Tekvox 79141-MV Seamless Multiview Switcher User Manual

: July 25, 2024
: TEKVOX

Table of Contents

Tekvox 79141-MV Seamless Multiview Switcher
Product Usage Instructions
FAQs
Safety Precautions
Features
Package List
Specifications
Panel Description
System Connection Diagrams
Front Panel Control
IR Remote
RS232 Control
SET_AV INPARAM TO OUTPARAM INPARAM = 1~4
SET_AV 1
SET_AV 1 TO
SET_AUTO_SWITCH 1
SET_FULL_SWAUD 1
SET_OUTPUT_HDCP 1
SET_EDID_MODE 1 1
GET_EDID_MODE 1
SET_KEYPAD_LOCK 1
SET_MV_MODE 1
SET_SYNCACT_CEC 1
SET_SYNCACT_RS232 1
SET_DTIME 1:30
SET_SRC_MENU 1
SET_SRC_UP 1
SET_SRC_DOWN 1
SET_SRC_LEFT 1
SET_SRC_RIGHT 1
SET_SRC_BACK 1
SET_SRC_ENTER 1
SET_SRC_ON 1
SET_SRC_OFF 1
SET_SRC_STOP 1
SET_SRC_PLAY 1
SET_SRC_PAUSE 1
SET_SRC_PREV 1
SET_SRC_NEXT 1
SET_SRC_REW 1
SET_SRC_FF 1
SET_ON_05:1234567
SET_H_ON_05:50 31 32 33 34
SET_OF_05:ABCDEFG
SET_OF_05:41 42 43 44 45 46
Firmware Upgrade
References
Read User Manual Online (PDF format)
Download This Manual (PDF format)

Tekvox 79141-MV Seamless Multiview Switcher

Product Usage Instructions

Safety Precautions
- To ensure the best performance from the product, please read all instructions carefully before using the device. Save this manual for further reference.
Panel Description
- The panel description section provides details about the various ports, buttons, and indicators on the device. Refer to this section to understand the physical layout of the product.
Firmware Upgrade
- Instructions on how to upgrade the firmware of the device can be found in this section. It is important to keep the firmware up to date for optimal performance.

FAQs

Q: Where can I find the latest details about the product?
- A: For the latest information and updates, please refer to the dealers or visit www.tekvox.com.
Q: What should I do with electronic waste from the product?
- A: To dispose of electronic wastes, please treat them as normal electrical wastes following local regulations.

Safety Precautions

To ensure the best performance from the product, please read all instructions carefully before using the device. Save this manual for further reference.
Unpack the equipment carefully, and save the original box and packing material for possible future shipment
Follow basic safety precautions to reduce the risk of fire, electrical shock, and injury
Do not dismantle the housing or modify the module (electrical shock or burn hazard)
Using supplies or parts not meeting the products’ specifications may cause damage, deterioration, or malfunction
Refer all servicing to qualified service personnel
To prevent fire or shock hazards, do not expose the unit to rain or moisture, or install this product near water
Do not put any heavy items on the product’s power cable
Do not remove the housing of the device, as opening or removing the housing may expose you to dangerous voltages or other hazards
Install the device in a place with sufficient ventilation to avoid damage caused by overheating
Keep the module away from liquids
Spillage into the housing may result in fire, electrical shock, or equipment damage. If an object or liquid falls or spills on to the housing, unplug the module immediately.
Do not twist or pull by force ends of the optical cable. It can cause malfunction.
Do not use liquid or aerosol cleaners to clean this unit. Always unplug the power to the device before cleaning.
Unplug the power cord when left unused for a long time
Information on disposal for scrapped devices: do not burn or mix with general household waste, please treat them as normal electrical wastes.

Product Introduction

The MV41+ is a seamless 4K HDMI switcher with four video inputs, each with auto-scaling, and one output. It includes LINE and MIX audio inputs for audio embedding & mixing, as well as AUDIO and SPDIF outputs for audio extraction /de-embedding. The MV41+ offers sophisticated, flexible multiview operation for viewing multiple inputs simultaneously, with sixteen pre-defined multiview layouts; users can customize the layout and size of windows in multiview. When in single-window mode, the MV41+ also offers automatic source detection and switching. The MV41+ is controllable via the front panel buttons, RS232, and TCP/IP with a web GUI.

Features

4 HDMI Inputs, 1 HDMI Output
Supports 4K@30Hz 4:4:4, HDCP 2.2
Seamlessly switching among four inputs
Built-in auto-scaling on all input ports
Audio embedding, de-embedding, and mixing
Supports automatic source detection and switching
Multiview with 3 different window sizes and 16 pre-defined layouts
Controllable via front panel buttons, IR remote, web GUI, and RS232 commands

Package List

1x MV41+ Multiview Switcher
1x RS232 cable (3-pin to DB9)
1x IR remote
2x 3-pin Terminal Block
1x Power Adapter (24V DC, 1.25A)
2x Mounting Ears
4x Mounting Screws
1x User Manual

Note: Please contact your distributor immediately if any damage or defect in the components is found.

Specifications

Video

Video Input| 4 HDMI In (Type-A, Female)
HDMI Input Resolution| Up to 4Kx2K@30Hz 4:4:4
Video Output| 1 HDMI Out (Type-A, Female)
HDMI Output Resolution| Up to 4Kx2K@30Hz RGB1
HDMI Standard| HDMI 1.4
HDCP Standard| Up to HDCP 2.2
Audio Input

Audio In

| 1 LINE IN (3-pin terminal block) 1 MIX IN (3-pin terminal block)
Frequency Response| 20 Hz ~ 20 kHz, ±3dB
Maximum Input Level| 2.0Vrms ± 0.5dB, 2V=16dB headroom above -10dBV (316 mV) nominal consumer line level signal
L-R Level Deviation| < 0.3dB, 1kHz sine at 0dBFS level (or max level before clipping)
Input Impedance| > 10kΩ
Audio Format| PCM 2-Channel
SPDIF Audio Output
SPDIF Out| 1 SPDIF (Toslink)
Maximum Output Level| ± 0.05dBFS
Frequency Response| 20Hz ~ 20kHz, ±1dB
Total Harmonic Distortion + Noise (THD+N)| < 0.05%, 20Hz ~ 20kHz bandwidth, 1kHz sine at 0dBFS level (or max level)
Signal-to-noise ratio (SNR)| > 90dB, 20Hz ~ 20kHz bandwidth
Crosstalk Isolation| < -70dB, 10kHz sine at 0dBFS level (or max level before clipping)
Noise| -90dB
---|---
Audio format| PCM 2-Channel
Audio Output
Audio Out| 1 AUDIO (3.5mm mini jack)
Frequency Response| 20Hz ~ 20kHz, ±dB
Maximum Output Level| 2.0 Vrms ± 0.5dB, 2V=16dB headroom above -10dBV (316 mV) nominal consumer line level signal
THD+N| < 0.05%, 20Hz ~ 20kHz bandwidth, 1kHz sine at 0dBFS level (or max level)
SNR| > 80dB, 20Hz ~ 20kHz bandwidth
Crosstalk Isolation| < -80dB, 10kHz sine at 0dBFS level (or max level before clipping)
L-R Level Deviation| < 0.05dB, 1kHz sine at 0dBFS level (or max level before clipping)
Output Load Capability| 1kΩ and higher (supports 10x parallel 10kΩ loads)
Noise| -80dB
Control
Control Ports| 1 RS232 (3-pin terminal block)

1 TCP/IP (RJ45)

General
Operating Temperature| 23 ~ 131°F (-5 ~ 55°C)
Storage Temperature| -13 ~ 158°F (-25 ~ 70°C)
Relative Humidity| 10 ~ 90%

Power Supply

| Input: AC 100 ~ 240 V, 50/60Hz Output: DC 24V, 1.25A
Power Consumption| 13W (max)
Product Dimensions| 11.22” (285mm) x 1.06” (27mm) x 6.79” (172.5mm)
Product Weight| 2.73 lbs. (1.24 kg)

Panel Description

Front Panel

Power LED: The LED light up green when the switcher is working, and red when it is in standby
IR LED: Built-in IR sensor, receives signals sent by the IR remote
Input/Audio Selection Buttons:
- Press the 1~4 buttons to select the corresponding HDMI input. Button LEDs will light up yellow when there is a video signal, and blue when the input is chosen as a source.
- In Multi-View mode, press and hold the 1~4 buttons for at least 3 seconds to select the corresponding HDMI input source’s audio as the audio output; the button will light up blue for 3 seconds, then turn off.
- Press AUTO to enable Auto-Switching mode; the AUTO button’s LED will light up blue
- In Multi-View mode, press and hold the AUTO button for at least 3 seconds to select LINE audio as the audio output
Select / Full Screen Buttons: Press the A~D buttons to set the corresponding view window to full-screen; the selected source’s LED will light up blue
Config:
- Press the SWAP button to cycle the selected view window in numerical order (i.e. in quad view, SWAP cycles A > B > C > D); the button lights up blue when pressed
- Press the RESIZE button to change the size of windows in the multiview layout; the button lights up blue when pressed
Multi-View: Press the buttons to choose from the available multi-view layouts; the LED of the selected mode will light up blue

Rear Panel

HDMI In: 4 Type-A HDMI input ports for connecting HDMI source devices
LINE IN: 3-pin terminal block for connecting audio source device to embed in HDMI audio sources
MIX IN: 3-pin terminal block for connecting audio source devices to mix with HDMI audio sources
HDMI Output: Type-A HDMI output port for connecting to display devices
SPDIF Output: Toslink audio output for audio de-embedding from HDMI output Audio
Output: 3.5mm mini jack audio output for audio de-embedding from HDMI output
RS232: 3-pin terminal block to connect an RS232 controller, or a third-party device to be controlled by RS232 commands
TCP/IP: RJ45 port to connect the switcher to a network for controlling it via the web GUI
Firmware: Type-A USB port for performing firmware updates
DC 24V: Port for connecting the switcher’s DC power supply

System Connection Diagrams

Normal Connection

Cascade Connection

Front Panel Control

Multi-View Selection

By default, the switcher is set to quad-view, and the input-output correspondence is: Input 1-Window
A, Input 2-Window B, Input 3-Window C, Input 4, Window D. To change the multi-view mode, press one of the other two multi-view buttons. The LEDs of the selected multi-view layout and corresponding windows will light up blue.
To switch to full-screen, press one of the Windows A~D buttons to display the corresponding window full-screen. While in Fullscreen mode, the LEDs of the selected input source and window will light up blue, and the LEDs of all other window and multi-view mode buttons will turn off.

Video Signal Switching In Multi-View Mode

Operation: Input # + Window #
Example: Switch Input 1 to Window B
Press Input 1 (the Input 1 LED will turn blue, and the Windows A~D LEDs will flash), then press Window B (the Windows A, C, and D LEDs will go out, then the Input 1 and Window B LEDs will flash 3 times, and then the Input 1 LED will go out and the Windows A~D LEDs will turn blue).

In Full-Screen Mode Manual Switching

Operation: Input # + Window #
Example: Switch Input 2 to Window A
Press Input 2 (the Input 2 LED will turn blue), then press Window A (the Input 2 and Window A LEDs will turn blue).

Auto-Switching

Press the AUTO button to enter Auto-Switching mode (the AUTO LED will turn blue). When in Auto-Switching mode, the signal switching obeys the following principles:

HDMI Input Priority: HDMI 1 > HDMI 2 > HDMI 3 > HDMI 4; when an input source and output window are connected, the corresponding LEDs will turn blue
New Signal: When the switcher detects a new input signal, the switcher will switch to the new signal automatically
Last-Selected Input: The switcher will remember which input source was last selected when it is powered off, and will automatically switch to that source when powering back on
Manual Switching: It is possible to switch sources manually while the switcher is in Auto- Switching mode, and doing so does not exit Auto-Switching mode
Multi-View: Changing from Fullscreen to Multi-View mode will not exit Auto-Switching mode.

Video Switching Status Inquiry

In Multi-View mode (Window A, B, C, or D LEDs lit up blue)
Operation: Window #
Example. Press and hold the Window B button for at least 3 seconds. The Window A, C, and D LEDs will turn off, and the LED of the input source currently assigned to Window B will turn blue. After 3 seconds, the input source LED will turn off, and the Window A, C, and D LEDs will turn back on.

Audio Selection

By default, the audio source is set to HDMI 1. In Multi-View mode, pressing and holding any of the
Input 1~4 buttons for more than 3 seconds will change the audio output to the corresponding input source, and the input’s LED will turn blue. After 3 seconds, the input LED will turn off.
Press and hold the AUTO button for at least 3 seconds to change the audio output to the LINE IN audio source.

Config Swap Button

Press the SWAP button to cycle through display windows sequentially (i.e. A -> B -> C -> D); the
SWAP LED will light up blue while it is pressed.

Example: In Multi-View Mode

Resize button

Press the RESIZE button the adjust the size of windows in Multi-View mode. (for more information, refer to §7.1.1 Pre-Defined Layouts)
Example: In Picture-in-Picture (PIP) mode

IR Remote

Inputs: Press the Inputs 1~4 buttons to select the corresponding input source. Press the AUTO button to automatically detect and switch input sources.
Select / Full Screen: Press the Window A~D buttons to set the corresponding input to Fullscreen mode2
Config:
- Swap: Press the SWAP button to cycle through display windows sequentially (i.e. A -> B -> C -> D)
- Resize: Press the RESIZE button the adjust the size of windows in Multi-View mode
- Mute: Press MUTE to mute or unmute the switcher’s audio output
- Res: Press the RES button to change the video output resolution
Multiview:
- Pressing the top row of Multiview buttons changes the selected multi-view layout
- Pressing the User 1~4 buttons selects the corresponding user-defined multi-view layouts 1~4 (provided any have been configured using the web GUI)

Web GUI Control
The switcher can be controlled via TCP/IP. The default IP settings are:

IP Address: 192.168.0.178
Subnet Mask: 255.255.255.0

Type 192.168.0.178 in an Internet browser to access the web GUI log-in page.

Username: admin
Password: admin

Type the username and password where prompted, then click Login to enter the Video Switching section.

Multi-View Tab Pre-Defined Layouts

Click a layout to set the multi-view mode to the corresponding layout
Click Resize to adjust the size of windows in Multi-View mode 3
Click Swap to cycle through display windows sequentially (i.e. A -> B -> C -> D)
Click the Confirm button to complete the layout selection
Click the Settings button in the bottom left corner of the screen to open the Window Select menu, which offers a grid for selecting which input source is mapped to which view window.
Click Confirm to apply the selected source mapping, or click Cancel to discard all changes and return to the Multi-View tab.

User-Defined Layouts
Click “User-Defined” at the top of the page to switch to user-defined multiview layouts.

Click the User Layout 1~4 buttons to select a user-defined multi-view layout to edit
Use the Window Select section to define the input source mapping of the layout, along with the size and position of each window within the layout
Click Save to apply changes to the selected layout4

4 If the user-defined layout exceeds the bandwidth limit, click OK to close the error message, then adjust the window sizes of the layout to reduce bandwidth consumption

Audio Tab

Click On to enter Mix mode, or click Off to exit Mix mode
Select Mute or Unmute to control whether the switcher outputs audio
Select HDMI Input 1~4 or the LINE IN audio input as the audio output

Resolution Tab

Choose any of the built-in resolutions for the selected input source device, or choose Auto to show the resolution from a third-party display device automatically
Click Confirm to apply the selected resolution

RS232 Tab

Choose whether to send RS232 commands as ASCII or HEX
Baud Rate: Supports 2400, 4800, 9600, 19200, 38400, 57600, and 11520
Command Ending: RS232 commands can be terminated with NULL, CR, LF, or CR+LF
Command: Type a command to control the third-party device connected to the RS2323 port of the switcher
Display On: Type and send a Display ON RS232 command to the connected third-party device
Display Off: Type and send a Display OFF RS232 command to the connected third-party device

CEC Tab Source CEC Control

Choose an HDMI Input 1~4 to control via CEC
Choose a Function to send the corresponding CEC command to the selected HDMI Input

Display CEC Control

Select a Function to send the corresponding CEC command to the third-party device connected to the HDMI output port of the switcher.

User-Defined CEC Control

Select an HDMI Input 1~4 to send CEC commands to
Type custom CEC commands in the Source section and click Send to control source devices via CEC
Type custom CEC commands in the Display section to control the display device via CEC

EDID Tab Upload User-Defined EDID File

Customize user-defined EDID
Prepare the EDID file (.bin) on the controlling PC
Click the User-defined box and select the EDID file from the PC’s file system
Click Apply to upload the user-defined EDID file

Built-In EDID Settings

Click Setting to access built-in EDID settings for source devices
Choose an HDMI Input 1~4 to select a source
Choose one of the built-in EDID options for the selected HDMI input
Click Confirm to apply the selected EDID settings

Network Tab

Select Dynamic Host Configuration Protocol (DHCP) or Static IP
Set the IP Address, Subnet Mask, and Gateway5

Tags Tab

Enter custom labels for any built-in or user-defined multi-view layout
Click Confirm to apply the custom labels

Security Tab

Type a new password in the Credentials field to change the GUI login password
Click Confirm to apply the new password
Lock or unlock the switcher’s front panel buttons (locking the front panel prevents the switcher from being controlled via the front panel buttons)

GUI Update

Before proceeding, confirm that the switcher has power and is online. To update the switcher’s GUI, navigate to http://192.168.0.178:100 in a web browser. Log into the configuration interface using the same username and password used to access the GUI (see §7. Web GUI Control). Next, open Administration in the file tree on the left side of the screen, then select Upload Firmware.

Click Choose File and navigate to the desired update file in the controlling PC’s file system, then click Apply to start the upgrade. Once a message appears, click “OK” to finish the update. If a message does not appear, then the GUI update may have failed. Follow the above steps again to reattempt the update.

RS232 Control

To control the switcher using RS232 commands, connect the RS232 port of the switcher to a control device (PC, TekMonitor, etc.) with an RS232 cable. The command lists in the following sections are used to control the switcher. If using a PC to send RS232 commands, the Pc must have RS232 control software installed. After installing the RS232 control software, set the COM port’s parameters according to the following in order to send RS232 commands to the switcher:

Baud Rate: 9600
Data Bit: 8
Stop Bit: 1
Parity Bit: None

Note:

In the following commands, “[“ and “]” are symbols included to make reading the commands easier, and do not need to be typed when sending commands
All commands are case-sensitive
Unless otherwise stated, the ending mark of all commands is “”

System Control

Command	Description	Command & Feedback Example
#GET_FIRMWARE_VERSION	Get the firmware version	@V1.0.0
#FACTORY_RESET	Restore all settings to factory defaults	@FACTORY_RESET
#REBOOT	Reboot the switcher	@REBOOT

#HELP [PARAM]

| ****

Get details of a command

[PARAM] =Any command

(without “#” symbol)

[PARAM] =Null to get help with all commands

| #HELP SET_AV
@Select the input source

SET_AV INPARAM TO OUTPARAM INPARAM = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

OUTPARAM = A~D

#GET_IP_ADDR

| ****

Get the IP to access web GUI

| @IP_ADDR: 192.168.0.178

@SUBNET_MASK: 255.255.255.0

@GATEWAY: 192.168.0.1

Signal Switching

Command	Description	Command & Feedback Example

#SET_AV [INPARAM] TO [OUTPARAM]

| Switch an input signal to one or more outputs

[INPARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_AV 1

SET_AV 1 TO

| [OUTPARAM] = A~D| @AV 1 TO A
| [OUTPARAM] = Null to

switch input to Window A

|
Command| Description| Command & Feedback Example
---|---|---

#GET_AV [PARAM]

| Get the current switching status of any output

[PARAM] = A~D

[PARAM] = Null to get status of all outputs

| #GET_AV
@VIDEO OUT A B C D IN 1 2 3 4

@AUDIO_SRC 1

#SET_AUTO_SWITCH [PARAM]

| Enable/Disable Auto- Switching mode

[PARAM] = 0~1

0 – Disable

1 – Enable

| ****

SET_AUTO_SWITCH 1

@AUTO_SWITCH 1

#GET_AUTO_SWITCH| Get the Auto-Switching status| @AUTO_SWITCH 1

Audio Switching

Command| Description| Command & Feedback Example|
---|---|---|---
| Mute/Unmute audio| #SET_AUDIO_MUTE 1|
#SET_AUDIO_MUTE [PARAM]| [PARAM] = 0~1

0 – Unmute

#SET_AUDIO_SRC [PARAM]

| [PARAM] = 1~5

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

5 – LINE IN

| #SET_AUDIO_SRC 1|

@AUDIO_SRC 1

|
#GET_AUDIO_SRC| Get the audio output source| @AUDIO_SRC 1|

#SET_AUDIO_MIX [PARAM]

| Enable/Disable audio mix

[PARAM] = 0~1

0 – Disable

1 – Enable

| #SET_AUDIO_MIX 1|
@AUDIO_MIX 1|
Command| Description| Command & Feedback Example
---|---|---
#GET_AUDIO_MIX| Get audio mix status| @AUDIO_MIX 1

#SET_FULL_SWAUD [PARAM]

| Enable/Disable whether the audio output follows the video switching when in Fullscreen mode

[PARAM] = 0~1

0 – Disable

1 – Enable

| ****

SET_FULL_SWAUD 1

@FULL_SWAUD 1

#GET_FULL_SWAUD

| Get whether the audio output follows the video switching when in Fullscreen mode| ****

@FULL_SWAUD 1

Function Settings

Command| Description| Command & Feedback

Example

---|---|---
| Set the RS232 baud rate|
| [PARAM] = 1~7

1 – 115200

| #SET_RS232_BAUD 5
#SET_RS232_BAUD [PARAM]| 2 – 57600

3 – 38400

4 – 19200

|
| 5 – 9600

6 – 4800

#SET_OUTPUT_RES [PARAM]

| [PARAM] = 1~8

1 – 1024 x 768 60 Hz

2 – 1280 x 720 60 Hz

3 – 1360 x 768 60 Hz

4 – 1600 x 1200 60 Hz

5 – 1920 x 1080 60 Hz

6 – 1920 x 1200 60 Hz

7 – 3840 x 2160 30 Hz

8 – Auto

| #SET_OUTPUT_RES 7

@OUTPUT_RES 7

Command| Description| Command & Feedback

Example

---|---|---
#GET_OUTPUT_RES| Get the output resolution| @OUTPUT_RES 7

#GET_INPUT_RES [PARAM]

| Get the input resolution

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

@INPUT_RES: 1920×1080 60Hz

#SET_OUTPUT_HDCP [PARAM]

| Set the HDCP mode for the HDMI output port

[PARAM] = 1~3

1 – HDCP 1.4

2 – HDCP 2.2

3 – OFF

| ****

SET_OUTPUT_HDCP 1

@OUTPUT_HDCP 1

#GET_OUTPUT_HDCP| Get the HDCP mode for the HDMI output port| @OUTPUT_HDCP 1

#SET_EDID_MODE [PARAM1] [PARAM2]

| Set the EDID mode of an HDMI input

[PARAM1] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

[PARAM2] = 1~4

1 – 1920 x 1080 60Hz PCM 2CH

2 – 3840 x 2160 30Hz PCM 2CH

3 – BYPASS

4 – USER

| ****

SET_EDID_MODE 1 1

@EDID_MODE 1 1

#GET_EDID_MODE [PARAM]

| Get the EDID mode of an HDMI input

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

GET_EDID_MODE 1

@EDID_MODE 1 1

Command| Description| Command & Feedback

Example

---|---|---

#UPLOAD_USER_EDID

| ****

Upload user-defined EDID

| @USER_EDID READY PLEASE SEND EDID DATA IN 10S

OK

#SET_KEYPAD_LOCK [PARAM]

| Lock/unlock the front panel buttons

[PARAM] = 0~1

0 – Unlock

1 – Lock

| ****

SET_KEYPAD_LOCK 1

@KEYPAD_LOCK 1

#GET_KEYPAD_LOCK| Get the front panel lock status| @KEYPAD_LOCK 1

#SET_POWER [PARAM]

| Enter/exit Standby mode

[PARAM] = 0~1

0 – Standby mode (Power off)

1 – Power On mode

| #SET_POWER 1
@POWER 1
#GET_POWER| Get the standby status| @POWER 1

#SET_MV_MODE [PARAM]

| Set multi-view mode

[PARAM] = 1~20

1 – 1 Window Fullscreen

2 – 2 Windows Side-by-Side

3 – 3 Windows 2 Up, 1 Down

4 – 4 Windows Same Size

5 – 2 Windows PIP Top Left

6 – 2 Windows PIP Bottom Left

7 – 2 Windows PIP Top Right

8 – 2 Windows PIP Bottom Right

9 – 4 Windows 3 Left, 1 Right

10 – 4 Windows 1 Left, 3 Right

11 – 4 Windows 3 Up, 1 Down

12 – 4 Windows 1 Up, 3 Down

13 – 4 Windows PIP, 3 Left

14 – 4 Windows PIP, 3 Right

15 – 4 Windows PIP, 3 Up

16 – 4 Windows PIP, 3 Down

17 – User-Defined Layout 1

18 – User-Defined Layout 2

19 – User-Defined Layout 3

20 – User-Defined Layout 4

| ****

SET_MV_MODE 1

@MV_MODE 1

Command| Description| Command & Feedback

Example

---|---|---
#GET_MV_MODE| Get the multi-view mode| @MV_MODE 1

#GET_STATUS

| ****

Get the full system status

| @V1.0.0 @VIDEO OUT A B C D IN 1 2 3 4

@AUDIO_SRC 1

@OUTPUT_RES 7

@AUTO_SWITCH 1

@EDID_MODE 1 2

…

#SET_SWAP_SRC

| ****

Swap Input Source

| @SWAP_SRC @VIDEO

OUT A B C D In 2 3 4 1

@AUDIO_SRC 2

#SET_RESIZE_WIM| Resize display windows| @RESIZE_WIM

#SET_SYNCACT_CEC [PARAM]

| Enable/Disable whether to send the corresponding CEC command when detecting a Power On/Off signal

[PARAM] = 0~1

0 – Disable (Don’t send)

1 – Enable (Send)

| ****

SET_SYNCACT_CEC 1

@SYNCACT_CEC 1

#GET_SYNCACT_CEC

| Get whether to send the corresponding CEC command when detecting a Power On/Off signal| ****

@SYNCACT_CEC 1

#SET_SYNCACT_RS232 [PARAM]

| Enable/Disable whether to send the corresponding RS232 command when detecting a Power On/Off signal

[PARAM] = 0~1

0 – Disable

1 – Enable

| ****

SET_SYNCACT_RS232 1

@SYNCACT_RS232 1

Command| Description| Command & Feedback

Example

---|---|---

#GET_SYNCACT_RS232

| Get whether to send the corresponding RS232 command when detecting a Power On/Off signal| ****

@SYNCACT_RS232 1

#SET_DTIME [PARAM1]:[PARAM2]

| Set the delay time for automatically sending the Display Off command when no signal is detected

[PARAM1] = 0~30 minutes

[PARAM2] = 0~1800 seconds

| ****

SET_DTIME 1:30

@DTIME 1:30

#GET_DTIME

| Det the delay time for automatically sending the Display Off command when no

signal is detected

| ****

@DTIME 1:30

#SET_AUTO_POWER [PARAM]

| Enable/Disable Auto-Standby function

[PARAM] = 0~1

0 – Disable

1 – Enable

| #SET_AUTO_POWER 1
@AUTO_POWER 1
#GET_AUTO_POWER| Get the Auto-Standby status| @AUTO_POWER 1

#SET_OFF_CNT [PARAM]

| Set the number of times to send the Display Off command

[PARAM] = 1~2

| #SET_OFF_CNT 1
@ODD_CNT 1
#GET_OFF_CNT| Get the number of times to send the Display Off command| @OFF_CNT 1

#SET_OFF_DELAY [PARAM]

| Set the interval between sendings of the Display Off command

[PARAM] = 5~100 (1 = 100 ms)

| #SET_OFF_DELAY 5
@OFF_DELAY 5

#GET_OFF_DELAY

| Get the interval between sendings of the Display Off command| ****

@OFF_DELAY 5

CEC Commands

Command| Description| Command & Feedback

Example

---|---|---

#SET_SRC_MENU [PARAM]

| Send CEC MENU command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_MENU 1

@SRC_MENU 1

#SET_SRC_UP [PARAM]

| Send CEC UP command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_UP 1

@SRC_UP 1

#SET_SRC_DOWN [PARAM]

| Send CEC DOWN command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_DOWN 1

@SRC_DOWN 1

#SET_SRC_LEFT [PARAM]

| Send CEC LEFT command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_LEFT 1

@SRC_LEFT 1

#SET_SRC_RIGHT [PARAM]

| Send CEC RIGHT command to source device

[PARAM] = 1~4

| ****

SET_SRC_RIGHT 1

Command| Description| Command & Feedback

Example

---|---|---
| 1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

@SRC_RIGHT 1

#SET_SRC_BACK [PARAM]

| Send CEC BACK command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_BACK 1

@SRC_BACK 1

#SET_SRC_ENTER [PARAM]

| Send CEC ENTER command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_ENTER 1

@SRC_ENTER 1

#SET_SRC_ON [PARAM]

| Send CEC ON command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_ON 1

@SRC_ON 1

#SET_SRC_OFF [PARAM]

| Send CEC OFF command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_OFF 1

@SRC_OFF 1

#SET_SRC_STOP [PARAM]

| Send CEC STOP command to source device

[PARAM] = 1~4

| ****

SET_SRC_STOP 1

Command| Description| Command & Feedback

Example

---|---|---
| 1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

@SRC_STOP 1

#SET_SRC_PLAY [PARAM]

| Send CEC PLAY command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_PLAY 1

@SRC_PLAY 1

#SET_SRC_PAUSE [PARAM]

| Send CEC PAUSE command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_PAUSE 1

@SRC_PAUSE 1

#SET_SRC_PREV [PARAM]

| Send CEC PREV command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_PREV 1

@SRC_PREV 1

#SET_SRC_NEXT [PARAM]

| Send CEC NEXT command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_NEXT 1

@SRC_NEXT 1

#SET_SRC_REW [PARAM]

| Send CEC REWIND command to source device

[PARAM] = 1~4

| ****

SET_SRC_REW 1

Command| Description| Command & Feedback

Example

---|---|---
| 1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

@SRC_REW 1

#SET_SRC_FF [PARAM]

| Send CEC FAST-FORWARD

command to source device

[PARAM] = 1~4

1 – HDMI 1

2 – HDMI 2

3 – HDMI 3

4 – HDMI 4

| ****

SET_SRC_FF 1

@SRC_FF 1

Special Commands

Note: The following commands don’t need ending marks

Command| Description| Command & Feedback

Example

---|---|---
__

__

#SETON[PARAM]:XXXX

| Set the ASCII command to be sent to the display device when the switcher powers on

[PARAM] = 01~07 (Baud Rate)

01 – 11520

02 – 57600

03 – 38400

04 – 19200

05 – 9600

06 – 4800

07 – 2400

XXXX = ASCII data to be sent (up to 48 characters)

| __

__

SET_ON_05:1234567

__

@BAUDRATE: 9600

@DISPLAY ON TO SEND: 1234567

__

#SET_HON[PARAM]:XX XX

| Set the HEX command to be sent to the display device when the switcher powers on

[PARAM] = 01~07 (Baud Rate)

01 – 11520

02 – 57600

03 – 38400

04 – 19200

05 – 9600

06 – 4800

07 – 2400

XX XX = HEX data to be sent ( X

= 0~9, A~F, up to 20 octets)

| __

__

SET_H_ON_05:50 31 32 33 34

__

@BAUDRATE: 9600 @DISPLAY ON HEX TO SEND:30 31 32 33 34

__

#SETOF[PARAM]:XXXX

| Set the ASCII command to be sent to the display device when the switcher powers off or enters Standby mode

[PARAM] = 01~07 (Baud Rate)

01 – 11520

02 – 57600

| __

__

SET_OF_05:ABCDEFG

Command| Description| Command & Feedback

Example

---|---|---
| 03 – 38400

04 – 19200

05 – 9600

06 – 4800

07 – 2400

XXXX = ASCII data to be sent (up to 48 characters)

| __

__

@BAUDRATE:9600 @DISPLAY OFF TO SEND:ABCDEFG

__

#SET_HOF[PARAM]:XX XX

| Set the HEX command to be sent to the display device when the switcher powers off or enter Standby mode

[PARAM] = 01~07 (Baud Rate)

01 – 11520

02 – 57600

03 – 38400

04 – 19200

05 – 9600

06 – 4800

07 – 2400

XX XX = HEX data to be sent ( X

= 0~9, A~F, up to 20 octets)

| __

__

SET_OF_05:41 42 43 44 45 46

__

@BAUDRATE: 9600 @DISPLAY OFF HEX TO SEND:41 42 43 44 45 46

Firmware Upgrade

Prepare the upgrade file (.bin) on the PC, and rename it as “FW_MV.bin”
Power off the switcher and connect the FIRMWARE port of the switcher to the PC with a Type- A USB cable
Power on the switcher, and the PC will automatically detect a flash drive named “BOOTDISK”
Copy the upgrade file (.bin) onto the “BOOTDISK” flash drive
Close the flash drive, and wait for the switcher’s firmware to update
Reopen the flash drive and check for a file named “SUCCESS.txt”. If this file is present, the firmware has been updated successfully. If the file is missing, then the firmware update has failed. Double-check the named of the upgrade file, the repeat the previous steps.
Remove the USB cable after the firmware upgrade is complete
Perform a factory reset on the switcher by sending the appropriate command (see §8.1 System Control)

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