Power Delivery - ACT AC7045 Manual De Usario

to use the multiple video outputs. The connected screens will be recognized as
separate screens on your laptop / PC and can be used as an extended desktop.
Windows 10 has a short key to switch between the different display modes:
Use: "Windows key + P" an overview of display modes is displayed on your screen.
Please Note!!! MacOS does not support MST Daisy chaining. MacOS only supports
Daisy chaining with the Thunderbolt™3 standard. So the AC7045 will not provide the
desired result for macOS devices. In this case the connected screens only show a
clone (copy) of your main screen on the connected screens also called SST (Single
Stream Transport).
Option
1 4K/30Hz
2
3
4 1080P/60Hz
5 1080P/60Hz
6
7 1080P/60Hz

4.0 Power Delivery

The AC7045 supports Power Delivery (PD) on the USB-C port. This protocol enables
your notebook to be charged safely over one single USB-C cable. One footnote: all
devices within the power chain must support Power Delivery. Including the USB-C
cables. The devices and cables have built-in chips that communicate with each other
to decide the best PD profile to ensure a safe power delivery.
For example, if you connect a 45.0W USB-C charger to the AC7045 (supports PD
profiles up to 100.0W) and your notebook supports a USB-C PD profile of max.
65.0W. The max. power that will be provided to your notebook is 45.0W.
If for some reason in the example above, the USB-C cable is exchanged by a USB-C
cable which does not support PD (no built-in chip), your notebook will not be charged.
Besides this all, USB-C with PD enables charging in two directions. For example, you
can charge your smartphone with your tablet, but also your tablet with your
smartphone.
Which Power Delivery profiles are available? 5.0V, 9.0V, 12.0V, 15.0V and 20.0V.
What max. Power Delivery profiles are supported by the AC7045:
5.0V
9.0V
HDMI 1 DP/HDMI 2
X
X 4K/30Hz
X X
1080P/60Hz
X
X 1080P/60Hz
1080P/60Hz
3.0A
2.22A
6 |
ENGLISH
VGA 3
X
X
1080P/60Hz
X
1080P/60Hz
1080P/60Hz
800x600/60Hz
15.0W
20.0W