15
It’s Under Control
®
CONNECTIONS
1.
Connect video sources (such as PC, Blu-ray, Apple TV, 4K media player, etc.) to the
VGA IN, DP IN and HDMI IN ports.
2.
Connect HDBaseT transmitters to the HDBT IN ports of VXP-82 with Cat-5e/6/7
cables.
3.
Connect an HDMI display device (such as a projector, LED/LCD display) to the HDMI
OUT port.
4. Connect HDBT OUT of the VXP-82 to HDBT IN of an HDBaseT receiver with a
Cat-5e/6/7 cable.
5.
Connect an audio system (e.g. an amplifier) to the AUDIO OUT.
6. Connect for additional control options:
•
LAN control (Telnet/Web UI): Connect a Local Area Network to the LAN port.
•
ETHERNET pass through: To distribute Ethernet connectivity to external devices,
connect a network switch to the VXP-82 ETHERNET port. Connect a PC or Ethernet
enabled devices to the LAN port of a VXP-R HDBaseT Receiver or the VXP-T HDBaseT
Transmitter.
•
USB control: Connect USB host devices to the USB HOST 1 or 2 port, Connect USB
devices to USB DEVICE ports.
(See USB Configuration Notes below)
7. One-way PoE enables the switcher to power the remote HDBaseT receiver along a
single Cat cable.
8. Power on all attached devices.
NOTE: See Connection Diagram on next page.
USB Configuration Notes:
•
By default, when HDMI OUT port has HDMI IN 1 or 2 as the source input, the USB
devices can be connected to corresponding USB host.
•
The two USB HOST ports can be configured to bind with other inputs (except for
HDBaseT IN) through driver commands and Web UI.
•
When the VXP-T and VXP-R are connected to the VXP-82, either the VXP-T Transmitter
or the VXP-82 Host port must to be connected to the Host computer. The VXP-R host
is not active and cannot be routed back to VXP-82 or VXP-T.
•
When VXP-T and VXP-R are used together (not with the VXP-82), the USB Host can be
on VXP-T and VXP-R and is configurable with a dip switch setting:
- Set DIP switch on VXP-T as Host and VXP-R as Device and the PC on VXP-T will
be controlled.
- Set DIP switch on VXP-T as Device and VXP-R as Host and the PC on VXP-R will
be controlled.
CHAPTER 3 | INSTALLATION AND OPERATION