Loading ...
Loading ...
Loading ...
22
6.Power Delivery and Smart Power
7. PowerSensor™
How does it work?
• PowerSensor works on principle
of transmission and reception of
harmless “infrared” signals in order
to detect user-presence.
• When the user is in front of the
monitor, the monitor operates
normally, at the predetermined
settings that the user has set- i.e.
brightness, contrast, color, etc
• Assuming that the monitor was set
to 100% of brightness for example,
when the user leaves his seat and
is no longer in front of the monitor,
the monitor automatically reduces
the power consumption upto 80%.
User present in front User not present
ttaW
Power consumption as illustrated above is for reference purpose only
Setting
Default settings
PowerSensor is designed to detect the
presence of the user located between
30 and 100 cm (12 and 40 inches) from
the display and within five degrees left
or right of the monitor.
Custom settings
If you prefer to be in a position outside
the perimeters listed above, choose
a higher strength signal for optimal
detection efficiency: The higher the
setting, the stronger the detection
signal. For maximum PowerSensor
efficiency and proper detection, please
position yourself directly in front of your
monitor.
• If you choose to position yourself
more than 100 cm or 40 inches
from the monitor use the maximum
brightness value of the monitor.
You may adjust the brightness value
manually to increase power delivery
from this monitor.
There are 3 power delivery levels:
Brightness
value
Power Delivery
from USB-C1
Level 1 0
~
20 90W
Level 2 21
~
60 85W
Level 3 61
~
100 80W
Note
• If [Smart Power] is on, and DFP
(Downstream Facing Port) is using
more than 15W, then USB-C1 can
only deliver up to 65W.
• If [Smart Power] is off, and DC
output is not connected, then USB-
C1 can only deliver up to 65W.
• PowerSensor and LightSensor
cannot be enabled with Smart
Power simultaneously.
Loading ...
Loading ...
Loading ...