dwell time: Enter the minimum number of seconds for the object to stay within the zone to

trigger.

n

Detect item: Allows detecting only persons or vehicles, or both.

n

Click on Save to apply and store the settings.

Show Analytics Info

Click on Show Analytics Info to open a separate window that contains the event stream of the cam-

era. This will allow you to monitor the events that are detected by the currently defined settings (e.g.

for testing the setup).

NOTE! For more information on how to operate the Video Analytics settings, please refer to the

Video Analytics Manual.

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Triggered Action

See the section Triggered Actions (Common to All Event Types), p. 60 for information about the vari-

ous actions that can be triggered.

Click on Save to apply and store the settings.

Storage Management

To edit the storage management settings, select System> Storage Management.

Click on Storage Management, there will be a drop-down menu with tabs including SD Card, SSD,

and Network Share.

NOTE! Always power off the camera before inserting or removing any storage media!

SD Card/SSD

To edit the settings for SD cards, select System> Storage Management> SD Card. To edit the set-

tings for SSD cards, select System> Storage Management> SSD.

You can implement local recording to two microSD/SDHC/SDXC cards with up to 1TB capacity each

and two SSD cards with up to 8TB capacity each.

This page shows the capacity information of the selected storage medium and a recording list with

all recorded files. You can also format the storage media and implement automatic recording

cleanup through the setting page.

To implement recording on a storage medium, please go to the Recording page (see Recording, p.

77).

NOTE! Please format the storage medium when using it for the first time. Formatting will also be

required when a storage medium is being used on one camera and later transferred to another

camera with different software platform.

It is not recommended to record on microSD/SD cards for 24/7 continuously, as it may not be able

to support long term continuous data read/write. Please contact the manufacturer of the

microSD/SD card for information regarding reliability and life expectancy.

Device Information

After the storage medium is inserted into the camera, the card information such as memory capa-

city and status will be shown at Device Information.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

Recording Source

Select a video stream to set as the recording source. The default format of the video stream is

Stream 1. Select a preferred stream from the drop-down list.

Click on Save to apply and store the settings.

Recording Filename Format

Select a format as the recording file name format. The default recording file name format is Start

time only. Select a preferred format from the drop-down list.

Click on Save to apply and store the settings.

Device Setting

Click on Format to format the storage medium.

Two file systems are provided: vfat (default) and ext4. It is recommended to select ext4 for steady

and better performance.

Disk Cleanup Setting

Check Enable automatic disk cleanup and specify the time 1~999 day(s) or 1~142 week(s) and

storage limits 1~99% full to configure disk cleanup settings.

Click on Save to apply and store the settings.

Recording List

Enter the period in the date fields and click on Search. Select Video / JPEG, and then each video/im-

age file on the storage medium will be listed in the recording list. The maximum file size is 60 MB/per

file.

When the recording mode is set as Always (consecutive recording) and the storage medium record-

ing is also allowed to be enabled by events triggered, once events occur, the system will immediately

implement events recording to the memory card. After the recording of the events are finished, the

camera will return to the regular recording mode.

n

Remove

To remove a file, select the file first, and then click Remove button.

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n

Sort

Click on Sort, and the files in the Recording list will be listed in name and date order.

The capital letter at the beginning of a name indicates the type of recording:

Initial Recording Type Initial Recording Type

A Alarm S Periodical Event

M Motion R Regular Recording

N Network Failure V Manual Trigger

T Tampering U Audio Detection

n

Download

To open/download a video clip/image, select the file first, then click on Download below the

Recording list. The selected file window will pop up. Click on the AVI/JPEG file to download

the file to the specified location.

Network Share (NAS)

To edit the network share settings, select System> Storage Management> Network Share.

You can store the recording videos to a network share folder, or NAS (Network-Attached Storage). A

NAS device is used for data storage and data sharing via network. This page displays the capacity

information of the network device and a recording list with all the recording files saved on the net-

work device. You can also format the NAS and implement automatic recording cleanup through the

setting page.

Device Information

When a NAS is successfully installed, the device information such as the memory capacity and

status will be shown at Device Information.

Storage Setting

The administrator can set the camera to send the alarm messages to a specific NAS site when an

alarm is triggered. Enter the network device details, which include host (the IP of the NAS), share

(the folder name of the NAS), user name, and password, in the fields.

Click on Save to apply and store the settings.

Storage Tools

Click on Format to format the NAS.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

Recording Source

Select a video stream to set as the recording source. The default format of the video stream is

Stream 1. Select a preferred stream from the drop-down list.

Click on Save to apply and store the settings.

Recording Filename Format

Select a format to set as the recording file name format. The default recording file name format is

Start time only. Select a preferred format from the drop-down list

Click on Save to apply and store the settings.

Disk Cleanup Setting

Check Enable automatic disk cleanup and specify the time 1~999 day(s) or 1~142 week(s) and

storage limits 1~99% full to configure disk cleanup settings.

Click on Save to confirm the settings.

Recording List

Each video file on the Network Share will be listed in the Recording list. The maximum file size is 60

MB/per file.

When the recording mode is set as Always (consecutive recording) and the NAS recording is also

allowed to be enabled by events triggered, once events occur, the system will immediately imple-

ment events recording to NAS. After the recording of the events are finished, the camera will return

to the regular recording mode.

n

Remove

To remove a file, select the file first, and then click on Remove.

n

Sort

Click on Sort, and the files in the Recording list will be listed in name and date order.

The capital letter at the beginning of a name indicates the type of recording:

Initial Recording Type Initial Recording Type

A Alarm S Periodical Event

M Motion R Regular Recording

N Network Failure V Manual Trigger

T Tampering U Audio Detection

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n

Download

To open/download a video clip, select the file first, and then click on download below the

Recording list field. The selected file window will pop up. Click on the AVI file to directly play

the video in the player or download it to a specified location.

Recording

To edit the recording settings, select System> Recording.

In the Recording setting page, you can specify the recording schedule that fits the present sur-

veillance requirement.

Recording Selector

Select Camera1 to Camera4 from the drop-down menu to configure the video stream from the cor-

responding camera head.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

Recording Storage

Select SD Card1, SD Card2, Network Share, SSD 1, or SSD 2 as recording storage.

Enable Recording Schedule

Two types of schedule mode are offered: Always and Only during time frame. You can select

Always to activate recording on a storage medium or network storage all the time. Or, select a set of

schedule from the time frame blank, check specific weekdays and setup the start time (hour:minute)

and time period (hour:minute) to activate the recording at certain time frames. The setting range for

the duration time is from 00:00 to 168:59.

Click on Save to apply and store the settings.

To delete a schedule, select one from the schedule list, and click Delete.

Disable Recording Schedule

n

Select Disable to terminate the recording function.

n

Click on Save to apply and store the settings.

Schedule

To edit the schedule settings, select System> Schedule.

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Schedules Setup

1. Select a time frame from the time frame list.

2. Check the weekday boxes below to choose the specific weekdays.

3. Select a time mode, Day, Night or Time. Under Time mode, specify the start time (hour:minute)

and the time duration (hour:minute) to activate the schedule triggered features. The setting

range for the time duration is from 00:00 to 168:59.

4. Click on Save to apply and store the settings.

Alternatively, click on Delete to remove the highlighted time frame.

Time Mode

n

Day

The camera profile will be loaded when IR cut filter is on.

n

Night

The camera profile will be loaded when IR cut filter is off.

n

Time

This indicates the start time and the time duration for the schedule.

NOTE! Users MUST select By schedule under each feature setting page to enable the sched-

ule function.

File Location (Snapshots and Web Recording)

To edit the file location settings, select System> File Location.

You can specify a storage location on the PC or in the hard drive for the snapshots and the live

video recordings. The default setting is: C:\. Once the setting is confirmed, click on Save, and all the

snapshots and the web recordings will be saved in the designate location.

NOTE! Make sure the selected file path contains valid characters such as letters and numbers.

View Information

To edit the view information settings, select System> View Information.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

Click on View Information, there will be a drop-down menu with tabs including Log File, User

Information, and Parameters.

Log File

To edit the log file settings, select System> View Information> Log File.

Click on the tab to view the system log file. The camera keeps a record of the system’s behavior and

information related to the camera. These log data can be exported for future use. Click generate sys-

log and the Save File As dialog window will pop up. The default file name is named after the model

name and the MAC address as “Model Name-MAC-log.tgz”. Select the file destination and click Save

to export the log data.

NOTE! “Save File As” dialog window may not show up immediately for the camera needs some

time to process the log data.

User Information

To edit the user information settings, select System> View Information> User Information.

The administrator can view the privileges of each user (refer to Security, p. 44). User lines follow this

syntax:

Example: <main-entrance>: 1:1:0:1

Values for <I/O access>, <camera control>, <talk>, and <listen>:

n

1: function allowed

n

0: function blocked

NOTE! The talk and listen privileges will be set regardless of the audio capabilities of the camera.

Parameters

To edit the parameters settings, select System> View Information> Parameter.

Click on this item to view the parameter settings of the entire system, such as Camera Settings, Mask

Information and Network Information.

Factory Default

To edit the factory default settings, select System> Factory Default.

You can follow the instructions on this page to reset the camera to factory default settings if needed.

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Full Restore

Click on Full Restore to recall the factory default settings. The camera system will restart in 30

seconds. The IP address will be restored to default. After the camera system is restarted, reconnect

the camera using the default IP address. The default IP address is 192.168.0.250.

Partial Restore

Click on Partial Restore to recall the factory default settings (excluding network settings). The cam-

era system will restart in 30 seconds. Refresh the browser page after the camera system is restarted.

NOTE! The IP address will not be restored to default.

Reboot

Click on Reboot and the camera system will restart without changing the current settings. Refresh

the browser page after the camera system is restarted.

Software Version

To see the software version, select System> Software Version.

Software Upgrade

To edit the software upgrade settings, select System> Software Upgrade.

NOTE! Make sure the upgrade software file is available before carrying out software upgrade.

The procedure of software upgrade is as below.

1. Click on Browse and locate the upgrade file, for example, “ulmage_userland”.

NOTE! Do not change the name of the upgrade file, or the system will fail to find the file.

2. Pick a file type from the drop-down menu. In this case, select “ulmage+userland.img”.

3. Click on Upgrade. Then the system will prepare to start the software upgrade. Subsequently, an

upgrade status bar will be displayed on the page to show the current upgrade process. After the

upgrade process is finished, the viewer will return to the Home page.

4. Close the video browser.

Menu Reference

The “System” Tab

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Menu Reference

The “System” Tab

5. Click on Start and activate the Control Panel. In the appeared window, double-click on Add or

Remove Programs. A window with the Currently install programs list will pop up. In the list,

select the viewer and click on Remove to uninstall the existing progam.

6. Open a new web browser and re-login the camera. Users will be prompted to download the

viewer. Once the viewer is downloaded and installed, the live video will be available.

Maintenance

To edit the maintenance settings, select System> Maintenance.

You can export configuration files to a specified location and retrieve data by uploading the con-

figuration file to the camera.

Export Files

You can save the system settings by exporting a configuration file (.bin) to a specified location for

future use. Click on Export, and the popup File Download window will come out. Click on Save and

specify a desired location for saving the configuration file.

Upload Files

To upload a configuration file to the camera, click on Browse to select the configuration file and then

click on Upload for uploading.

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The “Streaming” Tab

To edit the video configuration settings, select Streaming> Video Configuration.

NOTE!

n

Only the administrator can access the Streaming configuration page.

n

The preset resolution and other settings will vary depending on the current camera model.

Menu Reference

The “Streaming” Tab

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Menu Reference

The “Streaming” Tab

Video Configuration

To edit the video configuration, select Streaming> Video Configuration.

Encoding

Click on one of the stream1 to stream5 sections to expand and configure the corresponding

stream. For stream6 to stream9, select Yes to enable a stream and No to disable it.

Encode Type

The available video resolution formats include H.265, H.264, and MJPEG. You can select the preferred

encode type from the drop-down menu.

Resolution

The following table lists the default resolution of the camera.

IP Camera Model Default Resolution

20MPMultisensor IRVideo Analytics

Camera

Mx-VM1A-20-IR-VA

Linear Mode

(60/50 fps)

H.265/H.264: 2560 × 1920 (30/25fps) +

H.265/H.264: 1600 × 1200 (30/25fps)

WDR Mode

(WDR 2 Shutter)

H.265/H.264: 2560 × 1920 (30/25fps) +

H.265/H.264: 1600 × 1200 (30/25fps)

Frame Rate

Video frame rate is for setting the frames per second (fps) if necessary.

The default setting of Stream1 to Stream5 is 30fps (NTSC) or 25fps (PAL). The maximum frame rate

range of each stream will change according to the selected video resolution.

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NOTE!

n

Low frame rate will decrease video smoothness.

n

Please make sure the higher compression ratio is supported by the system before setup.

Profile

You can set H.265/H.264 Profile to High Profile or Main Profile according to its compression needs.

With the same bit rate, the higher the compression ratio, the better the image quality is. The default

setting is Main Profile.

Rate Control

The following H.265/H.264 bit rate modes are supported:

n

CBR (Constant Bit Rate)

The video bitrate of the video stream will be fixed and consistent to maintain the bandwidth.

n

VBR (Variable Bit Rate)

The video bitrate of the video stream varies according to the activity of the monitoring envir-

onment to achieve better image quality.

Menu Reference

The “Streaming” Tab

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Menu Reference

The “Streaming” Tab

n

LBR (Low Bit Rate)

LBR keeps low bitrate and ensures superior image quality. To implement LBR control, setup

the compression level and dynamic GOV for each streaming accordingly beforehand.

n

Compression

Based on the current application area and streaming bit rate, select the most suitable

compression level, high/mid/low.

n

Set High, and bit rate will vastly be reduced; however, image quality may be

degraded at the same time.

n

Set Low, and bit rate will stably keep low while image quality remains high.

n

Dynamic GOV

According to the amount of motion in the application area, the GOV length of the video

will be adjusted dynamically to reduce more bit rate, especially for scenes with minor

changes. The length of Dynamic GOV is from GOV Length to Max. GOV (4094).

n

Select Enabled and set Max. GOV. Then click on Save to activate the setting.

n

If there is small or zero activity in the scene, set Max. GOV larger, the GOV length

will be longer, resulting in lower bit rate and bandwidth.

n

If there are constant dynamic changes in the scene, it is suggested just adjust

GOV Length and disable Dynamic GOV.

Click on Save to apply and store the settings.

Bit Rate

The default setting of the H.265/H.264 bit rate for Stream1 to Stream5 is 12288 kbit/s. The setting

range is from 64 to 20480 kbit/s, and the total bit rate should not exceed 131072kbit/s.

GOV Length

You can set the GOV length to determine the frame structure (I-frames and P-frames) in a video

stream to save bandwidth. Less bandwidth is needed if the GOV length is set to a high value.

However, the shorter the GOV length, the better the video quality is.

The default setting for Stream1 to Stream5 is 30. The setting range of the GOV length is from 1 to

4094.

Q (Quality) Factor (MJPEG Only)

The default setting of MJPEG Q factor is 35; the setting range is from 1 to 70.

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Source

You can set the viewing mode of specific camera models here. The resolution options will vary

according to the viewing mode selected from the Source drop-down list.

Cam1 to Cam4 are referring to the video stream from the specified camera head. The default setting

for Stream1 to Stream4 is set to Cam1 to Cam4, respectively. Stream5 can be set to Cam1 to Cam4

and quad_view. For Stream6 to Stream9, you can select the camera heads from Cam1 to Cam4.

Click on Save to confirm the setting or click on Reset to return to the previous settings.

Video Rotation

Camera Selector

Select Camera1 to Camera4 from the drop-down menu to configure the video stream from the cor-

responding camera head.

Rotate Function

You can change video display type if necessary. Selectable video rotate types include Mirror video

and 90/180/270 degree clockwise rotate. Refer to the following descriptions for the different video

rotate type.

n

Mirror

Select yes from the drop-down menu, and the image will be mirrored horizontally.

n

Rotate Type

You can choose 0, 90, 180, or 270 degrees from the drop-down menu to rotate the image.

Click on Save to apply and store the settings.

Menu Reference

The “Streaming” Tab

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Menu Reference

The “Streaming” Tab

Video Text Overlay

You can select the items to display data including date & time/text string/subtitle/image on the live

video pane.

Camera Selector

Select Camera1 to Camera4 from the drop-down menu to configure the video stream from the cor-

responding camera head.

Overlay Type

You can select at most three items out of four options including date & time/text string/sub-

title/image to display on the live video pane.

n

Include Date & Time

Check the box to enable date & time display on the Live Video Pane and a Video Text Overlay

Window will show up. Move the mouse cursor to the center of the window then click and drag

the window to preferred display position. You can choose to display date, time, or date & time

from the drop-down menu, and decide the string align position (left/right).

n

Include Text String

Check the box to enable text string display on the Live Video Pane and a Video Text Overlay

Window will show up. Move the mouse cursor to the center of the window then click and drag

the window to preferred display position. Type the text to display in the entry field and decide

the string align position (left/right). The maximum length of the text string is 15 alphanumeric

characters.

n

Include Subtitle

Check the box to enable subtitle display on the Live Video Pane and a Video Text Overlay Win-

dow will show up. Move the mouse cursor to the center of the window then click and drag the

window to preferred display position. Type the text to display in the entry field and decide the

string align position (left/right). You can set at most 5 subtitles, and the maximum length of

each subtitle is 16 alphanumeric characters.

n

Include Image

Check the box to enable image display on the Live Video Pane and a Video Text Overlay Win-

dow will show up. Move the mouse cursor to the center of the window, click and drag the win-

dow to preferred display position, and then decide the string align position (left/right).

Click on Set to confirm the setting.

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Text Overlay Setting

You can choose the Text Overlay Color (black, white, yellow, red, green, blue, cyan, or magenta) and

Text Overlay Size (small, medium, or large) of the display date & time/text string/subtitle.

Click on Set to confirm the setting.

Image Overlay Setting

Users must save the image as a 8-bit BMP file; the length should be the multiple of 32, and the

width should be the multiple of 4. The maximum resolution of the image should not exceed 32768

pixels.

Click on Set and Upload to confirm the setting.

Video ROI Encoding

To edit the video ROI encoding settings, select Streaming> Video ROI Encoding.

Video ROI Encoding is to set the compression of the selected zone within ROI for better per-

formances; at most three zones can be set in the interested region. However, this function does

NOT support MJPEG video format.

The following shows how to setup Video ROI Encoding. To implement this function, Video ROI must

be setup beforehand.

n

Select a video stream from Video Stream.

n

Select Enable from ROI Encoding to implement ROI Encoding.

n

Click on Add, click and drag the center of the window to move it to the interested location;

click and drag the edge of the window outward/inward to resize the window.

NOTE! The total size of the three windows CANNOT be larger than the half size of the ROI.

When exceeds, a warning window will pop up.

n

Choose the quality of the setting zone from Quality.

The higher the value, the better the image quality (higher bit rate) of the setting zone will be.

On the contrary, the lower the value, the lower the image quality (lower bit rate) of the selec-

ted area will be.

n

Click on Save to apply and store the settings.

Menu Reference

The “Streaming” Tab

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Menu Reference

The “Streaming” Tab

Video OCX Protocol

To edit the video OCX protocol settings, select Streaming> Video OCX Protocol.

In the Video OCX protocol setting page, the administrator can select RTP over UDP, RTP over RTSP

(TCP), RTSP over HTTP or MJPEG over HTTP, for streaming media over the network. In the case of

multicast networking, you can select the Multicast mode. Click on Save to confirm the setting.

Video OCX protocol setting options include:

n

RTP over UDP/RTP over RTSP(TCP) / RTSP over HTTP/MJPEG over HTTP

n

Multicast Mode

Enter all required data, including Multicast Stream 1~9 Video Address/Multicast Stream

Audio Address, Multicast Port and Multicast TTL into each blank.

Click on Save to apply and store the settings.

Video Mask

To edit the video mask settings, select Streaming> Video Mask.

Camera Selector

Select Camera1 to Camera4 from the drop-down menu to configure the video stream from the cor-

responding camera head.

Active Mask Function

n

Add a Mask

Check a Video Mask checkbox, and a red frame will come out in the Live Video pane. Use the

mouse to drag and drop to adjust the mask’s size and place it on the target zone. At most 5

video masks can be set.

NOTE! It is suggested to set the Video Mask slightly bigger than the object.

n

Cancel a Mask

Un-check the Video Mask checkbox meant to be deleted; the mask will disappear from the Live

Video pane instantly.

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Mask Setting

n

Mask color

The selections of Mask color include black, white, yellow, red, green, blue, cyan, and

magenta.

Click on Save to apply and store the settings.

Audio (Audio Mode and Bit Rate Settings)

To edit the audio mode settings, select Streaming> Audio.

In this page, the administrator can adjust the sound transmission mode, the audio gain levels and

the audio bit rate. Setting for enabling sound recording to the microSD/SD card is also available.

Transmission Mode

n

Full-duplex (Talk and Listen simultaneously)

In the Full-duplex mode, the local and remote sites can communicate with each other sim-

ultaneously, i.e. both sites can speak and listen to the other side at the same time.

n

Half-duplex (Talk or Listen, not at the same time)

In the Half-duplex mode, the local/remote site can only talk or listen to the other site at a

time.

n

Simplex (Talk only)

In the Talk only Simplex mode, the local/remote site can only talk to the other site.

n

Simplex (Listen only)

In the Listen only Simplex mode, the local/remote site can only listen to the other site.

n

Disable

Select the item to turn off the audio transmission function.

Server Gain Setting

Set the audio input/output gain levels for the sound amplification. The audio input gain value is

adjustable from 1 to 10. The audio output gain value is adjustable from 1 to 6. The sound will be

turned off if the audio gain is set to “Mute”.

Menu Reference

The “Streaming” Tab

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Menu Reference

The “Streaming” Tab

Bit Rate

Selectable audio transmission bit rate include 16 kbit/s, 24 kbit/s, 32 kbit/s, 40 kbit/s, uLAW (64

kbit/s), ALAW (64 kbit/s), AAC (128 kbit/s), PCM (128 kbit/s), PCM (256 kbit/s), PCM (384 kbit/s), and

PCM (768 kbit/s). Higher bit rate will let higher audio quality and require bigger bandwidth.

Click on Save to apply and store the settings.

Input Type

Click on Save to apply and store the settings.

Recording to Storage

Select Enable from the drop-down menu to enable audio recording with videos into the microSD/SD

card or the NAS.

NOTE! If the chosen bit rate is not compatible with the player, there will only be noise instead of

audio during playback.

Click on Save to apply and store the settings.

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The “Camera” Tab

Camera Selector

Select Camera1 to Camera4 from the drop-down menu to configure the video stream from the cor-

responding camera head.

Exposure

To edit the exposure settings, select Camera> Exposure.

Exposure is the amount of light received by the image sensor. It is determined by the width of lens

diaphragm opening, the shutter speed and other exposure parameters. With these items, you can

define how the Auto Exposure function works. You can select one of the exposure modes according

to the operating environment. Each exposure mode is specified as follows.

NOTE! The available settings and the shutter speed range will vary depending on the lens/CMOS

sensor combination.

Menu Reference

The “Camera” Tab

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Menu Reference

The “Camera” Tab

AE Priority (Auto-Exposure Priority)

The Auto Exposure Priority function automatically adjusts the camera's exposure settings to ensure

that the images remain clear and bright under low-light conditions. There are two modes available,

each with a distinct order of adjusting gain and shutter speed. Users can opt for either mode depend-

ing on their requirements.

n

Image Quality

To maintain the brightness of the image, gain and shutter speed in Image Quality mode will

be progressively adjusted under low light conditions. Shutter speed will decrease with increas-

ing gain until the image is bright enough.

n

Realtime

Realtime mode prioritizes increasing gain to the maximum over slowing down shutter speed.

Shutter speed will be slowed down only when maximum gain is reached. Select this mode if

you want to maintain the frame rate.

Night Mode Priority

When the TV system is set as HDR 2x shutter, you can select one of the following modes.

n

Normal

With this mode, the camera adjusts the exposure depending on the environment (this is the

default).

n

High Light Detail

It is recommended to choose this mode in dark environments if you want to see details of

bright objects. The camera automatically adjusts exposure to show more detail of the bright

object. Note that dark areas will become darker when using this mode.

Max Gain

Maximum Gain can be set to reduce image noises. The maximum gain ranges from 3dB to 48dB, or

select Off to disable the function. The default setting is 48dB.

Manual Mode

With this mode, you can select the suitable shutter speed, iris size and gain value according to the

environmental illumination. The shutter speed ranges from 1/10000 to 1 sec. (NTSC) or from 1/10000

to 1/1.5 sec. (PAL).

The range of the iris size is from 0 to 9, or select Full open to fully open the iris. The gain value range

is from 3dB to 48dB, or select Off to disable the function.

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NOTE! The Gain setting is not available for this camera model.

White Balance

To edit the white balance settings, select Camera> White Balance.

A camera needs to find reference color temperature, which is a way of measuring the quality of a

light source, for calculating all the other colors. The unit for measuring this ratio is in degree Kelvin

(K). You can select one of the White Balance Control modes according to the operating envir-

onment. The following table shows the color temperature of some light sources for reference.

Light Sources Color Temperature in K

Cloudy Sky 6,000 to 8,000

Noon Sun and Clear Sky 6,500

Household Lighting 2,500 to 3,000

75-watt Bulb 2,820

Candle Flame 1,200 to 1,500

Auto Mode

The Auto White Balance mode is suitable for environments with light source having color tem-

perature in the range roughly from 2700K to 7800K.

ATW Mode (Auto Tracking White Balance)

With Auto Tracking White Balance function, the white balance in a scene will be automatically adjus-

ted while temperature color is changing. The AWB.wide mode is suitable for environments with light

source having color temperature in the range roughly from 2500K to 10000K.

AWB.normal

The AWB (Auto White Balance).normal mode is suitable for environments with light source having

color temperature in the range roughly from 2700K to 7800K.

AWB.wide

With AWB (Auto White Balance).wide function, the white balance in a scene will be automatically

adjusted while temperature color is changing. The AWB.wide mode is suitable for environments

with light source having color temperature in the range roughly from 2500K to 10000K.

Menu Reference

The “Camera” Tab

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Menu Reference

The “Camera” Tab

AWB.all

The AWB (Auto White Balance).all mode is suitable for environments with light source having color

temperature under 2500K or over 10000K.

Smart Mode

The Smart mode is suitable for environments with one single background color which is strongly sat-

urated, for instance, in a forest.

One Push

With One Push function, white balance is adjusted and fixed according to the scene the camera cur-

rently sees. This function is best for situations with minimal scene changes and continuous lighting.

The function is suitable for light sources with any kind of color temperature. Follow the steps below

to set the white balance.

n

Point the camera to the monitoring area.

n

Select One Push in the White Balance setting menu

n

Click the button to adjust the color tone of the live images.

NOTE! In this mode, the value of white balance will not change as the scene or the light source var-

ies. Therefore, users might have to re-adjust the white balance by clicking the button again

when needed.

Smart Touch Mode

With Smart Touch function, you can select an area in the camera scene as the reference point for

white balance. Please ensure that the background color of the selected area is white. Smart Touch

function is suitable for environments with unchanged brightness level.

Manual Mode

In this mode, you can manually adjust the White Balance value. Input a number between 0 to 249 for

“Rgain/Bgain” to adjust the red/blue illuminant on the Live Video Pane. The following describes sev-

eral situations that might occur during the White Balance manual adjustment.

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n

The video image turns reddish (as the left picture below).

The higher the Rgain value, the redder the image will be. To solve the problem, reduce the

Rgain value, and the video image will turn less reddish.

n

The video image turns greenish (as the left picture below).

The lower the Rgain value, the greener the image will be. To solve the problem, Increase the

Rgain value, and the video image will turn less greenish.

n

The video image turns bluish (as the left picture below).

The higher the Bgain value, the bluer the image will be. To solve the problem, reduce the

Bgain value, and the video image will turn less bluish.

Menu Reference

The “Camera” Tab

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Menu Reference

The “Camera” Tab

n

The video image turns yellowish (as the left picture below).

The lower the Bgain value, the yellower the image will be. To solve the problem, Increase the

Bgain value, and the video image will turn less yellowish.

The following image displays the general color shifts of the scene when different Rgain/Bgain

combinations are applied.

Picture Adjustment

To edit the picture adjustment settings, select Camera> Picture Adjustment.

n

Brightness

The brightness level of the images is adjustable from -12 to +13. The default value is 0.

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n

Sharpness

The sharpness level of the images is adjustable from +0 to +15. The edge of the objects is

enhanced as the sharpness level increases. The default value is +4.

n

Contrast

The contrast level of the images is adjustable from -6 to +19. The default value is 0.

n

Saturation

The saturation level of the images is adjustable from -6 to +19. The default value is 0.

n

Hue

The hue level of the images is adjustable from -12 to +13. The default value is 0.

Color Style

To edit the color style settings, select Camera>Color Style.

Color style can automatically adjust the brightness, allowing users to select the best color style

mode based on the operating environment.

n

Normal

The default setting is normal mode.

n

Dark Detail Brighter

This mode increases brightness on dark areas of the image.

n

Highlight Detail Brighter

This mode increases brightness on general-illuminated areas of the image.

IR Function

To edit the IR function settings, select Camera> IR Function.

Day/Night Function

This item is for users to define the action of the IR cut filter and IR LED lights. Refer to the descrip-

tions of each option below to select a suitable mode.

n

Auto

With this mode, the camera will decide when to remove the IR cut filter. Please refer to

Day/Night Threshold, p. 100 for further details.

Menu Reference

The “Camera” Tab

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Menu Reference

The “Camera” Tab

n

Night

Use this mode when the environment light level is low. The IR cut filter will be removed to

allow the camera to deliver clear images in black and white.

n

Day

Select this mode to turn on the IR cut filter. The IR cut filter can filter out the IR light and

allows the camera to deliver high quality images in color.

n

Light Sensor(Default)

In this mode, for cameras with built-in IR LED modules, the light sensor will decide the occa-

sion to turn the IR LED lights on/off. For cameras with non-IR modules, the light sensor will

decide the occasion to take the IR cut filter on/off.

n

Light On (Built-in IR LED Modules Only)

In this mode, IR LED lights will always be on.

n

Light Off (Built-in IR LED Modules Only)

In this mode, IR LED lights will always be off.

Day/Night Threshold

This item is for users to set when the camera should switch from day mode to night mode or vice

versa. The camera will sense the surrounding brightness, and the threshold value stands for the level

of the light. Once the camera detects the light level reaches the set threshold, the camera will auto-

matically switch to Day/Night Mode. The range of the level is from 0 to 10, (darker = 0; brighter = 10).

n

Night Mode to Day Mode

The lower the value, the earlier the camera switches to Day mode. The default value is 7.

n

Day Mode to Night Mode

The higher the value, the earlier the camera switches to Night mode. The default value is 3.

NOTE! Equipped with different CMOS sensors, the time the camera switches to Day/Night

mode may also vary from models to models even if the threshold is set to the same value.

IR Light Compensation

With the IR Light Compensation function, the camera can prevent the center object close to the cam-

era from being too bright when IR LED lights are turned on.

NOTE! IR Light Compensation function is NOT available when Auto Exposure Window Setting

function is enabled.

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Illumination

To edit the illumination settings, select Camera> Illumination.

Mode

Select the illumination mode Synchronize, Manual On, or Manual Off to control the IR LED light.

n

Synchronize

With this mode, the camera will decide when to activate the IR LED light.

n

Manual On

Use this option to manually activate the IR LED light.

n

Manual Off

Use this option to manually switch off the IR LED light

Light Intensity

The Intensity of the IR LED light is adjustable from 0 to 31 (this is the default).

Noise Reduction

To edit the noise reduction settings, select Camera> Noise Reduction.

The camera provides multiple Noise Reduction options for delivering optimized image quality espe-

cially in extra low-light conditions.

3DNR

3DNR (3D Noise Reduction) function delivers optimized image quality especially in extra low-light

conditions.

Different levels of 3DNR are provided, including 3DNR Low, 3DNR Mid and 3DNR High. Higher level

of 3DNR generates relatively enhanced noise reduction.

2DNR

2DNR (2D Noise Reduction) function delivers clear images without motion blurs in extra low-light

conditions.

Select on to turn on 2DNR function; otherwise, select off to turn off 2DNR function.

Menu Reference

The “Camera” Tab

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Menu Reference

The “Camera” Tab

ColorNR

In a dark or insufficient light environment and the camera is under color mode, ColorNR (Color Noise

Reduction) can eliminate color noise.

Three levels of ColorNR, including Color Low, Color Mid and Color High, are provided. The higher

level of ColorNR generates relatively enhanced noise reduction.

HDR Type

To edit the HDR type settings, select Camera> HDR Type.

Shutter Ratio

Shutter ratio refers to the ratio between the longest exposure and the shortest exposure.

n

Auto

Auto mode automatically modifies the shutter ratio to solve the problem of changing light in

the environment. It is recommended to select this mode when illumination changes dynam-

ically.

n

Fixed

Uses a fixed shutter speed.

Low-Light Performance

Image noise becomes visible when illumination is poor and gain value is high. With this function, you

can select the best mode based on the operating environment to minimize image noise.

n

Normal

Select this mode when illumination is not low and you want to benefit from HDR.

n

Linear

Linear mode minimizes image noise in low-light conditions. Select this mode if you want to

reduce image noise in environments with poor illumination.

Gamma HDR

To edit the Gamma HDR settings, select Camera> Gamma HDR.

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Gamma HDR function solves high contrast or changing light issues. Different level options for

Gamma HDR are Low, Mid, Hi, and Auto. Select the suitable Gamma HDR mode based on the bright-

ness of the scene. Note that image noise may appear when activating this function.

NOTE!

Auto mode is not available under these conditions:

n

TV system has been set to Linear mode

n

TV system has been set to HDR mode and the Shutter ratio under HDR Type is set as

Fixed

Digital Zoom

To edit the digital zoom settings, select Camera> Digital Zoom.

Select On to enable digital zoom, select Off to disable the function.

Profile

To edit the camera profile settings, select Camera> Profile.

Camera Profile allows users to setup the desired image parameters for specific environments with

different time schedules. You can setup at most 10 sets of camera parameter configuration under

the Camera tab. To enable this function, users must setup the schedules in advance. Refer to sec-

tion Schedule for further details of schedule setup. Then, follow the steps below to setup a camera

profile.

Camera Profile Setup

1. In the “Camera” tab, setup the camera parameters, such as White Balance, Picture Adjustment,

etc., excluding TV System.

2. Click on Profile and its setting menu will be displayed. Select a number from the Num drop-

down menu.

3. Input a name for the profile in the Name field.

4.

Click on below the Name field. The camera configuration is saved and applied to the pro-

file. Now a camera profile is created and saved.

5. Select a profile from the Num drop-down menu.

Menu Reference

The “Camera” Tab

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Menu Reference

The “Camera” Tab

6. Tick the By schedule box. Check the desired schedule(s) from the Schedule drop-down menu.

Multiple schedules can be applied to one profile.

7.

Click on below By schedule.

8. Follow the steps above to set the rest of the profiles.

Now, the camera will automatically switch profiles according to the schedule. Alternatively, manually

select a number from the Num drop-down menu. Then, click on , the camera will load and

apply the setting of the profile.

NOTE! If users wish to set the camera parameters to factory default setting, select Normal from

the Num drop-down menu. The camera will start loading the default values.

NOTE! Users MUST set the camera parameter of the last profile as the default setting. Thus, if there

are gaps among schedules, the camera will apply the setting of the last profile.

TV System

To edit the TV system settings, select Camera> TV System.

Select the video format that matches the present TV system from the drop-down menu. The fol-

lowing table shows the available video formats for different types of models. The supported video

formats for each model are marked by “✓”.

Video Format 20MPMultisensor IRVideo Analytics Camera

NTSC 60 fps ✓

HDR 2 Shutter ✓

PAL 50 fps ✓

HDR 2 Shutter ✓

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The “Logout” Tab

Click on the tab Logout on the top of the page, and the login window will pop up. This enables log-

ging in with a different username.

Menu Reference

The “Logout” Tab

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Menu Reference

Appendix A: Installing UPnP Components

Please follow the instructions below to install UPnP components on Windows computers.

1. In Windows, go to Start, click on Control Panel, and then double-click on Add or Remove Pro-

grams.

2. Click on Add/Remove Windows Components in the Add or Remove Programs page.

3. Select Networking Services from the Components list in Components Wizard window of the Win-

dows, and then click Details.

4. Select UPnP User Interface in the Networking Services’ subcomponents list and then click on

OK.

5. Click on Next in the Windows Components Wizard window.

6. Click on Finish to complete installation.

Appendix B: Converting IP Addresses from

Decimal to Binary

Follow the example below to convert the IP addresses to binary numbers. Use the calculator on the

computer for conversion: Start> All Programs> Accessories> Calculator.

n

Windows7/8: Click View on the calculator and click Programmer.

n

Windows10/11: Click on the menu button and select Programmer.

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The example below shows how to convert 192.168.2.81 to binary numbers.

1. On the left of the calculator, select Dec. Then enter the first decimal number of the IP address,

“192”. Select Bin and the number will be converted to binary number. Repeat the same pro-

cedure with the rest of decimal numbers. Remember to select Dec before entering the next

decimal number. Otherwise a decimal number cannot be entered. The table below shows the

binary representation of each decimal number.

Decimal Numbers Binary Numbers

192 11000000

168 10101000

2 10

81 1010001

2. Each binary number should have eight digits. If a binary number does not have eight digits,

please add leading zeros until it does. The binary number of each decimal number should be as

follows.

Decimal Numbers Binary Numbers

192 11000000

168 10101000

2 00000010

81 01010001

Therefore, the binary representation of IP address 192.168.2.81 is

11000000.10101000.00000010.01010001.

Menu Reference

Appendix B: Converting IP Addresses from Decimal to Binary

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Menu Reference

AppendixC: List of Open/Closed IP Ports

The following tables list the ports for the TCP and UDP IP protocols on the MOBOTIX MOVE cameras.

TCP Protocol

Port number Service Default

80 HTTP open

443 HTTPS open

554 RTSP open

5555 UPnP open

UDP Protocol

Port number Service Default

68 DHCP open

161 SNMP closed

1900 UPnP open

3702 ONVIF Probe open

5353 Bonjour open

6666 Device Search (Dynacolor search tool) open

15070 audio talk (RTP from PC to IPCam) closed

15071 audio talk (RTCP) closed

18890 stream1 video multicast RTP port open

18891 stream1 video multicast RTCP port open

18900 stream2 video multicast RTP port open

18901 stream2 video multicast RTCP port open

18910 stream3 video multicast RTP port open

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Port number Service Default

18911 stream3 video multicast RTCP port open

18920 stream4 video multicast RTP port open

18921 stream4 video multicast RTCP port open

18930 audio multicast RTP port open

18931 audio multicast RTCP port open

18940 meta-data multicast RTP port open

18941 meta-data multicast RTCP port open

19800 MxMessage system open

Menu Reference

AppendixC: List of Open/Closed IP Ports

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111 / 120

Technical Support Information

This section contains the following information:

Technical Specifications 112

Technical Support Information

Technical Specifications

High-Quality DNN Edge Video Analytics

Counting Intrusion Removed Objects Sabotage Face Recognition

Abandoned

Objects

Stopped Vehicle Wrong Direction Loitering ALPR

The latest computer vision technology makes the DNN-accelerated video processing engine efficient

at the edge. This integrated engine provides high accuracy, and 10 (DNN-based) video analytics func-

tions including ALPR and human face recognition. Moreover, it allows simultaneous detection on mul-

tiple objects.

MOBOTIX EverClear Nano Coating

The new, groundbreaking MOBOTIX EverClear coating uses a special nano tech-

nology that transforms water droplets into an ultra-thin water film imme-

diately upon impact. This ensures the highest image quality in rain and

difficult environmental conditions and reduces maintenance costs due to its

“self-cleaning” effect.

112 / 120

Freely Positionable Image Modules

The four sensor mod-

ules can be arranged

next to each other as

required and thus optim-

ally aligned to the detec-

tion area.

Every sensor module

can be tilted by up to 95

degrees. In addition,

you can pivot every

module by ±20 degrees.

Product Information

Product Name 20MPMultisensor IRVideo Analytics Camera

Order Code Mx-VM1A-20-IR-VA

Technical Support Information

Technical Specifications

113 / 120

Technical Support Information

Technical Specifications

Image Quality

Image Sensors 4x 5MP 1/2.8” Progressive CMOS IMX675 (SONY STARVIS II)

Effective (Used) Pixels

(per image sensor)

H x V = 2608x1964 (5MP)

Pixel Size 2.0µm

Frame Rate (maximum) WDR on/off:

H.265/H.264: 5MP@30 fps

MJPEG: 1080p@30fps

Multisensor Bubble Coating Superhydrophilic MOBOTIX EverClear nano coating transforms water

droplets into an ultra-thin water film upon impact. The coating

ensures best image quality in rain and difficult external conditions and

it reduces reflections and noise in low-light scenarios. EverClear is dirt-

repellent and increases the stability as well as the scratch-resistance of

the multisensor bubble, further reducing maintenance efforts. Coating

endurance up to 3 years depending on environmental conditions and

cleaning treatment.

Hardware Design

Processor Ambarella CV52

Memory RAM: 4GBytes,

FLASH: 512MBytes

Lens

Minimum Illumination Color: 0.02Lux

B/W: 0.001Lux

F1.6, AGC=on, 30 IRE, 1/1s

Lens Characteristics

(per image sensor)

Motorized Lens: Zoom, Focus

Focal Length: 2.8 to 8mm

Aperture: F1.6

Horizontal Field of View: 111.5° (Wide), 53.7° (Tele)

Vertical Field of View: 79° (Wide), 40.2° (Tele)

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Camera

Day/Night Automatically switchable IR-cut filter

Shutter Speed (Auto) 1 to 1/10000s

Shutter Speed (Manual) WDR: 1 to 1/67500s

Linear: 1 to 1/67500s

Shutter Priority Mode Up to 1/45s

WDR Up to 130 dB

Zoom Optical: 3x, Digital: 10x

Image Settings Color, Brightness, Sharpness, Contrast, White Balance, Exposure Con-

trol, 2DNR, 3DNR, NR by Motion, Masking, Text Overlay

Image Rotation 90°, 180°, 270°

Camera Module Adjustment

(per image sensor)

Pan/tilt/rotate/twist

Video Codec

Compression/Encoding H.265/H.264/MJPEG

Streaming Up to 9 individually configurable streams (4 streams, 4 sub streams, 1

Quad stream) in H.264/H.265/MJPEG;

configurable resolution, frame rate, bandwidth LBR/VBR/CBR in

H.265/H.264

Audio Codec

Compression/Encoding G.711/G.726/AAC/LPCM

Streaming Bi-directional

Audio Input Integrated microphone,

Line In

Max. 2.28 V

for line signal

Input impedance: 33kΩ

Audio Output Line Out

Output resistance: 220Ω

Output voltage: 1V

rms

Technical Support Information

Technical Specifications

115 / 120

Technical Support Information

Technical Specifications

Cyber Security Features

Password Protection Yes (including “forced” password change during ini-

tial setup)

IP address filtering Yes (to restrict unauthorized access based on IP

addresses)

IEEE 802.1X network access control Yes (for advanced network security and authen-

tication)

Digest authentication Yes (for secure user authentication)

FIPS 140-2 Level 2 Yes (Infineon OPTIGA™ TPM SLB 9670 TPM 2.0,

NIST/CMVP Certified Trusted Platform Module: Cer-

tificate #3492)

Security Level Exceptions:

n

Physical Security: Level 3

n

EMI/EMC: Level 3

True random number generator Yes (via TPM chipset)

AES encryption for password protection Yes (to ensure strong encryption for password stor-

age)

HTTPS/SSL (using TLS) Yes (TLS 1.2 default, TLS 1.0/1.1 optional select-

able)

User and Group Management Yes (for fine-grained access control)

VPN Yes (to establish secure network connections)

Digitally signed firmware Yes (to prevent firmware file tampering)

RSA encryption Yes (to support stronger ciphers; supported: RSA

(2048 bits), AES-128, AES-256, SHA-256, SHA-384)

Network

Interface 10/100/1000 Mbps Ethernet

Supported Protocols ARP, PPPoE, IPv4/v6, ICMP, IGMP, QoS, TCP, UDP, DHCP, UPnP, SNMP,

SMTP, RTP, RTSP, HTTP, HTTPS, FTP, NTP, DDNS, SMBv2, VPN

ONVIF conformance Supports profiles S/G/T/M

Supported Browsers All current browsers (e.g. Microsoft Edge, Firefox, Google Chrome,

Opera, etc.) are supported.

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System Integration

Base Video Analytics

n

Motion detection

n

Audio detection

Enhanced Video Analytics

n

Abandoned objects

n

Intrusion (object classification)

n

Sabotage

n

Wrong direction

n

Loitering (object classification)

n

Object counting (object classification)

n

Object removal

n

Stopped vehicle (object classification)

1 analytics function can be activated for every image sensor

DNN (Deep Neural Network)

based video analytics

n

Face Recognition (incl. gender & age estimation)

n

Number Plate Recognition – supported countries:

Armenia, Austria, Azerbaijan, Belarus, Belgium, Bosnia and

Herzegovina, Bulgaria, Croatia, Cyprus, Czech Republic, Den-

mark, Estonia, Finland, France, Georgia, Germany, Greece,

Hungary, Ireland, Israel, Italy, Japan, Kazakhstan, Kyrgyzstan,

Latvia, Lithuania, Luxembourg, Moldova, Monaco,

Montenegro, Netherlands, North Macedonia, Norway, Poland,

Portugal, Romania, Russia, Serbia, Slovakia, Slovenia, Spain,

Sweden, Switzerland, Taiwan, Turkey, Ukraine, United King-

dom, Uzbekistan, Vietnam

Technical Support Information

Technical Specifications

117 / 120

Technical Support Information

Technical Specifications

Event Triggers

n

External input

n

Analytics

n

Network failure detection

n

Periodical event

n

Manual trigger

n

MxMessageSystem messages

Event Actions

n

External output activation

n

Video and audio recording to edge storage

n

File upload: FTP, network share and email

n

Notification: HTTP, FTP, email

n

MxMessageSystem messages

General

Housing material Metal and plastic

Power Requirements IEEE802.3bt, Type 3, class 6, max 51Watt

AC24V, max 53.1Watt, max 74.8VA

DC24V, max 27.55Watt

Connectors

n

RJ45

n

USB Type A

n

2 x Alarm in, 2x Alarm out, Audio in, Audio out terminal block

n

DC24V/AC24V terminal block

IR Illumination 850 nm; up to 30 m/100 ft distance depending on scenery reflection

Video Storage microSD SDHC/SDXC card support up to 1TB (2 slots),

M.2 SSD card support up to 8TB,

support for recording to NAS, MOBOTIX HUB, MOBOTIX MOVE NVR,

MOBOTIX CLOUD

Remotely Upgradable Yes

Environmental Protection

Class

IP66/IK10

Operating Temperature –40 to 60°C/-40 to 140°F with heater

Relative Humidity 10 to 90% non-condensing

118 / 120

Storage Conditions –20 to 70 °C/–4 to 158 °F

Approvals EMC: CE/FCC

Safety: LVD

IT Security: FIPS 140-2-compliant (using certified TPM chipset)

Environmental: IP66, IK10, NEMA-4x-compliant

MTBF 95,000hours

Warranty 5years; mechanically wearable parts (motor, gears, belts, etc.)

excluded

Dimensions ø 255 x 105mm

Weight 2400g

NOTE! Observe the MOBOTIX MOVE Installation Hints document to ensure optimum performance

of the camera features.

Alarm Input/Output Current and Voltage

Alarm In Alarm Out

5V with 10kΩ pull up, 50mA 400V DC/AC, 120mA

Technical Support Information

Technical Specifications

119 / 120

EN_09/23

MOBOTIX AG • Kaiserstrasse • D-67722 Langmeil • Tel.: +49 6302 9816-103 • [email protected] • www.mobotix.com

MOBOTIX is a trademark of MOBOTIX AG registered in the European Union, the U.S.A., and in other countries. Subject to change without

AG2021

Mobotix MX-VM1A-20-IR-VA Move Vandal Multisensor Network Camera

Product's Documents

Mobotix Mx-VM1A-20-IR-VA User Guide

Specifications

Mobotix MX-VM1A-20-IR-VA Questions and Answers