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AVProEdge ~ 2222 E 52nd St N Sioux Falls, SD 57104~ 1.877.886.5112 ~ +1.605.274.6055 ~
AC-MX
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-AUHD-HDBT
Command Examples:
Using A Terminal Program (RS232):
In the following example we are using a program called MYUART Assist. We make this program freely
available form www.
.com.
You will notice in the example that it is on 2 lines. This is because you have to separate the commands with a
return.
The command below was sent through the HDBaseT Rx on Output 5 to successfully "Power On" a LG TV.
The firmware will send a command acknowledgment at 57600 to the extender. This shows up as "RS DEV
MUX 0.0.0.0.0.0.0.0.0.0”, if the end device is receiving at 57600. The Matrix itself also sends an
acknowledgment commands SET RS PTH OUT5 LEN10 to confirm the rout was set and command sent.
Using TELNET (IP):
You can also send these commands by TELNET. When sending TELNET you
do not
send the "Axx" portion
of the command. Here is an example command that has been tested:
Green = Route Command
Red = Command to be sent to device
"\r
SET RS PTH OUT3 LEN10 BR0
\r\n\r
ka 0 1
\n\r\r”
This example will send the string “\n\rka 0 1\n\r” at 9600 baud to the extender on output #3.
Note that “\n" and “\r" need to be replaced by the literal newline (\n) and carriage-return (\r) characters
(hex 0x0a 0x0d). How this is done is dependent on what the control system does, later you see examples
form On Controls that uses HEX for commands. The leading and trailing “\r” are for the 9x9 firmware to
be able to sync and parse the command correctly. The leading and trailing \n\r are for the end device to
be able to parse the command. Because we added 2 characters on each end of the string, I also added 4
to the overall length.
The firmware will send a command acknowledgment at 57600 to the extender. This shows up as "RS DEV
MUX 0.0.0.0.0.0.0.0.0.0”, if the end device is receiving at 57600. The Matrix itself also sends an
acknowledgment commands SET RS PTH OUT5 LEN10 to confirm the rout was set and command sent.
