HARDWARE REFERENCE MANUAL
VERSION: V1.0.1

Precis 4x1+1 4K60 Windowing
Processor
Precis 4K60 HDMI Switcher / Windowing Processor

IMPORTANT SAFETY INSTRUCTIONS
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READ these instructions.
KEEP these instructions.
HEED all warnings.
FOLLOW all instructions.
DO NOT use this apparatus near water.
CLEAN ONLY with dry cloth.
DO NOT block any ventilation openings. Install in accordance with the manufacturer’s instructions.
DO NOT install near any hear sources such as radiators, hear registers, stoves, or other apparatus (including
amplifiers) that produce heat.
DO NOT defeat the safety purpose of the polarized or grounding type plug. A polarized plug has two blades with
one wider than the other. A grounding type plug has two blades and a third grounding prong. The wider blade or
the third prong are provided for your safety. If the provided plug does not fit into your outlet, consult an electrician
for replacement of the obsolete outlet.
PROTECT the power cord from being walked on or pinched, particularly at plugs, convenience receptacles, and thepoint where they exit from the apparatus.
ONLY USE attachments/accessories specified by the manufacturer.
USE ONLY with a cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus.
When a cart is used, use caution when moving the cart/apparatus combination to avoid injury from tip-over.
UNPLUG this apparatus during lightning storms or when unused for long periods of time.
REFER all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged inany way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into theapparatus, the apparatus has been exposed to rain or moisture, does not operate normally, or has been dropped.
DO NOT expose this apparatus to dripping or splashing and ensure that no objects filled with liquids, such as vases,
are placed on the apparatus.
To completely disconnect this apparatus from the AC Mains, disconnect the power supply cord plug from the AC
receptacle.
Where the mains plug or an appliance coupler is used as the disconnect device, the disconnect device shall remain
readily operable.
DO NOT overload wall outlets or extension cords beyond their rated capacity as this can cause electric shock or
fire.

The exclamation point, within an equilateral triangle, is intended to alert the user to the presence of important operating
and maintenance (servicing) instructions in the literature accompanying the product.
The lightning flash with arrowhead symbol within an equilateral triangle is intended to alert the user to the presence ofuninsulated “dangerous voltage” within the product’s enclosure that may be of sufficient magnitude to constitute a riskof electrical shock to persons.
ESD Warning: The icon to the left indicates text regarding potential danger associated with the discharge of static
electricity from an outside source (such as human hands) into an integrated circuit, often resulting in damage to thecircuit.
WARNING: To reduce the risk of fire or electrical shock, do not expose this apparatus to rain or moisture.
WARNING: No naked flame sources - such as candles - should be placed on the product.
WARNING: Equipment shall be connected to a MAINS socket outlet with a protective earthing connection.
WARNING: To reduce the risk of electric shock, grounding of the center pin of this plug must be maintained.

COPYRIGHT NOTICEAMX© 2018, all rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any
form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of AMX.
Copyright protection claimed extends to AMX hardware and software and includes all forms and matters copyrightable material andinformation now allowed by statutory or judicial law or herein after granted, including without limitation, material generated fromthe software programs which are displayed on the screen such as icons, screen display looks, etc. Reproduction or disassembly of
embodied computer programs or algorithms is expressly prohibited.

LIABILITY NOTICE

No patent liability is assumed with respect to the use of information contained herein. While every precaution has been taken in the
preparation of this publication, AMX assumes no responsibility for error or omissions. No liability is assumed for damages resulting
from the use of the information contained herein. Further, this publication and features described herein are subject to change
without notice.
2

AMX WARRANTY AND RETURN POLICY

The AMX Warranty and Return Policy and related documents can be viewed/downloaded at www.amx.com.

ESD WARNING

To avoid ESD (Electrostatic Discharge) damage to sensitive components, make sure you are properly grounded
before touching any internal materials.
When working with any equipment manufactured with electronic devices, proper ESD grounding proceduresmust be followed to make sure people, products, and tools are as free of static charges as possible. Grounding
straps, conductive smocks, and conductive work mats are specifically designed for this purpose. These items
should not be manufactured locally, since they are generally composed of highly resistive conductive materials
to safely drain static discharges, with-out increasing an electrocution risk in the event of an accident.
Anyone performing field maintenance on AMX equipment should use an appropriate ESD field service kit
complete with at least a dissipative work mat with a ground cord and a UL listed adjustable wrist strap withanother ground cord.
WARNING: Do Not Open! Risk of Electrical Shock. Voltages in thisequipment are hazardous to life. No user-serviceable parts inside. Refer all
servicing to qualified service personnel.
Place the equipment near a main power supply outlet and make sure thatyou can easily access the power breaker switch.

WARNING: This product is intended to be operated ONLY from the voltages listed on the back panel or the recommended, or
included, power supply of the product. Operation from other voltages other than those indicated may cause irreversible damage tothe product and void the products warranty. The use of AC Plug Adapters is cautioned because it can allow the product to beplugged into voltages in which the product was not designed to operate. If the product is equipped with a detachable power cord,
use only the type provided with your product or by your local distributor and/or retailer. If you are unsure of the correct operational
voltage, please contact your local distributor and/or retailer.

FCC AND CANADA EMC COMPLIANCE INFORMATION:

This device complies with part 15 of the FCC Rules.
Operation is subject to the following two conditions:(1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference
that may cause undesired operation.
NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC
Rules. These limits are designed to provide reasonable protection against harmful interference in a commercial environment. Thisequipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions,
may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in aparticular installation. If this equipment does cause harmful interference to radio or television reception, which can be determinedby turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following
measures:

Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver.
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
Consult the dealer or an experienced radio/TV technician for help.

Approved under the verification provision of FCC Part 15 as a Class A Digital Device. Caution
Changes or modifications not expressly approved by the manufacturer could void the user’s authority to operate this device. CAN
ICES-3 (B)/NMB-3(B)EU COMPLIANCE INFORMATION:

Eligible to bear the CE mark; Conforms to European Union Low Voltage Directive 2006/95/EC; European Union EMC Directive
2004/108/EC; European Union Restriction of Hazardous Substances Recast (RoHS2) Directive 2011/65/EU; European Union WEEE
(recast) Directive 2012/19/EU; European Union Radio and Telecommunications Terminal Equipment (R&TTE) Directive 1999/5/EC

WEEE NOTICE:

This appliance is labeled in accordance with European Directive 2012/19/EU concerning waste of electrical andelectronic equipment (WEEE). This label indicates that this product should not be disposed of with household
waste. It should be deposited at an appropriate facility to enable recovery and recycling.
3

4

Table of Contents
IMPORTANT SAFETY INSTRUCTIONS ..................................................................................................................................... 2
Overview ................................................................................................................................................................................ 6
Features .............................................................................................................................................................................. 6
Package Contents ............................................................................................................................................................... 6
Specifications ......................................................................................................................................................................... 7
Front Panel Description ....................................................................................................................................................... 10
Rear Panel Description ......................................................................................................................................................... 11
Installation and Wiring ........................................................................................................................................................ 12
Brackets Installation ........................................................................................................................................................ 12
Wiring ............................................................................................................................................................................... 12
Front Panel Control .............................................................................................................................................................. 14RS232 Operation .................................................................................................................................................................. 16
WebGUI Control ................................................................................................................................................................... 17
Identify the IP address of the PR-WP-412 ....................................................................................................................... 17
Access the Web Interface ................................................................................................................................................ 17
Web Interface Introduction ............................................................................................................................................. 18
Firmware Upgrade ............................................................................................................................................................... 27
Before Starting ................................................................................................................................................................. 27
Firmware Upgrade through WebGUI .............................................................................................................................. 27
Firmware Upgrade through USB...................................................................................................................................... 27
Troubleshooting ................................................................................................................................................................... 28
Appendix: API Command List Instructions .......................................................................................................................... 29
System Commands ........................................................................................................................................................... 29
Network Commands ........................................................................................................................................................ 33
Security Commands ......................................................................................................................................................... 36
Configuration Commands-Input ...................................................................................................................................... 38
Configuration Commands-Output ................................................................................................................................... 46
Switching Commands ....................................................................................................................................................... 53
Windowing Commands .................................................................................................................................................... 57
5

Overview
PR-WP-412
The AMX PR-WP-412 is a high performance HDMI switch with integrated scaling and multi-windowing technology which canconnect up to four 4K UHD+ HDMI sources to up to two 4K UHD+ HDMI displays and freely switch between them. A solution
for monitoring or displaying multiple sources simultaneously for use in control rooms, conference rooms or classrooms.
With multi-windows display, the AMX PR-WP-412 is able to build up serval layout set up for different scenarios such as PiP(Picture in Picture) and PoP (Picture outside of Picture) as well as fully customizable quad-window modes.

Features

4K60 4:4:4 Support – Experience pixel-for-pixel video reproduction of 4K60 source video with full 4:4:4 color space

HDCP 2.2 Support – Support the latest source devices

Seamless Switch – No pausing time between full-screen video switching.



Audio De-embed capabilities – Flexible design for use in more applications

High Dynamic Range (HDR) Support – Support HDR10 in matrix modeNetwork Security – Support IPv4 & IPv6 networks. Support HTTPS, SSH

Various Audio Format – PCM 2-Channel, PCM Multi-Channel, Dolby Digital, Dolby Digital Plus, Dolby Atmos, Dolby
True HD, DTS, DTS HD MA

Package Contents

1x PR-WP-412



1 x 12V/3A DC Power Adapter

1 x US Pins



1 x EU Pins



1 x UK Pins



1 x AU Pins

3 x 3-Pin Terminal Blocks



4 x Shockproof Feet

6

Specifications
Technical
Input
Input Resolution Supported

Input Audio Supported
Output4 x HDMI IN
VESA
640 x 480p @ 60, 72, 75 Hz
720 x 400p @ 70, 85 Hz
800 x 600p @ 56, 60, 72, 75, 85 Hz
848 x 480p @ 60 Hz
1024 x 768p @ 60, 70, 75, 85 Hz
1152 x 864p @ 75 Hz
1280 x 768p @ 60 Hz, 75 Hz
1280 x 800p @ 60 Hz (Reduce Blanking)
1280 x 960p @ 60 Hz
1280 x 1024p @ 60, 85 Hz
1360 x 768p @ 60, 75, 85 Hz
1366 x 768p @ 60 Hz (Reduce Blanking)1400 x 1050p @ 60 Hz (Reduce Blanking), 75 Hz
1440 x 900p @ 60 Hz (Reduce Blanking), 75, 85 Hz
1600 x 900p @ 60 Hz (Reduce Blanking)1600 x 1200p @ 60 Hz
1680 x 1050p @ 60 Hz (Reduce Blanking)1920 x 1200p @ 60 Hz (Reduce Blanking)2048 x 1080p @ 50, 60 Hz
2560 x 1440p @ 60 Hz (Reduce Blanking)
CEA Information Code (VIC) Formats
720 x 480i @ 59.94, 60 Hz
720 x 576i @ 50 Hz
720 x 480p @ 59.94, 60 Hz
720 x 576p @ 50 Hz
1280 x 720p @ 50, 59.94, 60 Hz
1920 x 1080i @ 50, 59.94, 60 Hz
1920 x 1080p @ 24, 25, 29.97, 30, 50, 59.94, 60 Hz
3840 x 2160p @ 24, 25, 29.97, 30, 50, 59.94, 60 Hz
4096 x 2160p @ 24, 25, 29.97, 30, 50, 59.94, 60 Hz
PCM 2-Channel, PCM Multi-Channel, Dolby Digital, Dolby Digital Plus, Dolby
Atmos, Dolby True HD, DTS, DTS HD MA
2 x HDMI Out

7

Specifications
Technical
Output Scaling
Output Scaling Resolutions

Analog Audio Output Level(Max)
Analog Audio Output Frequency
Response
Analog Audio Output THD+N
Analog Audio Output SNR
Maximum Data Rate
Control Method

Yes, Auto or Manual
640 x 480p @ 60 Hz
720 x 480p @ 60 Hz
720 x 576p@ 50 Hz
800 x 600p @ 60 Hz
1280 x 720p @ 50/60 Hz
1024 x 768p @ 60 Hz
1280 x 768p, @ 60 Hz
1280 x 800p @ 60 Hz
1280 x 960p @ 60 Hz
1280 x 1024p @ 60 Hz
1360 x 768p @ 60 Hz
1366 x 768p @ 60 Hz
1400 x 1050p @ 60 Hz
1440 x 900p @ 60 Hz
1600 x 900p @ 60 Hz (Reduce Blanking)1600 x 1200p @ 60 Hz
1680 x 1050p @ 60 Hz
1920 x 1080p @ 24, 25, 30, 50, 60 Hz
1920 x 1200p @ 60 Hz (Reduce Blanking)3840 x 2160p @ 24, 25, 30, 50, 60 Hz
4096 x 2160p @ 24, 25, 30, 50, 60 Hz+1.6 dB, unbalanced; ≥2 kohm load
< -0.5 dB to +0.2 dB, 30 Hz to 20 kHz or< -0.8 dB to +0.2 dB, 20 Hz to 20 kHz<0.06%, 1 kHz, -10 dB to +2 dB>103 dB, 20 Hz to 20 kHz Vin = +2 dB
18GbpsFront panel, IR, RS232 and Web GUI

8

Specifications
GeneralOperating Temperature
Storage Temperature
Humidity
Power Supply
Power Consumption (Max)Protection
Device Dimension (W x H x D)
Product Weight
Certification

32F̊ (0C̊) to 104F̊ (40C̊)-4°F (-20°C) to 140°F (60°C)
5% to 90% (RH (non-condensing)Voltage, DC: 12V/7.5A
36W
Human-body Model:±10kV(Air-gap discharge)/±5kV(Contact discharge)
213mm ×44mm × 205mm/ 18.97” x 1.73” x 8.07”
Approx. 3.1 lbs (1.4 kg)
FCC Part 15 Class B
EN 55032
EN 55035
CB IEC/EN 60950
CB IEC/EN 62368-1
UL 62368-1
RoHS/REACH
EMC (Australia)
EMC (Canada)
EMC (UKCA)
Prop65

Transmission Distance

Note: Straight-through Ethernet cable of T568B is recommended.
GeneralRange
HDMI Output
15m/49ft
10m/33ft
5m/16ft

Supported Video
1080P@60Hz
4K@60Hz 4:2:0
4K@60Hz 4:4:4

9

Front Panel Description

No.
1
2
3
4
5

6

Name
POWER LED
OSD Button
VIDEO MODE/ENTER
ButtonOUTPUT SELECT /+ Button with LED
WINDOW/INPUT SELECT
Button with LED

Audio Button with LED

Description
Indicates the power On/Off.
Press to enable the OSD menu, or to return from menu items.
Press to select Video Mode between Matrix/P-in-P/3-Stack/Quad mode
When the OSD Menu is enabled, press as to select a menu item.
Press to select output port. The according LED will turn on when selected.
When the OSD Menu is enabled, press as to navigate the menu items.
When in Windowing Processor mode, press to select window W1~W4. Subsequent
presses will cycle the input routed to that window.
When in Matrix mode, press to select input IN1~IN4
The according LED will turn on when selected.
Press to enter audio select mode. When the LED is on, first select and output, thenan input to route audio. If the unit is in Windowing Processor mode, subsequent
presses of a window/input button will toggle between selecting audio from thesource routed to the related window or the source connected to the related input.
When the LED is off, the unit will operate in Auto mode and audio will follow
video.

10

Rear Panel Description

No.
1

Name
VIDEO INPUTS (HDMI 1-4)

Description
Connect to HDMI sources.

2

USB

Only for firmware update3

LAN 10/100

Connect to network, used for Web GUI, Telnet control.

4

RS232

3-pin terminal block, connect to control system for RS232 control.

5

RESET

Reset pin hole, press to reset unit.

6

DC 12VDC 12V power supply input.

7

VIDEO OUTPUTS (HDMI 1-2)

Connect to HDMI display devices.

8

AUDIO OUTPUTS

Audio de-embedded outputs:
3 Pins Phoenix port: L/R analog audio output.

11

Installation and Wiring
Brackets Installation
Warning: Before installation, ensure the device is disconnected from the power source.
The PR-WP-412 can be mounted using V Style Surface Mounting Brackets, V Style Single Module Pole Mounting Kit, or
the NMX-VRK V-Style Rack Shelf. For details, see www.amx.com.

WiringWarning:
Before wiring, disconnect the power from all devices. Connecting or disconnecting cables while powered, may cause
damage to circuitry or possible injury. Connect and disconnect the cables with care.
1.
2.
3.
4.
5.
6.

Using high quality HDMI cables, firmly connect 4K or HD source devices (such as: Blu-Ray, computer, games console,
satellite/ cable, music streaming device, CCTV etc.) to the HDMI input ports 1-4 of the processor.
Securely connect HDMI OUT 1-4 of the processor to HDMI IN of 4K or HD display devices, make sure all sources anddisplays are compatible and correctly configured.
Securely connect AUDIO OUT 1-2 of the processor to audio devices such as amplifier.
Insert the processor DC power cord. The front panel LEDs will lit on to indicate that the processor is ready for
operation.
Warning: Always power off the processor before unplugging any HDMI cables following Last On, First Off protocol.
Switch between sources and displays using the processor front panel buttons, through serial RS232 or LAN.

12

13

Front Panel Control
The PR-WP-412 4x2 Matrix with Windowing Processor is designed with ease of connection and control in mind. Basicswitching of input sources to output displays can be achieved by pressing the front panel buttons with the front panel
LEDs indicating the current input and output status of the matrix.
After powering up, the front panel Power LED will indicating the matrix is ready for operation.
Press the OSD Menu Button.

Press the button to select video mode, or pass it as confirm when entering OSD menu.

14

Press to select input or press to select the current window layout display when on Multiview mode.

Press to toggle between Audio Select mode (LED on) and Auto mode (LED off).

15

RS232 Operation
RS232 Control
RS232 Phoenix Connector Pinout
The following figure shows the RS232 Phoenix Connector pinout. Connect with the Phoenix Connectors provided.

RS232 port is used to control the processor through RS232 serial communication.
API commands for RS232 control are available in Appendix: API Command List Instructions.
Parameters
Baud Rate
Data Bits
ParityStop Bits
Flow Control

Value
9600
8 bits
None
1 bit
None

16

WebGUI Control
Identify the IP address of the PR-WP-412
Press the OSD button to enter the main menu, then press the ENTER button once to enter the “NETWORK STATUS” page.
The current IP address will be presented on the displays connected to the HDMI OUT port.

Access the Web Interface
To access the WebGUI:
1.
Connect your PC and the LAN port of the PR-WP-412 or to the same local area network.
2.
Type the IP address of the unit into the address bar of the browser. The following page will pop up. Enter thedefault password “admin” and click “Login”. After logging in, the main screen appears.

Note: Select Launch Web UI Control Page via Default Browser or type the IP address into a web browser. Chrome,
Safari, Firefox, Opera and IE10+ browsers are supported. Make sure the web browser is the latest version.

17

Web Interface Introduction
NetworkIn the Network Column, users can set up the IPv4 and IPv6 environments with the following IP mode settings:


DHCP: When enabled, the IP address of the PR-WP-412 will be assigned automatically by the connected DHCP
server.



Static: When the PR-WP-412 fails to obtain or detect an IP address from the network to which it is connected,
select “Static” to set up the IP address manually.



Accept: Click Apply to initiate the network setting.

18

Security
In the Security Column, modification can be made for the Login Password.



Web User Management: The Login Password default is admin.
1.

Click the “Change Password” button and the following window pops up for new password verification.

2.

Click the “Save” button to save the changes.

Note: Passwords must be 4 to 16 characters in length (alphanumeric only).



SSH/Telnet Account: SSH/Telnet Account is used to configure the user name and password of the account. For SSH
Account, the default user name is admin, the default password is password. For Telnet Account, the default username and password are null.
Note: Reboot the device for the SSH changes to take effect.

Certification Management: In the Certification Management column,

Private Key: Click on the “Browse” button and locate the Private Key file on your local PC then click “Open”
to install the key in the unit.

Certificate: Click on the “Browse” button and locate the Certificate file on your local PC then click “Open” toinstall the certificate in the unit.
19

Password: Set the password used to encrypt the content stream. After entering the password press the"Accept" button to store the settings

SwitcherIn the Switcher Column, 3 submenus are used to perform the settings of routing.
Configuration:


Output:-Mirrored: This column provides control and settings of mirrored window in the Windowing mode.

1.

General: Set Scaling as “Auto” or “Manual”, and the resolutions of output sources from the drop-down menu.

2.

On-Screen Display: Enable and disenable OSD information and further define its color and position.

3.

Display Settings: Click to Mute or Freeze the output video sources. Set Blank Color/Logo from the drop-down menu.

4.

Logo Setup: Upload at the maximum of 3 logos.
Note: The format RGB is 8bits (256 colors) bitmap and the size is up to 960x540.
-

HDCP Settings: HDCP support of HDMI Input 1-4 ports can be set.

-

CEC Settings: Click Manual Power On/Off to execute a display manual control on/off. Click Auto Power
On/Off to define a display control automatically.

20



-

Audio: Select Audio Sources from “None”, “Input 1~4” and “Auto”.

-

Display Settings: Select whether to allow display sleep, and Display Sleep Delay from 1~1800 seconds.

Input: This column provides control and settings of the four inputs in the Windowing mode.
-

General: Set EDID Mode and the Preferred EDID from the drop-down menu.

-

HDCP Settings: Select whether to exercise HDCP Compliance.

-

Image Adjustments: Adjust the brightness, contrast, saturation, hue and sharpness H/V.

21



SwitchingVideo Mode: Users can freely switch between Matrix and Windowing mode (P-in-P/3-Stack/Quad), and a total of
8 preset modes can choose from.



Switch: The Switch manages the connection configurations of displays and sources.
-

Matrix-Windowing

The input/output switch allows selection of output port (display) and input port (source) for specific combinations ofdisplays and sources within the matrix.
Click the white button, it will become blue, which represents that the input and output are routed.
All: Route all outputs to one input.
None: Route output to none (turn off output)

22

WindowingLayout: This column provides control over the output layouts. When the unit is in the Matrix or Auto modes, only alimited selection of controls are available.

-

Matrix-Windowing

Preset Configuration: This column allows users to define presets themselves.

23

Settings: This column allows users to respectively define settings of each Input & Output in Matrix mode, and each
Window & Output in Windowing mode.

24

SystemIn the System Column, users can set up following settings:
Firmware Version: In the Firmware Version column, the firmware version can be checked.

RS-232 Settings: In the RS-232 Settings column, users can choose to turn “ON” or “OFF” the RS-232 stream and set thefollowing configuration:



Baud Rate: Set the baud rate. The available range is from 2400 to 115200 baud.



Parity Bits: Set the connection parity bit. The available options are: none, odd, and even.



Data Bits: Set the number of data bits. The available range is from 7 to 8.

Stop Bits: Set the number of stop bits. The available range is from 1 to 2.

Panel Lock: In the Panel Lock column, the front panel lock can be set as “OFF”, “Menu” or “ALL”.



System: In the System column, the unit can be set to “Reboot” and “Factory Default”.

25

Device Configuration: In the Device Configuration column, the current configuration can be saved and saved settings can

be loaded.
-

Save Config: Save current settings as a setting file to be saved to a PC.

-

Load Config: Click to load a setting file from PC to Matrix.

Device Log: In the Device Log column, log files can be saved to a PC.



Firmware Update: In the Firmware Update column, the firmware can be upgraded.

26

Firmware Upgrade
The PR-WP-412 uses KIT files for firmware upgrade.
Before Starting
1.
2.

3.

Download the latest firmware (KIT) file to your PC. (Place KIT files on a local drive for the fastest throughput.)
Verify the following:Verify that an Ethernet/RJ-45 cable is connected from the PR-WP-412 to the same network as the control
system.

Verify the PR-WP-412 unit is powered ON.
Launch WebGUI page before you upgrade firmware to know the status of upgrading. More information, pleaserefer to UPGRADE STATUS part in WebGUI Control section.

Firmware Upgrade through WebGUIThe system will be non-operational during the upgrade procedure below.
1.
In the Switcher Configuration menu, enter the “System” page and then click “Browse” in the Firmware Update
Column to open the file selection window.
2.
Select the appropriate KIT file from the target directory.
3.
Click “Update” to start firmware upgrading. The “Power” LED turns RED and keeps flashing.
4.
Once the "Power" LED turns GREEN and stop flashing, the unit finishes upgrading and auto reboots to active.

Firmware Upgrade through USB
The system will be non-operational during the upgrade procedure below.
1.
Copy firmware file to folder in USB original disk
2.
Insert USB Disk to USB Type A program port
3.
Press ID button on the rear panel 5 times in a row, and the unit starts upgrading when the “Power” LED turns RED
and keeps flashing.
4.
Once the "Power" LED turns GREEN and stop flashing, the unit finishes upgrading and auto reboots to active.

27

Troubleshooting
1.

Power: Ensure all devices are powered on (sources, transmitter, receiver and display).

2.

Indicator: Please make sure all LED indicators of the receiver is normal according to the user manual.

3.

Devices: Ensure picture can be shown normally when directly connecting a source to a display device.

4.

Cable: Plug in and out HDMI cable or try another HDMI cable.

5.

Ensure the cable length being used is within available transmission range according to the Specification Section.

6.

Compatibility: Test other source and display devices to determine correct compatibility.

28

Appendix: API Command List Instructions
System Commands
No.

Command

Description

Variables

1.

? Or help

Display the

ExampleCommand sent:

commands listed>?

in the table

Response:----------------- Help ---------------------System Commands--? Or help

This listping

ping to specified IP address

fwversion

Request the firmware version of the device….
2.

?<command>

Show details

Command sent:

about the>?set vidin hdcp

specified

Response:command--------------------------------

function

Description: Set the HDCP mode for the specified input
Example:Command send: set vidin hdcp:1,off
response: set HDCP compliance off for input port 1--------------------------------

3.

ping

Ping to specified

Command sent:

IP address>ping 192.168.1.2
Response:ping 192.168.1.2 is alive.

4.

fwversion

Request theCommand sent:

firmware version>fwversionof the device

Response:
Package: 1.39

NOTE:

ARM: 1.39

Command

MCU: 1.39

response shalllist allupgradable
components
firmwareversion5.

fwupdatestatus

Report device's

Command sent:

firmware update>fwupdatestatus

status with node

Response:29

number

device firmware update status -100%
Firmware update status: copying file from web finish
device firmware update status -99%
Firmware update status: Updating MCU
device firmware update status -97%
device firmware update status -94%
device firmware update status -90%
device firmware update status -70%
Firmware update status: Updating APP
device firmware update status -60%
device firmware update status -19%
device firmware update status -0%
Firmware update status: Update complete
Firmware update status: Please wait system reboot, do not power
off device

6.

rebootReboot theCommand sent:

device>reboot
Response:
Rebooting……

7.

reset factory

Force the unit toCommand sent:a factory state>reset factory(except for IP

Response:

Settings)

Resetting device to factory default parameters.
Device will automatically reboot shortly.
Do NOT power off.

8.

factoryfwimage

Restore device

Command sent:

to factory>factoryfwimage

firmware image

Response:
Are you sure you wish to reset factory parameters, and load thefactory firmware image of Version <factory image fw version> (Y/N)->y--Notice:it will take some time, please keep device power on-Start restore to factory firmware image……

9.

get snGet device serial

Command sent:

number>get snResponse:
Serial Number:123456789

10.

set serial

Set serial port on

Command sent:<on/off>

or off>set serial on
Response:
Serial port is on
30

11.

get baud

Get serial port

Command sent:

current>get baudcommunicate

Response:

parameters--Current serial setting-baud rate:9600
data bit:8parity:nonestop bit:1

12.

set baud

Set serial port

Command sent:

communicate>set baud

parameters

Response:--Serial port setting-Enter baudrate(115200,57600,38400,19200,9600,4800,2400):115200->115200
Enter data bit(8 or 7):8->8Enter parity (E for Even, O for Odd, N for none):N->O
Enter stop bit (1 or 2):1->1--You have entered:
Baud rate:115200
Data bit:8
Parity:odd
Stop bit:1
Would you like to save the new settings? Y/N ->y
New settings were saved>--Current serial port baud rate: 115200>--Current serial port data bit: 8>--Current serial port parity: odd>--Current serial port stop bit: 1

13.

get key lockGet front panel

Command sent:

key lock state>get key lockResponse:--Current key lock level state:off

14.

set key lockSet front panel

Command sent:

key lock level, all>set key lockfor lock all front

Response:

panel key--Front panel key lock level Setting--

button, menuEnter key lock level (All for all key button, Menu for only menu

for only lockbutton, Off for no key button) ->menu

menu key button

Key lock is set to menu
31

>--Current key lock level state:menu
15.

exit

Close telnet/ssh

Command sent:

window session>exit

NOTE: The
command sent
by Serial port is
not supported

32

Network Commands
No.

Command

Description

Variables1.

get friendly

Get device's

ExampleCommand sent:

hostname>get friendly
Response:--Current device friendly name:PR-WP-412

2.

set friendly

Set device's

Command sent:

hostname>set friendly
Response:
Please input friendly name:Old friendlyname:

PR-WP-412

New friendlyname:

PR-WP-412

Would you like to save this setting(Y/N)ySetting is ok , you should reboot that make it effective>--Current device friendly name:PR-WP-412
3.

get ipShow the IP

Command sent:

configuration of this>get ip

deviceResponse:
IP Settings------------------------------------------

4.

set ip

HostName:

PR-WP-412

Type:

dhcp

IP Address:

192.168.5.149

Subnet Mask:

255.255.255.0

Gateway IP:

192.168.5.254

MAC Address:

f8:22:85:00:14:72

Setup the IP

Command sent:

configuration of this>set ip

deviceResponse:Enter Host Name:

PR-WP-412

Enter IP type. Type D for DHCP, or S for Static IP andthen Enter:SEnter IP Address:

192.168.1.20->192.168.1.20

Enter Subnet Mask: 255.255.255.0->255.255.255.0
Enter Gateway IP:

0.0.0.0->0.0.0.0--You have entered:
Host Name

PR-WP-412

Type

Static IP

IP Address 192.168.1.20
Subnet Mask 255.255.255.0
Gateway IP 0.0.0.033

Is this correct? Type Y or N and Enter ->ySettings written. Device must be rebooted to enable
new settings.
>Current device friendly name:PR-WP-412>--Current IP mode: static>--Current IP Address: 192.168.1.20>--Current Subnet Mask: 255.255.255.0>--Current Gateway IP: 0.0.0.0
5.

get dns

Get device's DNS

Command sent:

address>get dns
Response:
DNS Servers------------------------------------------

6.

set dns

Domain suffix:

www.amx.com

Entry 1:8.8.8.8

Entry 2:8.8.4.4

Entry 3:9.9.9.9Set device's DNS

Command sent:

address>set dns
Response:Enter Domain Suffix: www.amx.com
Enter DNS Entry 1 : 8.8.8.8Enter DNS Entry 2 : 8.8.4.4
Enter DNS Entry 3 : 9.9.9.9
You have entered:
Domain Name: www.amx.com
DNS Entry 1: 8.8.8.8
DNS Entry 2: 8.8.4.4
DNS Entry 3: 9.9.9.9
Is this correct? Type Y or N and Enter ->Y
Settings written. Device must be rebooted to enable
new settings.
>--Current Domain Name: www.amx.com>--Current DNS Entry 1: 8.8.8.8>--Current DNS Entry 2: 8.8.4.4>--Current DNS Entry 3: 9.9.9.9

7.

get ethernet modeGet ethernet mode

Command sent:>get ethernet mode
Response:--Current ethernet mode : auto8.

set ethernet mode

Set ethernet mode

Command sent:34

to auto, 100full or>set ethernet mode

10 half

Response:
Current ethernet mode : auto
Enter new ethernet mode(Auto, 100 full or 10 half)->10 half--Warning: When setting ethernet mode to 10 half, it
must reset device to factory default if need change
etherment mode to be Auto/100 full.-Would you like to set the ethernet mode (y/n):yNew ethernet mode set, reboot the device for thechange to take effect.
>--Current ethernet mode : 10 half9.

renew dhcp

Renew the DHCP

Command sent:

lease (may cause>renew dhcp

telnetResponse:

disconnection)

You may need to re-establish the telnet session since
the device will re-acquire an IP address lease.
>--Current IP Address: 0.0.0.0>--Current Subnet Mask: 0.0.0.0>--Current Gateway IP: 0.0.0.0>--Current Domain Name: cypress.local>--Current DNS Entry 1: 10.10.10.5>--Current DNS Entry 2: 10.10.10.2>--Current DNS Entry 3: 0.0.0.0>--Current IP Address: 192.168.5.149>--Current Subnet Mask: 255.255.255.0>--Current Gateway IP: 192.168.5.254>--Current Domain Name: www.amx.com>--Current DNS Entry 1: 8.8.8.8>--Current DNS Entry 2: 8.8.4.4>--Current DNS Entry 3: 9.9.9.935

Security Commands
No.

Command

Description

Variables1.

set telnet port

Set the device’s IP

ExampleCommand sent:

port listened to for>set telnet port

Telnet connections

Response:
Current telnet port number = 23

NOTE: ThisEnter new telnet port number(0 = disable telnet) ->23

command requires

Setting telnet port number to 0

a reboot to enable

New telnet port number set, reboot the device for the

new settingschange to take effect.
>--Current telnet port: 23

IMPORTANT: If you
set the Telnet port
to “0” to disable it,
you will need toreset it in WebGUI
2.

set telnet username

Set the UsernameCommand sent:

for a secure Telnet>set telnet username

sessionResponse:

Default = blank (noEnter Telnet new username ->123

username required)

Would you like to set this username (y/n) ->y(please set telnet password)
Changed && Saved

3.

set telnet password

Set the UsernameCommand sent:

for a secure Telnet>set telnet password

sessionResponse:

Default = blank (noEnter Telnet new password ->123

username required)

Would you like to set this password (y/n) ->yChanged && Saved

4.

set ssh port

Set the device’s IP

Command sent:

port listened to for>set ssh port

SSH connections

Response:
Current SSH port number = 22

NOTE: ThisEnter new SSH port number(0 = disable ssh) ->22

command requires

Setting SSH port number to 22

a reboot to enable

New SSH port number set, reboot the device for the

new settings.

change to take effect.
>--Current SSH port: 22

IMPORTANT: If you
set the SSH port to“0” to disable it,36you will need toreset it in WebGUINOTE: This
command is
supported by SSH
only, not by telnet5.

set ssh username

Set the UsernameCommand sent:

for a secure SSH>set ssh username

sessionResponse:Enter SSH new username ->123

NOTE: This

Would you like to set this username (y/n) ->ycommand is(please set SSH password)

supported by SSH

Changed && Saved

only, not by telnet
6.

set ssh password

Set the UsernameCommand sent:

for a secure SSH>set ssh password

sessionResponse:Enter SSH new password ->123

NOTE: This

Would you like to set this password (y/n) ->ycommand isChanged && Saved

supported by SSH
only, not by telnet

37

Configuration Commands-Input
No.

Command

Description

Variables1.

get vidin

Get the name of the<input channel>=

ExampleCommand sent:

portname:<input

specified input

1~4>get vidin portname:1
Response:channel>get input port 1 named as meeting room 1
2.

set vidin

Set the name of the<input channel>=

Command sent:

portname:<input

specified input

1~4>set vidin portname:1,123<name= name string

Response:channel>,<name>set input port 1 named as meeting room 2
3.

get vidin

Get the HDCP mode

<input channel>=

Command sent:

hdcp:<input

for the specified

1~4>get vidin hdcp:1

channel>input

Response:
get HDCP compliance on for input port 1

4.

set vidin

Set the HDCP mode

<input channel>=

Command sent:

hdcp:<input

for the specified

1~4>set vidin hdcp:1,on

channel>,<hdcp_co

input<hdcp_compliance>

Response:= on/off

set HDCP compliance on for input port 1

mpliance>5.

get vidin res:<input

Get input video<input channel>=

Command sent:

channel>resolution for the

1~4>get vidin res:1
Possible response message includes:

specified input▪ get 1920x1080p,60 video input 1▪ get no video input 1
6.

get vidin

Get edid mode for<input channel>=

Command sent:

edidmode:<input

the specified input

1~4>get vidin edidmode:1
Response:channel>get input 1 edid mode set to all hd resolutions
7.

set vidin

Set edid mode for<input channel>=

Command sent:

edidmode:<input

the specified input

1~4>set vidin edidmode:1,MIRROR OUTPUT1

channel>,<edid_mo<edid_mode=

Response:de>{

set input 1 edid mode to MIRROR OUTPUT1

Auto
All HD RESOLUTIONSHD WIDE SCREENHD FULL SCREEN
4K
4K60
CustomMIRROR OUTPUT1MIRROR OUTPUT2MIRROR OUTPUT3MIRROR OUTPUT438

MIRROR OUTPUT5MIRROR OUTPUT6MIRROR OUTPUT7MIRROR OUTPUT8}8.

get vidin

Get preferred<input channel>=

Command sent:

prefedid:<input

resolution in the

1~4>get vidin prefedid:1

channel>current edid used

Response:

for the specified

get preferred edid set to 1920x1080p,60 for input 1

input, no matter it isunder which EDIDmode
9.

set vidin

Set preferred edid

<input channel>=

Command sent:

prefedid:<input

for the specified

1~4>set vidin prefedid:1,1920x1080p,60

channel>,<edid>

input<edid>=

Response:<H>x<V><i/p>,<Rate

set preferred edid to 1920x1080p,60 for input 1><Specific Info>{(refer to AMX EDID
Library)
640x400,85
640x480,60
640x480,72
640x480,75
640x480,85
720x400,85
720x480p,60
720x480p,120
720x480p,240
720x576p,50
720x576p,100
720x576p,200
800x600,56
800x600,60
800x600,72
800x600,75
800x600,85
848x480,60
848x480,75
848x480,85
39

1024x640,60
1024x768,60
1024x768,70
1024x768,75
1024x768,85
1152x864,75
1280x720,50
1280x720,60
1280x720p,60
1280x720p,100
1280x720p,120
1280x768,59
1280x768,60
1280x768,74
1280x768,75
1280x768,85
1280x800,60
1280x960,60
1280x960,85
1280x1024,60
1280x1024,75
1280x1024,85
1360x764,60
1360x768,60
1440x900,60
1440x900,75
1440x900,85
1400x1050,60
1400x1050,75
1600x1200,60
1680x1050,60
1920x1080i,50
1920x1080i,60
1920x1080p,24
1920x1080p,25
1920x1080p,30
1920x1080p,50
1920x1080,60
1920x1080p,60
1920x1200,59
40

1920x1200,60
3840x2160p,24
3840x2160p,25
3840x2160p,30
4096x2160p,24
4096x2160p,25
4096x2160p,30
3840x2160p,50
3840x2160,50
3840x2160p,60
3840x2160p,60CVR
4096x2160p,50
4096x2160p,60}
10.

get vidin

Get the current edid

<input channel>=

Command sent:

ediddata:<input

data used for the

1~4>get vidin ediddata:1

channel>specified input port

Response:>get vidin ediddata:1
get ediddata for input 1 is: 00 FF FF FF FF FF FF 00 05 B8
00 18 02 00 00 00 20 1E 01 03 80 00 00 78 0E EE 95 A3
54 4C 99 26 0F 50 54 FF FF 80 D1 00 B3 00 A9 40 81 00
81 C0 81 80 8B C0 95 00 02 3A 80 18 71 38 2D 40 58 2C
45 00 40 84 63 00 00 1E 02 3A 80 18 71 38 2D 40 58 2C
45 00 40 84 63 00 00 1E 00 00 00 FD 00 17 78 0F 87 3C
00 0A 20 20 20 20 20 20 00 00 00 FC 00 41 4D 58 5F 48
44 4D 49 31 30 76 32 0A 01 92 02 03 3A 70 6E 03 0C 00
11 00 80 3C 20 00 80 01 02 03 04 67 D8 5D C4 01 78 80
00 57 61 60 5F 5E 5D 64 62 63 10 20 22 1F 21 05 14 04
03 13 07 12 16 27 01 E2 0F 03 23 09 07 07 D1 3D 80 80
72 B0 26 40 78 C8 36 00 40 E8 63 00 00 1C 28 3C 80 A0
70 B0 23 40 30 20 36 00 40 E8 63 00 00 1A 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 7A

11.

set vidin

Set edid data for the<input channel>=

Command sent:

ediddata:<input

specified input

1~4>set vidin ediddata:1,256byte EDID Datachannel>,<edid_dat

channel as custom<edid_data>=

Response:

a>

edid

256byte EDID Data

set input 1 to custom edid mode and custom edid data
to be: 0E 0D DA 10 00 00 01 00 00 00 7C 00 00 00 00 00

NOTE: EDID mode

00 00 77 00 00 00 30 11 B6 7E DC 97 EE 76 20 7C EE 76

will be set to

00 90 EE 76 00 00 00 00 00 02 00 00 50 71 D4 01 E8 74

Custom

D4 01 70 00 00 00 50 71 D4 01 E8 74 D4 01 FF FF FF FF
41

automatically when

F0 AF D4 01 02 00 00 00 84 60 07 00 02 5E 05 00 08 00

uploading edid by

00 00 18 57 02 00 F3 D8 0F 60 60 11 B6 7E F3 D8 0F 60

the command

BE 66 07 00 06 00 00 00 26 00 00 00 26 00 00 00 06 00
00 00 26 00 00 00 15 00 00 00 D4 7C 02 00 07 5E 05 00
26 00 00 00 18 D0 01 00 00 00 00 00 44 2C 20 20 2C 20
44 2C 20 61 2C 20 74 2C 20 61 2C 20 00 2C 20 00 2C 20
62 2C 20 79 2C 20 74 2C B0 11 B6 7E 01 00 00 00 54 54
01 00 00 00 00 00 C8 55 01 00 BC 11 B6 7E 34 32 39 34
39 36 37 32 39 35 00 00 01 00 00 00 6C 51 01 00 F3 D8
0F 60 31 11 B6 7E F3 D8 0F 60 8F 64 07 00 00 00 00 00
00 00 00 00>set input 1 to custom edid mode>get ediddata for input 1 is: 25 0B 0E 0D DA 10 00 00 01
00 00 00 7C 00 00 00 00 00 00 00 77 00 00 00 30 11 B6
7E DC 97 EE 76 20 7C EE 76 00 90 EE 76 00 00 00 00 00
02 00 00 50 71 D4 01 E8 74 D4 01 70 00 00 00 50 71 D4
01 E8 74 D4 01 FF FF FF FF F0 AF D4 01 02 00 00 00 84
60 07 00 02 5E 05 00 08 00 00 00 18 57 02 00 F3 D8 0F
60 60 11 B6 7E F3 D8 0F 60 BE 66 07 00 06 00 00 00 26
00 00 00 26 00 00 00 06 00 00 00

12.

get vidin

Get brightness<input channel>=

Command sent:brightness:<input

setting for the

1~4>get vidin brightness:1

channel>specified input

Response:
get brightness set to 100 for input 1

13.

14.

set vidin

Set brightness for<input channel>=

Command sent:brightness:<input

the specified input

1~4>set vidin brightness:1,50

channel>,<brightne<brightness= 0~100

Response:

ss>(50 is bypass)set brightness to 50 for input 1

get vidin

Get contrast setting<input channel>=

Command sent:

contrast:<input

for the specified

1~4>get vidin contrast:1

channel>input

Response:
get contrast set to 100 for input 1

15.

16.

set vidin

Set contrast for the<input channel>=

Command sent:

contrast:<input

specified input

1~4>set vidin constrast:1,50

channel>,<contrast<contrast= 0~100

Response:>(50 is bypass)set contrast to 50 for input 1

get vidin

Get saturation<input channel>=

Command sent:

saturation:<input

setting for the

1~4>get vidin satuation:1

channel>specified input

Response:
get saturation set to 50 for input 1

17.

set vidin

Set saturation for<input channel>=

Command sent:
42

1~4

>set vidin satuation:1,100

channel>,<saturati<saturation= 0~100

Response:on>(50 is bypass)set saturation to 100 for input 1

saturation:<input

18.

the specified input

get vidin

Get hue setting for<input channel>=

Command sent:hue:<input

the specified input

1~4>get vidin hue:1
Response:channel>get hue set to 50 for input 1
19.

20.

set vidin hue:<input

Set hue for the<input channel>=

Command sent:

channel>,<hue>specified input

1~4>set vidin hue:1,100<hue= 0~100 (50 is

Response:

bypass)set hue to 100 for input 1

get vidin

Get sharpness h<input channel>=

Command sent:

sharpnessh:<input

setting for the

1~4>get vidin sharpnessh:1

channel>specified input

Response:
get sharpnessh set to 10 for input 1

21.

22.

set vidin

Set sharpness h for<input channel>=

Command sent:

sharpnessh:<input

the specified input

1~4>set vidin sharpnessh:1,20

channel>,<sharpnes<sharpnessh= 0~20

Response:sh>(10 is bypass)set sharpnessh to 20 for input 1

get vidin

Get sharpness v<input channel>=

Command sent:

sharpnessv:<input

setting for the

1~4>get vidin sharpnessv:1

channel>specified input

Response:
get sharpnessv set to 10 for input 1

23.

24.

set vidin

Set sharpness v for<input channel>=

Command sent:

sharpnessv:<input

the specified input

1~4>set vidin sharpnessv:1,20

channel>,<sharpnes<sharpnessv= 0~20

Response:sv>(10 is bypass)set sharpnessv to 20 for input 1

get vidin aspect

Get aspect ratio<input channel>=

Command sent:

ratio:<input

setting for the

1~4>get vidin aspect ratio:1

channel>specified input

Response:
get aspect ratio set to best fit for input 1

25.

set vidin aspect

Set aspect ratio for<input channel>=

Command sent:

ratio:<input

the specified input

1~4>set vidin aspect ratio:1,user

channel>,<aspect<aspect ratio>=

Response:

ratio>{

set aspect ratio to user for input 1

full,>set position y of window 1 to 0

best fit,>set the height size for window 1 to 480

16:9,>set aspect ratio to user for input 1

16:10,
4:3,
user
43

}
26.

get vidin

Get the border on or<input channel>=

Command sent:

border:<input

off for the specified

1~4>get vidin border:1

channel>input

Response:
get the border on for input 1

NOTE: The
command is only
supported for
PR-WP-412 under
Matrix Mode27.

set vidin

Set the border on or<input channel>=

Command sent:

border:<input

off for the specified

1~4>set vidin border:1,off

channel>, <state>

input<state>= on/off

Response:
set the border off for input 1

NOTE: The
command is only
supported for
PR-WP-412 under
Matrix Mode28.

get vidin borderGet the border color<input channel>=

Command sent:

color:<input

setting for the

1~4>get vidin border color:1

channel>specified input<color>=Response:{

get the border color black for input 1

NOTE: Thebk for Black,command is only

r for Red,

supported for

g for Green,

PR-WP-412 underb for Blue,

Matrix Modey for Yellow,
m for Magenta,
c for Cyan,w for White,
dr for Dark Red,
dg for Dark Green,
db for Dark Blue,dy for Dark Yellow,
dm for Dark
Magenta,
dc for Dark Cyan,gr for Gray
}
44

29.

set vidin borderSet the border color<input channel>=

Command sent:

color:<input

setting for the

1~4>set vidin border color:1,gchannel>,<color>specified input<color>=Response:{

set the border color green for input 1

NOTE: Thebk for Black,command is only

r for Red,

supported for

g for Green,

PR-WP-412 underb for Blue,

Matrix Modey for Yellow,
m for Magenta,
c for Cyan,w for White,
dr for Dark Red,
dg for Dark Green,
db for Dark Blue,dy for Dark Yellow,
dm for Dark
Magenta,
dc for Dark Cyan,gr for Gray}30.

get vidin

Get the video mirror<input channel>=

Command sent:

mirror:<input

state from specified

1~4>get vidin mirror:1

channel>input

Response:
get the video mirror off for input 1

NOTE: The
command is only
supported for
PR-WP-412 under
Matrix Mode31.

set vidin

Set the video mirror<input channel>=

Command sent:

mirror:<input

on or off state for

1~4>set vidin mirror:1,on

channel>,<state>

specified input<state>= on/off

Response:
set the video mirror on for input 1

NOTE: The
command is only
supported for
PR-WP-412 under
Matrix Mode45

Configuration Commands-Output
No.

Command

Description

Variables1.

get vidout

Get the name of the<output channel>=

ExampleCommand sent:

portname:<output

specified output

1~2>get vidout portname:1

channel>port

Response:
output 1 is named as meeting room 1

2.

set vidout

Set the name of the<output channel>=

Command sent:

portname:<output

specified output

1~2>set vidout portname:1,Meeting Room 2channel>,<name>

port<name= name string

Response:
output 1 is named as meeting room 2

3.

get vidout

Get HDCP mode for<output channel>=

Command sent:

hdcp:<output

the specified output

1~2>get vidout hdcp:1
Response:channel>

output 1 is set to AUTO HDCP mode4.

set vidout

Set HDCP mode for<output channel>=

Command sent:

hdcp:<output

the specified output

1~2>set vidout hdcp:1,hdcp2.2

channel>,<hdcp_m<hdcp_mode=

Response:

ode>{

output 1 is set to HDCP2.2 mode

AUTO,
HDCP2.2,
HDCP1.4,
NO-HDCP}5.

get vidout res

Get video resolution<output channel>=

Command sent:

for the specified

1~2>get vidout res:1
Possible response message includes:

output▪ output 1 resolution is 1280x720p,50▪ output 1 resolution is no signal
6.

set vidout

Set video solution<resolution>=

Command sent:

res:<resolution>

for the specified<H>x<V<i/p>,<Rate>>set vidout res:1,4096x2160p,60

output; it will<Specific Info>

Possible response message includes:change to manual{▪ output resolution is set to 4096x2160p,60

scaling mode

640x480p,60▪ unsupported resolution

automatically if

720x480p,60

under Auto scaling

720x576p,50

mode

800x600p,60
1024x768p,60
1280x720p,50
1280x720p,60
1280x768p,60
1280x800p,60
46

1280x960p,60
1280x1024p,60
1360x768p,60
1366x768p,60
1400x1050p,60
1440x900p,60
1600x900p,60RB
1600x1200p,60
1680x1050p,60
1920x1080p,24
1920x1080p,25
1920x1080p,30
1920x1080p,50
1920x1080p,60
1920x1200p,60RB
3840x2160p,24
3840x2160p,25
3840x2160p,30
3840x2160p,50
3840x2160p,60
4096x2160p,24
4096x2160p,25
4096x2160p,30
4096x2160p,50
4096x2160p,60}
7.

get vidout scale

Get scale mode forCommand sent:

video output>get vidout scale
Response:
get manual scale mode for video output

8.

set vidout

Set scale mode for<mode>=

Command sent:

scale:<mode>

video output

auto/manual>set vidout scale:manual
Response:
set manual scale mode for video output

9.

get vidout osd

Get osd enable state

Command sent:

for video output>get vidout osd
Response:
get osd off for video output

10.

set vidout

Set osd enable state

osd:<state>

for video output<state>= on/off

Command sent:>set vidout osd:on
Response:47

set osd on for video output
11.

get vidout osd color

Get osd color setting

Command sent:

for video output>get vidout osd color
Response:
get osd color set to blue

12.

set vidout osd

Set osd color settingcolor:<color>for video output<color>= black/blue

Command sent:>set vidout osd color:blue
Response:
set osd color to blue

13.

get vidout osd pos

Get osd position for

Command sent:

video output>get vidout osd pos
Response:
get osd pos set to top left

14.

set vidout osd

Set osd position for<position>=

Command sent:

pos:<position>

video output{>set vidout osd pos:tr

TR (Top Right),

Response:

NOTE: The

TL (Top Left),set osd pos to top rightcommand is to set

BR (Bottom Right),

OSD Info position in

BL (Bottom Left),

Windowing

C (Center)

Processor, not OSD}

Menu position in
PR-WP-412
15.

get vidout cec

Get current power<output channel>=

Command sent:

power:<output

status from the sink

1~2

>get vidout cec power:1

channel>via CEC

Possible response message includes:▪ get cec on for sink on output 1▪ get cec fail for sink on output 1▪ No attached sink16.

set vidout cec

Set power status<output channel>=

Command sent:

power:<output

on/off for the sink

1~2

>set vidout cec power:1,on

channel>,<state>device via CEC<state>=on/off

Possible response message includes:▪ set cec on for sink on output 1▪ No attached sink17.

set vidout cec

Set power standby<output channel>=

Command sent:

standby:<output

for the sink device

1~2>set vidout cec standby:1

channel>via CEC on specified

Possible response message includes:

output port

▪ set cec standby for sink on output 1▪ No attached sink18.

set vidout cec

Make active for the<output channel>=

Command sent:

makeactive:<outpu

sink device via CEC

1~2>set vidout cec makeactive:1
Possible response message includes:48

t channel>
19.

on specified output▪ make active for sink on output 1

port▪ No attached sinkget vidout cec disp

Get cec display auto

<output channel>=

Command sent:

auto:<output

on/off state for

1~2>get vidout cec disp auto:2

channel>specified output

Response:
get cec display auto off for output 2

20.

set vidout cec disp

Set cec display auto

<output channel>=

Command sent:

auto:<output

on/off state for

1~2>set vidout cec disp auto:2,on

channel>,<state>

specified output<state>= on/off

Response:
set cec display auto on for output 2

21.

get vidout cec sleep

Get cec display auto

<output channel>=

Command sent:

timeout:<output

on/off delay time for

1~2>get vidout cec sleep timeout:2

channel>specified output

Response:
get cec sleep timeout set to 30mins for output 2

22.

23.

set vidout cec sleep

Set cec display auto

<output channel>=

Command sent:

timeout:<output

on/off delay time for

1~2>set vidout cec sleep timeout:2,5channel>,<time>

specified output<time>= 1~30

Response:

minutes

set cec sleep timeout set to 5mins for output 2

get vidout muteGet video mute

Command sent:

state for specified>get vidout muteoutputResponse:
get video mute off for output 1 and output 2

24.

set vidout

Set video mute formute:<state>

specified output<state>= on/off

Command sent:>set vidout mute:on
set video mute on for output 1 and output 2

25.

get vidout freeze

Get video freeze

Command sent:

state for output>get vidout freeze
Response:
get video freeze off for output 1 and output 2

26.

set vidout

Set vidout freeze forfreeze:<state>

specified output<state>= on/off

Command sent:>set vidout freeze:on
Response:
set vidout freeze on for specified output 1 and output 2

27.

get vidout blankGet video blank

Command sent:

setting for specified>get vidout blank

outputResponse:
get video blank set to black for output 1 and output 2

28.

set vidout blank:

Set vidout blank<pattern>=

Command sent:<pattern>setting for specified{>set vidout blank:blue

outputblack (no blank

Response:

color),

set video test pattern to off for output 1 and output 2

red,>set video blank to red for output 1 and output 2

NOTE: When select49

to LOGO, the LOGO

green,

is fixed in the center

blue,>set video mute off for output 1 and output 2

logo1,
logo2,
logo3}
29.

get vidout testpat

Get vidout test

Command sent:

pattern setting>get vidout testpat
Response:
get video test pattern set to off for output 1 and output
230.

set vidout

Set vidout test

<pattern>=

Command sent:

testpat:<pattern>pattern setting{>set vidout testpat:redoff (no test pattern)

Response:red

set video blank to black for output 1 and output 2

green>set video test pattern to red for output 1 and output 2

blue
}
31.

get vidout

Get vidout tmds

Command sent:

sleep:<output

sleep on/off setting>get vidout sleep:1

channel>for specified output

Response:
get video sleep on for output 1

32.

set vidout

Set vidout tmds

<output channel>=

Command sent:

sleep:<output

sleep on/off setting

1~8>set vidout sleep:1,off

channel>,<state>

for specified output<state>= on/off

Response:
set video sleep off for output 1>set vidout freeze off for specified output 1 and output
2>set aspect ratio to user for input 1>set aspect ratio to best fit for input 2>set aspect ratio to best fit for input 3>set aspect ratio to best fit for input 4

33.

get vidout sleep

Get vidout tmds

Command sent:

delay:<output

sleep on/off delay>get vidout sleep delay:1channel>time setting for

Response:

specified output

get video sleep off delay time set to 300 seconds for
output 1

34.

set vidout sleep

Set vidout tmds

<output channel>=

Command sent:

delay:<output

sleep on/off delay

1~8>set vidout sleep delay:1,100

channel>,<time>

time setting for<time>= 0~1800

Response:

specified output

seconds

set video sleep off delay time to 100 seconds for output
50

1>set video test pattern to off for output 1 and output 2
35.

get audout

Get audio mute

Command sent:

mute:<output

state for the>get audout mute:1

channel>specified output

Response:
get audio mute set to off for output 1

36.

set audout

Set audio mute for<output channel>=

Command sent:

mute:<output

the specified output

1~8>set audout mute:1,on<state>= on/off

Response:channel>,<state>
Enable or disable

set audio mute to on for output 1

audio muting on theports specified by
AUDOUT_FORMAT,
The mute stateworks as follows:
Setting:
AUDOUT_MUTE =ENABLEAUDOUT_FORMAT HDMI (HDMI audio
muted, AUDIO OUT
audio off)
AUDOUT_FORMAT ANALOG (HDMI
audio off, AUDIOOUT audio muted)
AUDOUT_FORMAT ALL (HDMI audio
muted, AUDIO OUT
audio muted)
Setting:
AUDOUT_MUTE =DISABLEAUDOUT_FORMAT HDMI (HDMI audio
plays , AUDIO OUT
audio off)
AUDOUT_FORMAT ANALOG (HDMI
audio off, AUDIO51

OUT audio plays)
AUDOUT_FORMAT ALL (HDMI audio
plays, AUDIO OUT
audio plays)37.

get vidout

Get edid data for theCommand sent:

ediddata:<output

sink on specified>get vidout ediddata:1

channel>

outputResponse:
get edid data from output 1: 00 FF FF FF FF FF FF 00
05 B8 00 11 04 00 00 00 1C 19 01 03 80 00 00 78 0E
EE 95 A3 54 4C 99 26 0F 50 54 FF FF 80 D1 00

B3 00

A9 40 81 00 81 C0 81 80 8B C0 95 00 02 3A 80 18 71
38 2D 40 58 2C 45 00 40 84 63 00 00 1E 00 00 00 FC
00 41 4D 58 5F 48 44 4D 49 31 76 34 0A 20 00 00 00
FD 00 17 78 0F 66 11 00 0A 20 20 20 20 20 20 00 00
00 FA 00 D1 C0 A9 C0 90 40 81

40 01 01 01 01 0A 01

5F 02 03 30 70 67 03 0C 00 11 00 80 22 5F 10 20 22
1F 21 05 14 04 03 13 02 0E 0F 11 06 07 12 15 16 1D
1E 27 29 2A 2B 2C 2D 2F 30 31 01 23 09 07 07 1A 36
80 A0 70 38 1F 40 30 20 35 00 40 84 63 00 00 1A 46
37 80 70 72 38 22 40 70 C8 35 00 40 84 63 00 00 1C
D1 3D 80 80 72 B0 26 40 78 C8 36 00 40 E8 63 00 00
1C 28 3C 80 A0 70 B0 23 40 30 20 36 00 40 E8 63 00
00 1A 00 00 00 00 00 00 00 45

52

Switching Commands
No.

Command

Description

Variables

ExampleCommand sent:

1.

load preset:<preset

Load the specified<preset mode>= 1~8

mode>

preset mode for>load preset:1

switcher setting

Response:
loaded preset 1

2.

3.

<preset mode>= 1~8

Command sent:

save preset:<preset

Save current

mode>

switcher setting as>save preset:2

the specified preset

Response:

mode

saved current switcher as preset mode 2<preset mode>= 1~8

Command sent:

get preset

Get preset name forname:<preset

the specified preset>get preset name:2

mode>

mode

Response:
get Preset 2 as name for preset mode 2

4.

set preset

Set preset name for<preset mode>= 1~8

Command sent:

name:<preset

the specified preset<name>= name>set preset name:2,1toALLmode>,<name>mode

stringResponse:
set 1toAll as name for preset mode 2

5.

get switch VI<input

Get which video<input channel>=

Command sent:

channel>

outputs is switched

1~4>get switch VI1

to specified input

Possible response message includes:or▪get switch video from input 1 for all output

get which window is▪get switch video from input 1 for no output

switched to▪get switch video from input 1 for output 1,2

specified video input▪get switch video from input 1 for window 1(just for PR-WP-412▪invalid

under Windowing
mode)
6.

7.

get switch

Get which video<channel>=

Command sent:

VO<channel>

input is switched to{>get switch VO2

specified output

1~4 for PR-WP-412

Possible response message includes:orWindow Channel▪get switch video from input 1 for output 2

get which video

under Windowing▪get switch no video from no input for output 2

input is switched tomode,▪get switch video from input 1 for window 2

specified window

1~2 for PR-WP-412▪get switch video from no video input for window 2(just for PR-WP-412

Output Channel▪invalid

under Windowing

under Matrix Mode

mode)

}
Possible command sent:

set switch VI<input

Set switch video forchannel>O<channel>

input port to the

1~4 for PR-WP-412▪set switch VI1OALL

output port.

}▪set switch VI2O1
53

8.

Or

<output channel>=▪set switch VI4O2

set switch video{▪set switch VI2O1,2,3

input to the

0 for Selection of No▪set switch VI2O0

specified window

channel,Possible response message includes:(just for PR-WP-412

1~4 for PR-WP-412▪set switch video from input 1 for all output

under Windowing

Window Channel▪set switch video from no input for output 1

mode)

under Windowing▪set switch video from no input for window 1

mode,▪set switch video from no input for output 1,2

NOTE: The

1~2 for PR-WP-412▪set switch video from input 2 for window 1,2,3

command is linked

Output Channel▪set switch video from input 2 for no output

to “set win

under Matrix Mode,▪invalid switch

select“ forall for Selection of

PR-WP-412 in

ALL channel

Windowing Mode}get switch CI<input

Get audio/video in<input channel>=

Command sent:

channel>specified input are

1~4

get switch CI1

switched to which

Possible response message includes:

outputs

For PR-WP-412, Matrix Mode▪get switch video from input 1 for all output

NOTE: "get switch▪get switch audio from input 1 for all output

CI" command▪get switch video from input 1 for output 1

response as "get▪get switch audio from input 1 for output 2

switch AI" and "get▪get switch audio from input 1 for no output

switch VI" for
PR-WP-412 under

For PR-WP-412, Windowing Mode

Matrix Mode, as its▪no support in windowing video mode

audio and video canbe routed
independently
NOTE: "get switchCI" command isn't
supported for
PR-WP-412 in
Windowing Mode9.

get switch

Get audio/video in<output channel>=

Command sent:

CO<output channel>

specified output are

1~2 for PR-WP-412>get switch CO2

switched from which

Output Channel

Possible response message includes:

inputsunder Matrix Mode

For PR-WP-412, Matrix Mode▪get switch video from input 1 for output 2▪get switch audio from input 1 for output 2
54

NOTE: "get switch▪get switch video from no input for output 2

CO" command▪get switch audio from input 1 for output 2

response as "get▪get switch video from input 1 for output 2

switch AO" and "get▪get switch audio from no input for output 2

switch VO" for
PR-WP-412 under

For PR-WP-412, Windowing Mode

Matrix Mode, as its▪no support in windowing video mode

audio and video canbe routed
independently
NOTE: "get switch
CO" command isn't
supported for
PR-WP-412 in
Windowing Mode10.

set switch CI<input

Set switch both the<input channel>=Possible command sent:

channel>O<channel>

audio and video{▪set switch CI1OALL

input to the output

0 for Selection of No▪set switch CI0O1

port.

input channel,▪set switch CI0O1,2

1~4 for PR-WP-412▪set switch CI2O0

NOTE: "set switch

input channel

Possible response message includes:

CI" command isn't}▪set switch audio and video from input 1 for all output

supported for11.

▪set switch audio and video from no input for output 1

PR-WP-412 in<output channel>=▪set switch audio and video from no input for window 1

Windowing Mode{▪set switch audio and video from no input for output

0 for Selection of No

1,2

NOTE: "set switch

channel,▪set switch audio and video from input 2 for window

CI" command isn't

1~2 for PR-WP-412

1,2,3

supported set input

Output Channel▪set switch audio and video from input 2 for no output

channel to None

under Matrix Mode,▪invalid switch(input channel = 0)

all for Selection offor PR-WP-412 in

ALL channel

Matrix Mode}get switch AI<input

Get which audio<input channel>=

Command sent:

channel>

outputs is switched

1~4>get switch AI1

to specified audio

Possible response message includes:

input▪get switch audio from input 1 for all output▪get switch audio from input 1 for no output▪get switch audio from input 1 for output 1▪invalid55

12.

get switch

Get which audio<output channel>=

Command sent:

AO<output channel>

input is switched to

1~2>get switch AO2

specified audio

Possible response message includes:

output▪get switch audio from input 1 for output 2▪get switch audio from no input for output 2▪invalid

13.

set switch AI<input

Switch the audio<input channel>=Possible command sent:

channel>O<output

channel for the{▪set switch AI1OALL

channel>specified output or

0 for no channel,▪set switch AI2O1,2

window ,both HDMI

1~4 for input▪set switch AI2O0

Embedded audio

channel▪set switch AI2O1

and analog audio}

Possible response message includes:

output<output channel>=▪set switch audio from input 1 for all output{▪set switch audio from input 2 for output 1,2

NOTE: The

0 for Selection of No▪set switch audio from input 2 for no output

command is linked

output channel,▪set switch audio from input 2 for window 1

to “set audout

1~2 for output▪invalid switch

priority” commandchannel (bothWindowing andMatrix Mode),
all for selection of all
output}56

Windowing Commands
No.

Command

Description

Variables1.

get video modeGet video mode for

ExampleCommand sent:

video output>get video mode
Response:
get quad video mode for video output

2.

set video

Set video mode for<mode>=

Command sent:

mode:<mode>

video output{>set video mode:pip

matrix,Response:pip,

set pip video mode for video output

3stack,quad,}
3.

get win

Get the video input<window channel>=

Command sent:

select:<window

to be used for the

1~4>get win select:1

channel>specified window

Response:
get video input 1 to be used for window 1

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode4.

set win

Set the video input<window channel>=

Command sent:

select:<window

to be used for the

1~4>set win select:1,2

channel>,<input

specified window<input channel>=

Response:

1~4

set video input 2 to be used for window 1

channel>>set switch video from input 2 for window 1

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode5.

get win pos

Get the position<window channel>=

Command sent:

x:<window channel>

x(horizontal) for the

1~4>get win pos x:1
Response:

specified window

get position x of window 1 is 50
NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode
6.

set win pos

Set the position<window channel>=

Command sent:57

x:<windowx(horizontal) for the

1~4>set win pos x:1,100

channel>,<value>

specified window<value>= 0~Width ofPossible response message includes:

current output▪ set position x of window 1 to 100

resolution▪ out of range

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode7.

get win pos

Get the position<window channel>=

Command sent:

y:<window channel>y(vertical) for the

1~4>get win pos y:1
Response:

specified window

get position y of window 1 is 50
NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode
8.

set win pos

Set the position<window channel>=

Command sent:

y:<windowy(vertical) for the

1~4>set win pos y:1,100

channel>,<value>

specified window<value>= 0~Height

Possible response message includes:of current output▪ set position y of window 1 to 100

resolution▪ out of range

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode9.

get win size

Get the width size

<window channel>=

Command sent:

width:<window

for the specified

1~4>get win size width:2

channel>window

Response:
get the width size for window 2 is 300

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode
10.

set win size

Set the width size

<window channel>=

Command sent:

width:<window

for the specified

1~4>set win size width:2,400

channel>,<value>

window<value>= 0~Width of

Response:

current output

set the width size for window 2 to 400

NOTE: The

resolution
58

command is only
supported for
PR-WP-412 underWindowing mode
11.

get win size

Get the height size

<window channel>=

Command sent:height:<window

for the specified

1~4>get win size height:2channel>window

Response:
get the height size for window 2 is 300

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode
12.

set win size

Set the height size

<window channel>=

Command sent:height:<window

for the specified

1~4>set win size height:2,400

channel>,<value>

window<value>= 0~Height

Response:of current output

set the height size for window 2 to 400

NOTE: The

resolutioncommand is only
supported for
PR-WP-412 underWindowing mode13.

get win

Get the display layer<window channel>=

Command sent:

priority:<window

priority for the

1~4>get win priority:1,4channel>specified window

Response:
get display layer priority 4 for window 1

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode
14.

set win

Set the display layer<window channel>=

Command sent:

priority:<window

priority for the

1~4>set win priority:1,3channel>,<priority>

specified window<priority>= 1~4

Response:
set display layer priority 3 for window 1

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode
59

15.

get audout

Get the audio<output channel>=

Command sent:

priority:<output

source priority state

1~2>get audout priority:1channel>for the specified<priority>=

Response:

Windowing output{

get audio out priority for output 1 to auto

port

auto,
1~4,
w1~w4 (underWindowing mode)}16.

set audout

Set audio source<output channel>=

Command sent:

priority:<output

priority for the

1~2>set audout priority:1,w1

channel>,<priority>

specified<priority>=

Response:

Windowing output{

set audio out priority for output 1 to window 1

port

auto,
1~4,

Priority Mode

w1~w4 (under

Definitions

Windowing mode)

auto:

}

▪Under Matrix
mode, active audio
source of certain
output channel
follow input channelrouting to the
output▪Under Windowing
mode, active audio
source of certain
output channel
follow window set
as first priority
1~4: set active audio
source of certain
output channel fixedin the specified
input channel
w1~w4:
set active audio
source of certain
60

output channel fixedin the specified
window channel,
only work underWindowing mode
NOTE: The
command is linked
to “set switch AI”
command17.

get win

Get the border on or<window channel>=

Command sent:

border:<window

off for the specified

1~4>get win border:3channel>window

Response:
get the border off for window 3

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode18.

set win

Set the border on or<window channel>=

Command sent:

border:<window

off for the specified

1~4>set win border:3,off

channel>, <state>window<state>= on/off

Response:
set the border off for window 3

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode
19.

get win borderGet the border color<window channel>=

Command sent:

color:<window

setting for the

1~4>get win border color:4

channel>specified window<color>=Response:{

get the border color black for window 4

NOTE: Thebk for Black,command is only

r for Red,

supported for

g for Green,

PR-WP-412 underb for Blue,

Windowing modey for Yellow,
m for Magenta,
c for Cyan,w for White,61

dr for Dark Red,
dg for Dark Green,
db for Dark Blue,dy for Dark Yellow,
dm for Dark
Magenta,
dc for Dark Cyan,gr for Gray}20.

set win borderSet the border color<window channel>=

Command sent:

color:<window

setting for the

1~4>set win border color:4,gchannel>,<color>specified window<color>=Response:{

set the border color green for window 4

NOTE: Thebk for Black,command is only

r for Red,

supported for

g for Green,

PR-WP-412 underb for Blue,

Windowing modey for Yellow,
m for Magenta,
c for Cyan,w for White,
dr for Dark Red,
dg for Dark Green,
db for Dark Blue,dy for Dark Yellow,
dm for Dark
Magenta,
dc for Dark Cyan,gr for Gray}21.

get win

Get the video mirror<window channel>=

Command sent:

mirror:<window

state for the

1~4>get win mirror:1

channel>specified window

Response:
get the video mirror off for window 1

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode22.

set win

Set the video mirror<window channel>=

Command sent:>set win mirror:1,on
62

mirror:<window

on or off state for

1~4

Response:channel>,<state>

the specified<state>= on/off

set the video mirror on for window 1

window
NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode23.

get win

Get the video<window channel>=

Command sent:

display:<window

display state for the

1~4>get win display:1channel>specified window

Response:
get the video display on for window 1

NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode24.

set win

Set the video display<window channel>=

Command sent:

display:<window

on or off state for

1~4>set win display:1,off

channel>,<state>

the specified<state>= on/off

Response:
set the video display off for window 1

window
NOTE: The
command is only
supported for
PR-WP-412 underWindowing mode
25.

reset win

Reset the specified<video mode=

Command sent:layout:<video

window layout of{>reset win layout:all,all

mode>,<window

certain Video modepip,

Response:channel>to default setting

3stack,reset all window layout of all video mode to default

quad,
all
}
<window channel>=
{
1~4,
all
}
63

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be trademarks/registered trademarks of their respective companies.
AMX does not assume responsibility for errors or omissions. AMX also reserves the right to alter specifications
without prior notice at any time.
The AMX Warranty and Return Policy and related documents can be viewed/downloaded at www.amx.com.

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64