AVGear AVG-CS4K-88 User manual

AVG-CS4K-88
Features
7 HDBaseT outputs, distances up to 70m at
1080p and 40m at 4Kx2K on a single CAT6. 1
HDMI output.
Supports HDMI 1.4 & HDCP 2.2, is compliant
with lower standards.
Transmits 4Kx2K @60Hz 4:2:0 signal for 8m via
HDMI port, 40m via HDBT ports.
Supports manual HDCP management and auto-
detection.
The HDBaseT Receivers are powered by the
matrix switcher via PoC technology.
LED indicators show real-time switching status.
Control via front panel, IR, RS232 and TCP/IP.
Supports bi-directional IR(5V) control.
CEC control to far end displays via RS232
commands.
Built-in GUI for TCP/IP control.
Powerful EDID management.
The AVG-CS4K-88 is a professional 4K HDBaseT
Distribution Matrix Kit, which consists of a 4K HDBaseT
Matrix Switcher, 7 HDBaseT Receivers and accessories.
This system is capable of being fully integrated into a
whole home control system solution.

AVG-CS4K-88
PLEASE READ THIS PRODUCT MANUAL CAREFULLY
BEFORE USING THIS PRODUCT.
This manual is only for operational instruction only,
and is not to be used in a maintenance capacity. The
functions described in this version are current as at
July 2017. Any changes of functions and operational
parameters will be updated in future manual versions.
Please refer to your dealer for the latest product
details.
Version 1.1 23/07/17

AVG-CS4K-88
SAFETY OPERATION GUIDE
In order to guarantee the reliable operation of the equipment and safety of the
user, please abide by the following procedures in installation, use and
maintenance:
1. The system must be earthed properly. Please do not use two blade plugs
and ensure the AC power supply ranges from 100v to 240v and from 50Hz
to 60Hz.
2. Do not install the switcher in an environment where it will be exposed to
extreme hot or cold temperatures.
3. This unit will generate heat during operation, please ensure that you allow
adequate ventilation to ensure reliable operation.
4. Please disconnect the unit from mains power if it will be left unused for a
long period of time.
5. Please DO NOT try to open the casing of the equipment, DO NOT attempt to
repair the unit. Opening the unit will void the warranty. There are high
voltage components in the unit and attempting to repair the unit could result
in serious injury.
6. Do not allow the unit to come into contact with any liquid as that could result
in personal injury and or product failure.

AVG-CS4K-88
TABLE OF CONTENTS
Introduction ..............................................................................................................1
Introduction to the AVG-CS4K-88.................................................................1.1
Features .......................................................................................................1.2
What’s in the Box ........……………………………………………………………………2
Product Appearance of the AVG-CS4K-88.............................................................3
4K HDBaseT Matrix Switcher.......................................................................3.1
HDBaseT Receiver.......................................................................................3.2
System Connection..................................................................................................4
System Applications.....................................................................................4.1
Connection Diagram.....................................................................................4.2
Connection Procedure..................................................................................4.3
Connection with HDBaseT Receiver ............................................................4.4
System Operations...................................................................................................5
Front Panel Button Control...........................................................................5.1
IR Control .....................................................................................................5.2
IR Remote.......................................................................................5.2.1
Force Carrier...................................................................................5.2.2
Controlling a Far-end Device from the Matrix .................................5.2.3
Controlling a Local Device Remotely..............................................5.2.4
RS232 Control..............................................................................................5.3
RS232 connection ..........................................................................5.3.1
Installation/Removal of RS232 Control Software............................5.3.2
Basic Settings.................................................................................5.3.3
RS232 Communication Commands................................................5.3.4
TCP/IP Control .............................................................................................5.4
Control Modes ................................................................................5.4.1
Control Via TCP/IP GUI..................................................................5.4.2
GUI Update.....................................................................................5.4.3
EDID Management.......................................................................................5.5
EDID Learning................................................................................5.5.1
EDID Invoking.................................................................................5.5.2
Firmware Update through the USB port .......................................................5.6
Specifications...........................................................................................................6
4K HDBaseT Matrix Switcher.......................................................................6.1
HDBaseT Receiver.......................................................................................6.2
Panel Drawing ..........................................................................................................7
4K HDBaseT Matrix Switcher.......................................................................7.1
HDBaseT Receiver.......................................................................................7.2
Troubleshooting & Maintenance.............................................................................8

AVG-CS4K-88
1. Introduction
1.1. Introduction to the AVG-CS4K-88
This AVG-CS4K-88 is a professional 4K HDBaseT Home Distribution Matrix Kit. The
kit includes a 4K HDBaseT Matrix Switcher, 7 HDBaseT Receivers and Infra red
accessories.
The 4K HDBaseT Matrix Switcher consists of 8 HDMI inputs, 7 IR Inputs, 1 IR
Control Port, 8 IR Outputs, 7 HDBaseT Outputs, 1 HDMI Output, 1 SPDIF OUT, 1
Stereo RCA OUT, TCP/IP and an RS232 control port .
All HDMI inputs can be selected by either the front panel buttons, IR, RS 232 or GUI.
The selected source is delivered to the HDBaseT zoned outputs 1~7 & HDMI Output.
The Matrix Switcher supports EDID management and is HDCP 2.2 & HDMI 1.4
compliant.
1.2. Features
7 HDBaseT outputs with distances up to 70m at 1080p and 40m at 4Kx2K on
a single CAT6. 1 HDMI output.
Supports HDMI 1.4 & HDCP 2.2, and is compatible with lower standards.
Transmits 4Kx2K @60Hz 4:2:0 signal for 8m via HDMI port, 40m via HDBT
ports.
Supports manual HDCP management and auto-detection.
The HDBaseT Receivers are powered by the matrix switcher via PoC
technology.
LED indicators show real-time switching status.
Control via front panel, IR, RS232 and TCP/IP.
Supports bi-directional IR(5V) control.
CEC control to far end displays via RS232 commands.
Built-in GUI for TCP/IP control.
Powerful EDID management.
Supports firmware upgrade through the Micro USB port
Easy installation with rack-mounting design

AVG-CS4K-88
2. What’s in the Box
1 x 4K HDBaseT Matrix Switcher
7 x HDBaseT Receivers
1 x Power Cord
8 x IR Receivers
8 x IR Emitters
1 x IR remote
1 x RS232 cable (Phoenix to 9-pin D-Sub)
2 x Mounting ears & 6 x Screws (For the 4K HDBaseT Matrix Switcher)
14 x Mounting ears & 28 x Screws (For the HDBaseT Receiver)
4 x Rubber feet (For the 4K HDBaseT Matrix Switch)
28 x Rubber feet (For the HDBaseT Receivers)
1 x User manual
Note: Please confirm if the products and the accessories are all included, if not
please contact your dealer.

AVG-CS4K-88
3. Product Appearance of the AVG-CS4K-88
3.1 4K HDBaseT Matrix Switcher
1. Front Panel
No.
Name
Description
①
FIRMWARE
Micro USB port for updating firmware
②
Power Indicator
OFF: No power;
RED: DC power present or Standby Mode
③
INPUTS
8 Input selection buttons with a green LED indicator
for each
④
OUTPUTS
8 Output selection buttons with a green LED
indicator for each
Note: Pictures shown in this manual are for reference only.
2. Rear Panel
No.
Name
Description
①
INPUTS
8 x HDMI input ports, type A female HDMI connector,
connect the Source with an HDMI cable to any of the

AVG-CS4K-88
HDMI inputs
②
OUTPUTS
7 x HDBaseT outputs: The HDBT RJ45 outputs
deliver HD video, Audio and PoC to the HDBaseT
Receiver up to 70m
1 x HDMI output: Connect an HDMI cable from the
Matrix Switcher to the display
③
IR IN
7 x IR IN: Connect a 5V IR receiver, fixed IR input
for the output, cannot be switched separately. It
makes up an IR bi-directional TX path with the IR
OUT on the corresponding HDBaseT receiver.
1 x IR CONTROL: Connect an extended 5V IR
receiver, use the IR remote to control the Matrix
Switcher
④
IR OUT
7 x IR OUT: Plug in the 5V IR Emitter and attach to
the front of the Source. This then emits the IR signal
received from the HDBaseT Receiver. There are 7
IR OUTPUT sockets marked on the IR matrix.
1 x IR ALL OUT: Plug in a 5V IR emitter to deliver
the IR signal to control the input source device from
any of the far-end receivers.
⑤
Control
RS232: Serial port for unit control via a phoenix
plug that connects to a control device (e.g. Control
processor)
TCP/IP: RJ45 port. Connect with a PC or Tablet for
Web-based GUI control.
⑥
Audio outputs
SPDIF: Digital audio output connects directly via an
optic fibre cable to the Toslink input on a sound bar.
RCA(L+R): PCM Analogue audio output sockets.
⑦
Power
AC 100V-240V. Connect using an IEC power lead.
Note: Pictures shown in this manual are for reference only.

AVG-CS4K-88
3.2 HDBaseT Receiver
1. Front Panel
No.
Name
Description
①
HDMI OUT
Connect to a HDMI display
②
IR IN
Plug in the 5V IR receiver, this will receive the IR signals from a
remote and send through to the Matrix Switcher and then control
the desired source
③
IR OUT
Plug in the 5V IR emitter and attached to the fornt of the display,
this will send the IR signals from the Matrix Switcher to control
the display which is connected to the HDMI OUT port
2. Rear Panel
No.
Name
Description
①
Power
Indicator
OFF: No power;
RED: DC power present (PoC).
②
TP IN
The RJ45 socket has two LED status indicators. Plug in the Pre-
installed CAT cable in to the HDBT RJ45 socket
HDCP: HDCP compliance indicator
OFF: No HDMI traffic (no picture)
GREEN: Signal with HDCP.
Blinking GREEN: Signal without HDCP

AVG-CS4K-88
LINK: HDBT Link status indicator.
OFF: No Link
YELLOW:Link Successful
Blinking YELLOW: Link Error
4. System Connection
4.1 System Applications
The new 4K Home Distribution Matrix Kit is designed for the residential market
delivering HD Video, Audio to 8 zones with total control and simplicity.
Usage Precautions:
1) The 4K Home Distribution kit should be installed in a clean and dust free
environment.
2) Ensure that all plugs, power cords and sockets are in good condition.
3) All devices should be connected before power is turned on.
4.2 Connection Diagram
Connection diagram

AVG-CS4K-88
4.3 Connection Procedure
1) Connect HDMI sources (e.g. Blu-ray) to HDMI input ports of the Matrix Switcher
using good quality HDMI cables.
2) Connect the Pre-Installed CAT5e/CAT6 cable infrastructure to the Matrix
Switcher and HDBaseT receivers.
3) Connect a HDTV or AV Receiver to the HDMI output port with a HDMI cable.
4) Plug in a HDMI cable in to each of HDBaseT Receivers and connect to the local
display [HDTV].
5) Connect an AV Receiver or Amplifier to the SPDIF output port or via the Toslink
fiber optic cable.
6) Connect an amplifier to the L&R (RCA) output RCA connectors with an audio
cable.
7) Plug the 5V IR Receivers 3.5mm jack into the IR IN sockets on the HDBaseT
Receivers and plug in the IR Emitters to the IR OUT sockets (1~8) on the Matrix
Switcher to make up the IR Matrix.
8) Plug the phoenix connector in to the RS232 socket on the matrix, this will enable
the Matrix Switcher to be controlled via a PC or 3rd Party Controller.
9) Plug in a Patch lead from the router in to the Ethernet port on the Matrix Switcher
to control the Matrix Switcher via TCP/IP protocol.
10) Plug in the power supply cable. Once all the components have been connected
and the installation is completed, switch on the mains supply at the socket.
Note:
1. Connect HDBT ports of Matrix Switcher and far-end HDBaseT Receivers with
straight-through cable. Do not install through patch panels, wall sockets etc.
2. 5V IR receivers connected to IR IN should contain an IR carrier signal. If
required, send the RS232 command %0900. or %0901. to activate native
carrier mode or force carrier mode in the IR matrix between the Matrix
Switcher and the far-end HDBaseT Receiver.
4.4 Connection with the HDBaseT Receiver
The Matrix Switcher features has 7 HDBaseT outputs which support PoC
technology. Connect HDBaseT Receivers to the pre-installed cat cabling. Plug the
power supply in to the power socket on the matrix, the HDBaseT Receivers will be
powered by the Matrix Switcher via PoC.

AVG-CS4K-88
5. System Operations
5.1 Front Panel Button Control
The Matrix Switcher can be controlled via the front panel. Please follow the basic
programing instructions below:
1. To switch one input to an output:
Example: Input 1 to Output 3
→ Press the INPUT 1 button and then the OUTPUT 3 button.
NOTE:
Default status, on first boot up this matrix assigns the IR outputs to the
corresponding HDMI input, meaning, IR out 1 is directly associated to HDMI
input 1 and so on. When you switch a HDMI input to a different output, the
corresponding IR OUT will be switched synchronously to allow the IR
commands to be sent from the select zone back through the Matrix Switcher
to the source.
2. To switch an input to several outputs:
Example: Switch Input 2 to Output 3, 4 and 5
→ Press INPUT 2 + OUTPUT 3 + OUTPUT 4 + OUTPUT 5
Note: Indicators of the pressed buttons will blink green for three times if the switch is
performed, then they will turn off. If the switch fails, the LED indicators will turn off
immediately.

AVG-CS4K-88
5.2 IR Control
5.2.1 IR Remote
Connect a 5V IR receiver to the IR Control port of the Matrix Switcher, users can
control it through the included IR remote. Here is a brief introduction to the IR
remote.
①Standby button:
Press it to enter/ exit standby mode.
②INPUTS:
Input channel selection buttons, range from 1~8.
③OUTPUTS:
Output channel selection buttons, range from 1~8.
④Menu buttons:
ALL: Select all outputs.
EDID management button: Enable input port
to manually capture and learn the EDID data
of output devices.
CLEAR: Withdraw an operation like switching
output channel, learning EDID data before it
comes into effect. Meanwhile, the matrix will
return to the previous status.
ENTER: Confirm operation.
By using IR & HDBaseT transmission technology, the 4K HDBaseT Matrix Switcher
has some functions as follows:
1) Control a far-end output device from local.
2) Control local input/output device remotely.
3) Control the Matrix Switcher locally/remotely.
5.2.2 Force Carrier
a) Only if the 5V IR receiver connected to the HDBaseT receiver has an IR carrier,
can the received IR signal be transferred to the IR OUT port of the Matrix
Switcher.
b) Only if the 5V IR receiver connected to the Matrix Switcher has an IR carrier, can
the received IR signal be transferred to the IR OUT port of the Matrix Switcher.
If the 5V IR receiver connected to HDBaseT receiver or the Matrix Switcher is
without an IR carrier signal, send the RS232 command “%0901.” to enter infrared
carrier enforcing mode, and then the IR signal will be enabled to the IR OUT
ports.
INPUTS
OUTPUTS
MENU
1 2 3
456
7 8
1 2 3
456
7 8
ALL EDID
CLEAR ENTER
1
2
3
4

AVG-CS4K-88
5.2.3 Controlling a Far-end Device from the Matrix location
Connect an 5V IR receiver to the IR IN on the Matrix Switcher. Use the IR Remote of
the far-end device to control the device locally.
Connect an 5V IR receiver with IR carrier to the IR IN port of the Matrix Switcher,
users can control a far-end output display via its IR remote locally.
In this case, the IR signal is transferred via twisted pair. Only the corresponding IR
OUT port can emit control signals to the remote display.
See the figure below:
Controlling a Far-end Device from the Matrix location
Note: The 5V IR receiver connected to IR IN must contain an IR carrier
5.2.4 Controlling a Local Device Remotely
Connect 5V IR receiver(s) to IR IN on the far-end HDBT receiver(s), and 5V IR
Emitter(s) to IR OUT port of the switcher, and use the IR Remote of local source to
control the device remotely.
1 to 1:
Connect a 5V IR receiver to IR IN on far-end HDBT receiver, and an 5V IR Emitter
to IR OUT port of the switcher. Use the IR Remote of local source to control the
device remotely. See below:

AVG-CS4K-88
Controlling a Local Device remotely
Note: Send command “%0901.” to enter infrared carrier enforcing mode if the 5V IR
Receiver connected to IR IN of the receiver does not have an IR carrier.
Multiple to Multiple: (IR Matrix)
The 8 “IR OUT” ports and the 7 “IR IN” ports on the far-end receivers make up a
7x8 IR matrix. See as below:
IR Matrix
The IR signal is sent from an IR remote, this is transferred via a 5V IR receiver to the
HDBaseT receiver, then to the corresponding zone, finally it is transferred to the IR
OUT port to the relevant source via an Emitter.

AVG-CS4K-88
Switching Operation:
Sending command (reference to 5.2 RS232 Control): [x1]R[x2].
x1: Corresponding to the 8 IR OUT ports of the Matrix Switcher, the 5V IR
transmitter connected to this port can be placed at the IR receiving area of
output device or the Matrix Switcher itself.
x2: Corresponding to the zone (receive IR signal from HDBaseT receiver with IR
IN port, connects with a 5V IR receiver) number of the Matrix Switcher.
→ Example: Send command “3R2.” to transfer IR signal received from zone 2 to
IR OUT port 3.
5.3 RS232 Control
5.3.1 RS232 Connection
Aside from the front control panel, the Matrix Switcher can also be controlled by a
3rd party control system/PC through the RS232 communication port. This RS232
communication port is a 3-pin phoenix connector. Use the supplied RS232 cable
(Phoenix to 9-pin D-Sub) to connect to the RS232 port to a PC, see as below:
5.3.2 Installation/Removal of the RS232 Control Software
Installation - Copy the control software file to the computer connected with the
Matrix Switcher.
Removal -Delete all the control software files in the corresponding file path.
Basic Settings
Firstly, connect the Matrix Switcher with an input device and an output device. Then,
connect it with a computer which has installed RS232 control software. Double-click
the software icon to run this software.

AVG-CS4K-88
Monitoring area, for
commands
received.
Command Sending
area
Parameter configuration
area
Here we use the software CommWatch.exe as example. The icon is showed as
below:
The interface for the control software is shown below:
Please set the parameters for COM port, baud rate, data bit, stop bit and the parity
bit correctly, only then will you be able to send a command in the Command Sending
Area.
5.3.4 RS232 Communication Commands
Note:
1) Please disconnect all twisted pairs before sending command EDIDUpgrade[X].
2) In the above commands, “[”and “]” are symbols for easy reading and do not need
to be typed into the actual operation command.
3) Please remember to end the commands with the end symbols “.” and “;”.
4) Type the command carefully, it is case-sensitive.
Baud rate: 9600 Data bit: 8 Stop bit: 1 Parity bit: none

AVG-CS4K-88
Command
Function
Feedback Example
System Commands
/*Type;
Query the models information.
XXXXX
/%Lock;
Lock the front panel buttons on the Matrix.
System Locked!
/%Unlock;
Unlock the front panel buttons on the Matrix.
System Unlock!
/^Version;
Query the version of firmware
VX.X.X
Demo.
Switch to the “demo” mode, switch input and
output in sequence e.g. 1B1, 1B2, …4B3, 4B4,
1B1… and so on. The switching interval is 2
seconds.
Demo Mode
AV:01->01
IR:01->01
AV:01->02
IR:01->02
……
AV:08->08
IR:07->07
……
Operation Commands
[x]All.
Route signal from the input channel [x] to all
output channels
X To All. (X=01~08)
All#.
Route all input signals to the corresponding
output channels respectively like 1->1, 2->2…
All Through.
All$.
Switch off all the output channels.
All Closed.
[x]#.
Route signals from the input channel [x] to the
output channel [x].
X Through. (X=01~08)
[x]$.
Switch off the output channel [x].
X Closed. (X=01~08)
[x]@.
Switch on the output channel [x].
X Open. (X=01~08)
All@.
Switch on all output channels.
All Open.
[x1]V[x2].
Route the AV signal from the input channel [x1]
to one or several output channels ([x2],
separate output channels with comma).
AV: X1-> X2
(X1/X2=01~08)
[x1]B[x2].
Route the AV and IR signal from input channel
[x1] to one or several output channels ([x2],
separate output channels with a comma).
AV: X1-> X2
(X1/X2=01~08)
[x1]R[x2].
Route the IR signal from output [x1] to input
[x2].
IR: X1-> X2(X1 、
X2=01~08)
Status[x].
Check the I/O connection status of output [x]
AV: Y-> X
(X=01~08, Y=01~08)
Status.
Query the input channel to each output channel
one by one.
AV: 01->01
… …
AV: 08->08
IR: 01->01
… …
IR: 08->08
Save[Y].
Save the present operation to the preset
command [Y], range is from 0 to 9.
Save To FY (Y=0-9)
Recall[Y].
Recall the preset command [Y].
Recall From FY (Y=0-9)
Clear[Y].
Clear the preset command [Y].
Clear FY (Y=0-9)
PWON.
Work in ‘normal’mode.
PWON
PWOFF.
Enter into standby mode and cut off the power
supply to HDBaseT receivers.
PWOFF
STANDBY.
Enter into standby mode. (Do not cut off the
power supply to HDBaseT receivers, press any
button or send commands to start.)
STANDBY

AVG-CS4K-88
Command
Function
Feedback Example
/%[Y]/[X]:[Z].
HDCP management command.
[Y] is for input (value: I) or output (value: O); [X]
is the number of the port, if the value of X is
ALL, it means all ports; [Z] is for HDCP
compliant status, the value may be 1 (HDCP
compliant) or 0 (not HDCP compliant).
/%[Y]/[X]:[Z].
DigitAudioON[x].
Enable HDMI audio output of port x.
X=1 ~ 8 enable this port.
X=9, enable all ports.
DigitAudio ON with [x]
DigitAudioOFF[x].
Disable HDMI audio output of port x.
X=1 ~ 8 disable this port.
X=9, disable all ports.
DigitAudio OFF with [x]
EDIDH[x]B[y].
Input port [y] learns the EDID from output port
[x].
If the EDID data is available and the audio
section supports not only PCM mode, then
force-set it to support PCM mode only. If the
EDID data is not available, then set it as
initialized EDID data.
EDIDH4B3
EDIDPCM[x].
Set the audio section of input port [x] to PCM
format in EDID database.
EDIDPCM1
EDIDG[x].
Get EDID data from output [x] and display the
output port number.
Hexadecimal EDID data
and carriage return
character
EDIDMInit.
Restore the factory default EDID data of every
input.
EDIDMInit.
EDIDM[X]B[Y].
Manual EDID switching. Enable input[Y] to
learn the EDID data of output[X]. If the EDID
data is not available, then set it as initialized
EDID data.
EDIDM[X]B[Y]
EDIDUpgrade[x].
Upgrade EDID data via the RS232 port.
[x] is the input port, when the value of X is 9,
this will upgrade all input ports. When the
switcher receives the command, it will show a
message to prompt you to send an EDID file
(.bin file). Operations will be canceled after 10
seconds. Please disconnect all HDBaseT ports.
Please send the EDID
file
EDID/[x]/[y].
Set the EDID data of input port [x] to built-in
EDID No.[y].
[y]=1 ~ 6, correspond to the 6 embedded EDID
data separately
EDID/[x]/[y]
UpgradeIntEDID[x].
Upgrade one of the 5 embedded EDID data, x
is the serial number for the EDID data:
1. 1080P 2D 2CH
2. 1080P 3D 2CH
3. 1080P 2D Multichannel
4. 1080P 3D Multichannel
5. 3840x2160 2D (30Hz)
6. 3840x2160 2D (60Hz)
When the matrix receives the command, it will
show a message to send EDID file (.bin file).
Control will be disabled for 10 seconds.
Please send the EDID
file
GetInPortEDID[X]
Return the embedded EDID data of input [x],
[x]=1 ~ 8
GetIntEDID[x].
Return the embedded EDID data ranked x, [x]
= 1 ~ 6

AVG-CS4K-88
Command
Function
Feedback Example
%0801.
Auto HDCP management, activate carrier
native mode
%0801
%0900.
Switch to carrier native mode.
Carrier native
%0901.
Switch to force carrier mode.
Force carrier
%0911.
Reset to factory default.
Factory Default
%9951.
Check the command sent by port 1 when
PWON.
Port 1:data when PWON
%9952.
Check the command sent by port 2 when
PWON.
Port 2:data when PWON
%9953.
Check the command sent by port 3 when
PWON.
Port 3:data when PWON
%9954.
Check the command sent by port 4 when
PWON.
Port 4:data when PWON
%9955.
Check the command sent by port 5 when
PWON.
Port 5:data when PWON
%9956.
Check the command sent by port 6 when
PWON.
Port 6:data when PWON
%9957.
Check the command sent by port 7 when
PWON.
Port 7:data when PWON
%9958.
Check the command sent by port 8 when
PWON.
Port 8:data when PWON
%9941.
Check the command sent by port 1 when
PWOFF.
Port 1:data when
PWOFF
%9942.
Check the command sent by port 2 when
PWOFF.
Port 2:data when
PWOFF
%9943.
Check the command sent by port 3 when
PWOFF.
Port 3:data when
PWOFF
%9944.
Check the command sent by port 4 when
PWOFF.
Port 4:data when
PWOFF
%9945.
Check the command sent by port 5 when
PWOFF.
Port 5:data when
PWOFF
%9946.
Check the command sent by port 6 when
PWOFF.
Port 6:data when
PWOFF
%9947.
Check the command sent by port 7 when
PWOF
Port 7:data when
PWOFF
%9948.
Check the command sent by port 8 when
PWOFF.
Port 8:data when
PWOFF
%9961.
Check the system lock status.
System Locked/ Unlock!
%9962.
Check the power status
STANDBY/PWOFF/
PWON
%9963.
Check the working mode for the infrared
carrier.
Carrier native/ Force
carrier
%9964.
Check the unit IP address.
IP:192.168.0.178
(default)
%9971.
Check the connection status of the inputs.
In 01 02 03 04
Connect Y Y Y Y
In 05 06 07 08
Connect Y Y Y Y
%9972.
Check the connection status of the outputs.
Out 01 02 03 04
Connect Y Y Y N
Out 05 06 07 08
Connect N Y Y Y
%9973.
Check the HDCP status of the inputs.
In 01 02 03 04