Panel
A.
System Health LED
Indicates whether matrix is turned on and healthy (green), or if there is an issue present
(red).
B.
Network LED
Indicates the matrix is connected to the internet through its network link (green) or if there is an
issue (red).
C.
Cloud LED
Indicates the matrix is able to connect to the Pulse-Eight Remote Monitoring Portal (green) or if there
is an issue (red).
D.
Power Connector
Power connector. Use supplied power cord to connect the power.
E.
Serial Port
D-Sub 9 pin RS-232 port for Third Party Control System. Connect to the matrix via serial cable.
F.
Ethernet
Connect to network - required for connection to Web Interface, Third Party Control and Cloud Remote
Monitoring Portal.
G.
IR Inputs
Connect as required. The IR Inputs are to be used to return IR back to the matrix using an P8-IR-
Optocable.
H.
IR Outputs
Connect as required. The IR Outputs are to be used to connect input devices using the supplied IR
Emitters. See full installation guide to identify IR buds.
I.
Control IR Input
General IR input designed for legacy control systems or where direct IR input is required (we
recommend the use of our IP driver instead of this port, where applicable).
J.
Global IR
Used for a control system to be able to see all IR signals from all zones. We recommend using a P8-
IR-Optocable for connectivity from this port to your control system.
K.
HDMI Inputs
Connect the appropriate high speed HDMI cable to each input. These cables should then be con-
nected to the Source device. (Blu-Ray player etc.)
L.
HDBaseT Outputs
Connect the appropriate Cat5e or higher grade cable to each output. These cables should
then be connected to one of the supplied neo:Lite Receivers at each Sink device. (i.e. TV.).
M.
HDMI Mirror Outputs
Connect the appropriate high speed HDMI cable to each output. These cables should
then be directly connected to each Sink device. (TV/AVR etc.) The output will mirror the adjacent HDBaseT out-
put.
N.
HDMI Mirror IR In
Connect as required. The HDMI IR In ports are to be used to return IR back to the matrix
