Extron electronics DA4 HD 8K L Setup Manual

DA4 HD 8K L and DA6 HD 4K L • Setup Guide
IMPORTANT NOTE:
www.extron.com
Go to
the product to the power source.
This guide provides basic instructions for an experienced technician to install the DA HD 8K L distribution amplifiers.
Overview
The Extron DA4 HD 8K L and DA6 HD 8K L distribution amplifiers distribute one HDMI input signal to four or six outputs
simultaneously at resolutions up to 8K @ 30 Hz 4:4:4 or 8K @ 60 Hz 4:2:0, and comply with HDMI 2.1 and HDCP 2.2. The DAs also
feature EDID Minder
®
For complete instructions, see the DA HD 8K L Series User Guide at www.extron.com.
Front Panel
CONFIG
e
A A A B B B
CONFIG
e
Power status LED — Lights when power is applied to the unit.
A
USB-C Config port — Connect a PC to this port to configure and monitor the DA via Simple Instruction Set
B
Product Configuration Software (PCS).
Input LEDs —
C
•
Signal LED — Lights when a TMDS signal is detected on the HDMI input. If the source requires HDCP encryption, this LED
may light only when HDCP is authenticated.
•
HDCP LED — Lights when the source requires HDCP encryption and it has been authenticated with the HDMI input.
Outputs LEDs —
D
•
HDCP LEDs — Light when HDCP is authenticated between a DA output and the corresponding sink device.
• Signal LEDs — Light when HPD is detected from the corresponding sink device and a TMDS signal is detected at the
input.
Rear Panel
POWER
12V
--A MAX
A A A B B B
POWER
12V
--A MAX
Power input — Connect the provided 12 VDC, 3.0 A power supply to this 2-pole 3.5 mm captive screw port (see the
A
Attention and diagram
for the complete user guide, installation instructions, and specifications before connecting
Plus, remote control and monitoring via Ethernet, USB, or RS-232, and discrete display control via CEC.
1 2 3
C C C
1 2 3
to wire the connector on page 2).
INPUT
1
SIGNAL
HDCP
C C C
INPUT
1
SIGNAL
HDCP
4
4 5 6
OUTPUTS
2 3 4
DA4 HD 8K L
D D D
OUTPUTS
2 3 4 5 6
DA6 HD 8K L
(SIS
™
LAN
REMOTE
RS-232
R
Tx Rx G
D D D E E E F F F
LAN
REMOTE
RS-232
R
Tx Rx G
) or
™
power
1