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TU-HUC42-KIT
User guide
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Liberty AV TU-HUC42-RX, TU-HUC42-KIT, TU-HUC42-TX User guide

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Page 1
TU-HUC42-TX/RX
Owner's Manual
TeamUp+ S Collaboration Switcher / Extender / Hub with uncompressed 4K60 over HDBaseT
3.0
eries 18G BYOM
www.libav.com 800.530.8998
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1. Introduction
This is a 2x1+1 (TX only) or 4x2 (TX/RX kit) multi-format A/V matrix with HDBaseT 3.0 extension that supports uncompressed video resolutions up to 4K@60Hz 4:4:4 8bit deep color. It is HDCP 2.2 / 2.3 compliant and has a built in USB 3.0 switching hub with 8 total USB 3.0 client ports and 3 USB host ports for control and integration of USB devices such as USB cameras/mic.
The transmitter features two video inputs: one HDMI and one USB-C. The USB-C input supports video, data (USB host), and power charging up to 60W (for charging, the included power supply must be connected on the TX side). There is a 4-port USB 3.0 client hub built with 2 USB 3.0 host ports (one is USB-C port). Ourputs include HDBaseT3.0 & mirrored HDMI.
The receiver features 3x2 matrix outputs: one HDBaseT 3.0 input, two local HDMI inputs and two HDMI outputs. The built-in HDBaseT 3.0 extension supports long distance transport of audio, video, RS-232 and High-Speed USB 2.0 signals up to 300Mbps up to 70 meters using one category cable. The receiver also includes a USB 3.0 switching hub with 4 USB 3.0 clients. This product is ideal for software-based video teleconference rooms
that require the consolidation and sync of A/V and USB signals from a laptop or room PC.
The product can be controlled via top panel buttons or API commands using RS-232 or TCP/IP. A web server / GUI is built into the TX unit that features A/V and USB switching control, display control, input EDID & HDCP management.
Control options include the ability to automate the display power by using RS-232/CEC commands whenever a video signal is introduced using any A/V input and display power OFF after a specified amount of time has passed when no video signal or switching activity is present. For a complete list of programming commands, please refer to page 17 of this manual.
2. Features
• HDMI 2.0b and HDCP 2.2 compliant
• HDBaseT 3.0 VS300R chipset
• Uncompressed video signal transmission distance can be extended up to
230ft/70m for 4K@30Hz, or 131ft/40m for 4K@60Hz
• HDR, HDR10, HDR10+, Dolby Vision LLM, HLG pass-through
• TX: HDMI and USB-C 2x1 inputs, two USB 3.0 hosts and four USB 3.0
clients
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• RX: HDBaseT and 2 local HDMI inputs, 3x2 matrix outputs with one USB 3.0 host and four USB 3.0 clients
• 1x8 USB 3.0 hub with 8 USB 3.0 clients, each client output power can be on/off control independently
• USB-C supports ALT-DP mode for A/V, USB 3.0 data and power charging up to 60W
• Supports bidirectional POC (power over cable), when TX or RX gets power, the other end does not need an external power supply
• Supports 3.5mm analog audio de-embedding at TX and RX
• Supports 4K to 1080p downscaling features on all HDMI outputs, no
frame rate conversion
• RS-232 passthrough and guest-mode control
• CEC and RS-232 control external display device ON/OFF
• Advanced EDID management
• Top panel buttons, RS-232 and TCP/IP control (TX built-in TCP/IP port
for API and Web GUI)
3. Package Contents
Qty Item
HDBT 3.0 4K60 Extender
1
(Transmitter) 3-pin Phoenix Connector
1
(3.81mm, male) Machine Screw (KM3, 4mm)
4
Mounting Ear
2
24V/3.75A Desktop Power
1
Supply (Locking)
1
AC Power Cord (UK Standard)
1
AC Power Cord (EU Standard)
1
AC Power Cord (AU Standard)
1
AC Power Cord (US Standard)
1
User Manual
Qty Item
HDBT 3.0 4K60 Extender
1
(Receiver) 3-pin Phoenix Connector
1
(3.81mm, male) Machine Screw (KM3, 4mm)
4
2
Mounting Ear
or
24V/2.7A Desktop Power
1
Supply (Locking)
1
AC Power Cord (UK Standard)
1
AC Power Cord (EU Standard)
1
AC Power Cord (AU Standard)
1
AC Power Cord (US Standard)
1
User Manual
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4. Specifications
Technical
HDMI Compliance HDMI 2.0b HDCP Compliance HDCP 2.2 Video Bandwidth 18Gbps
Video Resolution
USB Bandwidth Color Space RGB, YCbCr 4:4:4, YCbCr 4:2:2, YCbCr 4:2:0
Color Depth HDR
Audio Formats
Transmission Distance
ESD Protection
Connection
Transmitter
Receiver
Up to 4K@60Hz 4:4:4
Up to 300Mbps
8/10/12bit HDR, HDR10, HDR10+, Dolby Vision, HLG
HDMI/USB-C Pass-through:
LPCM, Dolby Digital/Plus/EX, Dolby True HD, DTS, DTS-EX, DTS-96/24, DTS High Res, DTS-HD Master Audio, DSD
Audio De-embedding:
LPCM 2CH only
4K60:
131ft/40m (CAT6A/7)
4K30:
230ft/70m (CAT6A/7) Human body model — ±8kV (Air-gap discharge) & ±4kV (Contact discharge)
Input: 1 x HDMI IN [Type A, 19-pin female] 1 x USB-C IN [USB Type C, 24-pin female] Output: 1 x HDMI LOOP OUT [Type A, 19-pin female] 1 x HDBaseT OUT [RJ45, 8-pin female] 1 x AUDIO OUT [3.5mm audio jack] Control: 1 x RS-232 [3pin-3.81mm Phoenix jack]
1 x F/W [Micro USB, 5-pin female] 1 x HOST [USB 3.0 Type B, 9-pin female] 4 x USB DEVICE [USB 3.0 Type A, 9-pin female] 1 x TCP/IP [RJ45]
Input: 2 x HDMI IN [Type A, 19-pin female] 1 x HDBaseT IN [RJ45, 8-pin female] Output: 2 x HDMI OUT [Type A, 19-pin female] 1 x AUDIO OUT [3.5mm audio jack] Control: 1 x RS-232 [3pin-3.81mm Phoenix jack]
1 x F/W [Micro USB, 5-pin female] 1 x HOST [USB 3.0 Type B, 9-pin female] 4 x USB DEVICE [USB 3.0 Type A, 9-pin female]
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5. Operation Controls and Functions
5.1 Transmitter Top Panel
1 32 4
Name Function Description
No.
Input source selection button for the HDMI OUT 1/2 port of the
OUTPUTS 1/2 selection
1
button
OUTPUTS 1/2 LEDs
2
(Green)
LINK LED
3
(Green)
4
Power LED Red LED indicates that the Transmitter is powered on.
Receiver. Note: There is a linkage relation between the HDMI IN and USC-C IN port, when one of them is selected as the input channel for HDMI OUT 1/2. For example, when HDMI OUT 1 selects USB-C IN as the input channel, HDMI OUT 2 will switch to USB-C IN simultaneously.
HDMI LED: When the HDMI IN port of Transmitter is selected as the input channel for HDMI OUT 1/2, the HDMI LED will be on. USB-C LED: When the USB-C IN port of Transmitter is selected as the input channel for HDMI OUT 1/2, the USB-C LED will be on. RX-IN1 LED: When the HDMI IN 1 port of Receiver is selected as the input channel for HDMI OUT 1/2, the RX-IN1 LED will be on. RX-IN2 LED: When the HDMI IN 2 port of Receiver is selected as the input channel for HDMI OUT 1/2, the RX-IN1 LED will be on.
▪ Light on: Transmitter and Rec ▪ Light flashing: Transmitter and Receiver have poor connection
status or connected to the same device.
▪ Light off: Transmitter and Receiver are not connected, or the
system is powered off.
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1 2
eiver have good connection status.
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5.2 Transmitter Front & Rear Panel
1
6
5 9 10 11 12 134 8
7
Name Function Description
No.
32
Firmware upgrade port, which can be used to upgrade the MCU
1
F/W port
(default) or Valens firmware through API commands switching. Note: The RS module requires approximately 40s~50s to start, and the MCU version number can only be read after startup.
Four USB extension ports, connected to mouse, keyboard, USB
2
USB DEVICES
camera or other USB devices. Note: The local end supports USB 3.0 transfer rate, but the remote end only supports USB 2.0 transfer rate.
Used for EDID setting: 00- Copy HDMI OUT 1 port sink EDID (as factory default) 01- 4K30 4:4:4 2CH
3
EDID DIP switch
10- 1080p60 4:4:4 2CH 11- 1200p60 4:4:4 2CH Note: The DIP switch operation is available only after switching to the DIPSWITCH mode through API commands or Web operation.
TCP/IP port
4
HDBT3.0
5
OUT port
Data Signal Indicator
6
(Yellow)
TCP/IP port, connected to PC or router. By default, the dynamic IP address is used, and the IP address can be obtained by command.
HDBaseT output port, connected to the HDBT3.0 IN port of Receiver with a CAT 6A/7 cable. It is used for various signals pass-through.
▪ Illuminating: HDMI signal with HDCP. ▪ Flashing: HDMI signal without HDCP. ▪ Dark: No HDMI signal.
2
14
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No.
Name Function Description
Link Signal Indicator
7
(Green)
LOOP OUT
8
port
HDMI IN
9
port
USB-C IN
10
port
USB HOST
11
port AUDIO OUT
12
port
RS-232 port
13
14
DC 24V
▪ Illuminating: Transmitter and Receiver have good connection status. ▪ Flashing: Transmitter and Receiver have poor connection status. ▪ Dark: Transmitter and Receiver are not connected.
HDMI signal loopout port, connected to HDMI display device, such as TV or monitor. Through API commands or Web GUI operation, users can set this port to loopout the signals from HDMI IN port or USB-C IN port, and control the connected TV to power on/off or increase/decrease the volume. HDMI signal input port, connected to HDMI source device. Users can control the operation of the connected source device through API commands.
(1) USB-C signal input port, connected to source device, with the
highest resolution of 4K30.
(2) USB-C HOST port, connected to PC for extending the USB
ports of TX or RX.
(3) Charging port for external USB-C devices, with a maximum
power supply of 60W.
USB HOST port, connected to PC for extending the USB ports of TX or RX.
Analog audio output port, which is used for audio de-embedding output.
RS-232 serial port with following three functions: (1) Pass through external serial port commands to the RS-232 port
of the HDBaseT Receiver. (2) Receive API commands to control the Extender. (3) Send API commands to control external devices (when the
Transmitter is used alone). Note: The above points 1 and 2 can be used simultaneously, while points 3 is used separately.
Power input port, connected to 24V DC power supply.
Note:
(1) The USB-C IN port can provide power for the connected USB-
C device only when the Transmitter is connected to power supply.
(2) When TX/RX is fully loaded, the Receiver also needs to be
connected to a 24V/3.75A power supply.
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5.3 Receiver Top Panel
Name Function Description
No.
Input source selection button for the HDMI OUT 1/2 port of the
OUTPUTS 1/2 selection
1
button
OUTPUTS 1/2 LEDs
2
(Green)
LINK LED
3
(Green)
4
Power LED Red LED indicates that the
Receiver. Note: There is a linkage relation between the HDMI IN and USC-C IN port, when one of them is selected as the input channel for HDMI OUT 1/2. For example, when HDMI OUT 1 selects USB-C IN as the input channel, HDMI OUT 2 will switch to USB-C IN simultaneously.
HDMI LED: When the HDMI IN port of Transmitter is selected as the input channel for HDMI OUT 1/2, the HDMI LED will be on. USB-C LED: When the USB-C IN port of Transmitter is selected as the input channel for HDMI OUT 1/2, the USB-C LED will be on. RX-IN1 LED: When the HDMI IN 1 port of Receiver is selected as the input channel for HDMI OUT 1/2, the RX-IN1 LED will be on. RX-IN2 LED: When the HDMI IN 2 port of Receiver is selected as the input channel for HDMI OUT 1/2, the RX-IN1 LED will be on.
▪ Light on: Transmitter and Rec ▪ Light flashing: Transmitter and Receiver have poor connection
status or connected to the same device.
▪ Light off: Transmitter and Receiver are not connected, or the
system is powered off.
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Receiver
1 2
eiver have good connection status.
is powered on.
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5.4 Receiver Front & Rear Panel
1
4
Name Function Description
No.
1
F/W port
2
5
6
7 8 9 103
Firmware upgrade port, which can be used to upgrade the MCU (default) or Valens firmware through API commands switching.
Four USB extension ports, connected to mouse, keyboard, USB
2
USB DEVICES
camera or other USB devices. Note: The local end supports USB 3.0 transfer rate, but the remote end only supports USB 2.0 transfer rate.
HDBT3.0
3
IN port
Data Signal Indicator
4
(Yellow)
Link Signal Indicator
5
(Green)
HDMI IN
6
1/2 port
HDBaseT input port, connected to the HDBT3.0 OUT port of Transmitter
with a CAT 6A/7 cable. It is used for various signals
pass-through.
▪ Illuminating: HDMI signal with HDCP. ▪ Flashing: HDMI signal without HDCP. ▪ Dark: No HDMI signal.
▪ Illuminating: Transmitter and Receiver have good connection status. ▪ Flashing: Transmitter and Receiver have poor connection status. ▪ Dark: Transmitter and Receiver are not connected.
HDMI signal input port, connected to HDMI source device.
HDMI signal output port, connected to HDMI display device, such
HDMI OUT
7
1/2 port
as TV or monitor. The input source can be selected through top panel buttons, API commands or Web GUI operation. Beside, through API commands or Web GUI operation, users can control the connected TV to power on/off or increase/decrease the volume.
USB HOST
8
port
USB HOST port, connected to PC for extending the USB ports of TX or RX.
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2
11
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Name Function DescriptionNo.
AUDIO OUT
9
port
RS-232 port
10
11
DC 24V
Analog audio output port, which is used for audio de-embedding output.
RS-232 serial port with follcwing two functions: (1) Pass through external serial port commands to the RS-232 port
of the HDBaseT Transmitter. (2) Send API commands to control external devices (when the
Transmitter and Receiver is used together). Note: The above points 1 and 2 can be used simultaneously.
Power input port, connected to 24V DC power supply. Note: When TX/RX is fully loaded, the Receiver also needs to be connected to a 24V/2.7A power supply.
6. Web GUI Operation Guide
The extender can be controlled & settings modified by Web GUI. The operation method is shown as below: Step 1: Get the current IP Address. The default IP address of the extender is 192.168.0.178 (when the system is not connected to a router). You can get the current extender IP address via API command control. Send the ASCII command “GetIPv4Address” through a Serial Command tool, then you’ll get the current IP address (The IP address is variable, depending on what the specific machine returns).
For the details of API command control, please refer to page 18.
Step 2: Connect the TCP/IP port of the extender to a PC with an UTP cable
(as shown in the following figure), and set the IP address of the PC to be in the same network segment with the extender.
LAN
LAN
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PC
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Step 3: Input the current IP address of extender into your browser on the PC
to enter Web GUI interface.
http://192.168.0.178
After entering the Web GUI page, there will be a visitor interface, as shown below.
Click “Get Started” or wait for 3 seconds to enter the operation interface, as shown below.
You can do the following operations on this page: ① TX HDMI OUT: Click to select the signal source for the loop output of transmitter.
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② RX HDMI OUT 1: Click to select the signal source for the output of receiver’
③ RX HDMI OUT 2: Click to select the signal source for the output of receiver’
④ Click the Power button to power on/off the extender.
⑤ Click the Settings icon to enter the login interface.
Step 4: Click the Settings icon to enter the login interface, as shown below.
Input the default username “admin” and password “password”, then click “Login” to enter the operation interface.
s HDMI OUT 1 port.
s HDMI OUT 2 port.
■ System Settings Page
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System Settings
① Room Name: You can modify the name. ② Logo: Click “IMG” to import an image to the welcome interface. ③ Welcome Message: You can modify the slogan of the welcome interface. ④ Device Status: System status, displaying each port’s connection status.
Time Settings
① Set Time Automatically: You can turn on/off the function of “Set time automatically”. When the function is turned on, you can get the date and time through the server. When the function is turned off, you can set the date and time of the system through the options on the right.
② Daylight Savings: You can turn on/off the function of “Daylight Savings”. When the function is turned on, you can set the daylight time through the options on the right.
Update Password:
You can modify the username and password.
System Configuration
① Configuration Name: You can name the configuration table. ② Update: Click to import the configuration table to the Manage Events
interface. ③ Download: Click to export the configuration table from the Manage Events
interface. ④ Firmware: Display the firmware version. You can click “Update” to update
the firmware.
⑤ Factory Reset: Click to restore all settings to factory default settings. After setting up, click “Save” to take effect.
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■ Device Configuration Page
USB Host
① Follow Video: You can set the Host port to follow video mode for each input channel.
② Manual Switch: You can manually select the Host port. ③ Auto Switch: When “Auto Switch” is selected, the system will detect the
connection status of the Host port, and select the Host port automatically.
Note:
The icon is used for function annotation.
Ports Config
① EDID: You can set the EDID of each input channel. ② HDCP: You can turn on/off the HDCP of each input channel. *Note.. HDCP
protected content or devices will not pass when HDCP is turned off
③ Downscaling: You can set the output mode (Bypass/4K to 1080P/Auto) of each output channel.
④ Auto Switching: You can turn on/off the auto switching function. TX input Detection: Set the TX input to be signal detection or 5V detection.
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RX HDMI OUT1(if TX no inputs): Configure the signal source for RX OUT 1. When there is no signal input for TX, RX OUT 1 will automatically output the input signal from RX. RX HDMI OUT2(if TX no inputs): Configure the signal source for RX OUT 2. When there is no signal input for TX, RX OUT 2 will automatically output the input signal from RX.
I/O Labels: You can change the input & output names which are displayed on the operation interface.
RS-232 Serial Port Configuration: You can configure the TX's/RX's RS-232 serial port with Baud Rate, Parity Bits, Data Bits, Stop Bits and Command Ending, power on/off TV, and increase/decrease the TV audio volume. Note: When Hex option is selected, the string must be hexadecimal, otherwise it cannot take effect. For example, HEX format: 11 22 33 44 55 66. After setting up, click “Save” to take effect.
■ Network Settings Interface
① Network Settings:
or Manual. When it is set to DHCP, the IP address will be assigned by DHCP server. When it is set to Manual, the IP address can be set manually.
② DHCP Client ID: You can renew DHCP lease. ③ Reset Network: You can reset the Network settings.
After setting up, click “Save” to take effect.
The IP mode of Network can be configured to DHCP
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■ Manage Events Interface
Up to 6 events management are supported, and each event can be edited separately, as shown in the figure below.
Event Details
① Button Label*: You can change the button label. ② Description: You can add description. ③ Trigger: Click the drop-down list to select the trigger method. ④ Show button: You can switch event d
operation interface, as shown in the following figure).
⑤ Display Icon: Click the drop-down list to select the display icon (displayed on the operation interface, as shown in the following figure).
vailable Actions: Display all available action commands. You can move
⑥ A
the commands to the “Event Actions” box by clicking the right arrow. ⑦ Event Actions: Display the action commands to be executed. You can click
the up and down arrows to adjust the sequence of the commands, or click the left arrow to delete the commands.
isplay button (displayed on the
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After setting action commands, click “TEST” to send commands. After setting up, you can click “Save” to save the settings, or click “Back” to go back to the previous level.
■ Schedule Interface
After turning off the function of “Set time automatically” on the System Settings interface, you can set the system time in 12-hour or 24-hour hours on this interface.
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API Commands
7.
The product also supports API commands for control. Connect the RS-232 port of the product to a PC with a 3-pin phoenix connector cable. Then, open a Serial Command tool on PC to send ASCII commands to control the product. The ASCII command list about the product is shown as below.
ASCII Commands
RS-232 Communication Protocol
Baud rate: 115200; Data bit: 8; Stop bit: 1; Parity bit: none. The end mark of command is “<CR><LF>”.
TCP/IP Communication Protocol
Port: 8000
Command Code
Help
GetFirmwareVersion Get the firmware version
SetPower Param
GetPower Get the standby status
FactoryReset Factory Default
SetAV Param1 From Param2
GetAV Param
Function Description
Get the list of all commands
Enter/exit standby mode Param = ON, OFF
Set output switching Param1 = LOOP, RXOUT1, RXOUT2 Param2 = USBC, HDMI, RXHDMI1, RXHDMI2, AVMUTE, OFF
Get output switching status Param = LOOP, RXOUT1, RXOUT2
Command & Feedback Example
>Help ====================================== TU-HUC Help Info FW Version: TX 1.0.0 RX 1.0.0 GUI 1.0.0 Help Get the list of all commands GetFirmwareVersion Get the firmware version
......................
====================================== >GetFirmwareVersion < TX 1.0.0 RX 1.0.0 GUI 1.0.0
>SetPower ON <Power ON >SetPower OFF <Power OFF
>GetPower <PON
<POFF >FactoryReset <Sure to RESET system and network to default settings? Type "Yes" after next prompt to confirm… >Yes
>SetAV LOOP From USBC
<AV LOOP From USBC
>SetAV RXOUT1 From AVMUTE
<AV RXOUT1 From AVMUTE
>GetAV RXOUT1
<USBC
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Command Code
SetTxLoopFollow Hdbt Param
GetTxLoopFollow Hdbt
SetTxAutoSwitchOn Param
GetTxAutoSwitchOn
SetTxAutoSwitch Mode Param
GetTxAutoSwitch Mode
GetTxHdbtSource
SetDownScale Param1 To Param2
GetDownScale Param
SetTxAudioMute Param
GetTxAudioMute
SetRxAudioMute Param
GetRxAudioMute
Function Description
Set TX LOOP follow HDBT source Param = ON, OFF
Get TX LOOP follow HDBT source
Enable/Disable TX auto-switching mode Param = ON, OFF
Get TX auto-switching mode status
Set TX auto-switching mode Param = 0: 5V detection 1: signal detection
Get TX auto-switching mode status
Get TX HDBT source from which input
Set downscaling mode Param1 = LOOP, RXOUT1, RXOUT2 Param2 = AUTO: automatically according to display's capability ON: force 4K to 1080p OFF: bypass video
Get downscaling mode Param = LOOP, RXOUT1, RXOUT2
Enable/Disable TX de-embedding audio mute Param = ON, OFF
Get TX de-embedding audio mute status
Enable/Disable RX de-embedding audio mute Param = ON, OFF
Get RX de-embedding audio mute status
Command & Feedback Example
>SetTxLoopFollowHdbt ON
<TxLoopFollowHdbt ON
>GetTxLoopFollowHdbt <ON
>SetTxAutoSwitchOn ON
<TxAutoSwitchOn ON
>GetTxAutoSwitchOn <ON
>SetTxAutoSwitchMode 1 <TxAutoSwitchMode 1
>GetTxAutoSwitchMode <1
>GetTxHdbtSource <USBC
>SetDownScale RXOUT1 To AUTO <DownScale RXOUT1 To AUTO
>GetDownScale RXOUT1
<AUTO
>SetTxAudioMute ON <TxAudioMute ON
>GetTxAudioMute <ON
>SetRxAudioMute ON
<RxAudioMute ON
>GetRxAudioMute <ON
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Command Code
SetEDID Param1 To Param2
GetEDID Param
SetHDCP Param1 To Param2
GetHDCP Param
Function Description
Set the EDID mode Param1 = USBC, HDMI, RXHDMI1, RXHDMI2 Param2 = 00 - 1920x1080@60 8bit Stereo (default) 01 - WUXGA 1920x1200 02 - 1920x1080@60 8bit High Definition Audio 03 - 3840x2160@60Hz 4:2:0 Deep Color Stereo Audio 04 - 3840x2160@60Hz Deep Color Stereo Audio 05 - 3840x2160@30Hz 8bit Stereo Audio 06 - 3840x2160@60Hz Deep Color High Definition Audio 07 - 3840x2160@60Hz Deep Color HDR LPCM 6CH 08 - copy EDID from TX HDMI output 09 - copy EDID from RX HDMI output 1 10 - copy EDID from RX HDMI output 2 11 - EDID dipswitch 12 - User Defined Get the EDID mode Param = USBC, HDMI, RXHDMI1, RXHDMI2
Set input port HDCP ON/OFF Param1 = USBC, HDMI, RXHDMI1, RXHDMI2 Param2 = ON, OFF
Get input port HDCP ON/OFF status Param = USBC, HDMI, RXHDMI1, RXHDMI2
Command & Feedback Example
>SetEDID HDMI To 01 <EDID HDMI To 01
>GetEDID HDMI
<01
>SetHDCP USBC To OFF <USBC HDCP OFF
>GetHDCP USBC <USBC HDCP OFF
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Command Code
SetUsbSwitchMode Param
GetUsbSwitchMode
GetUsbSwitchStatus
SetUsbManual Param
GetUsbManual
SetUsbFollow Param1 To Param2
GetUsbFollow Param
SetPortLabel Param1 To Param2
GetPortLabel Param
SetTimeSystem Param
GetTimeSystem
Function Description
Set USB switch mode Param = AUTO: USB 5V detection then switch MANUAL: manual switch FOLLOW: follow video switch
Get USB switch mode
Get USB switch status
Set USB manual Param = USB-C, TXHOST, RXHOST
Get USB manual status
Set USB follow Param1 = HDMI, RXHDMI1, RXHDMI2 Param2 = TXHOST, RXHOST
Get USB follow status Param = HDMI, RXHDMI1, RXHDMI2
Set port label Param1 = USBC, HDMI, LOOP, RXHDMI1, RXHDMI2, RXOUT1, RXOUT2 Param2 = xxxx
Get port label Param = USBC, HDMI, LOOP, RXHDMI1, RXHDMI2, RXOUT1, RXOUT2
Set time system is 12-hour or 24-hour Param = 12, 24
Get time system
Command & Feedback Example
>SetUsbSwitchMode AUTO <UsbSwitchMode AUTO
>GetUsbSwitchMode <AUTO
>GetUsbSwitchStatus <USB-C
>SetUsbManual USB-C
<UsbManual USB-C
>GetUsbManual <USB-C
>SetUsbFollow HDMI To TXHOST <UsbFollow HDMI TXHOST
>GetUsbFollow HDMI <TXHOST
>SetPortLabel USBC To AIRBOOK <PortLabel USBC To AIRBOOK
>GetPortLabel USBC <AIRBOOK
>SetTimeSystem 12 <TimeSystem 12
>GetTimeSystem <TimeSystem 12
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Command Code
SetSchedule <Param 1,Param2,Param3, Param4,Param5, Param6,Param7, Param8,Param9, Param10, Param11>
GetSchedule Get Schedule time
SetTimeAutoOn Param
GetTimeAutoOn
GetAutoTime
SetLocalTime < Param1,Param2, Param3,Param4, Param5,Param6>
GetLocalTime Get current time
SetDaylightOn Param
GetDaylightOn
Function Description
Set Schedule time Param1 = 0 ~ 23(hour) (Param1= 8 or 8AM, 20 or 8PM) Param2 = 0 ~ 59(min) Param3 = 0 ~ 23(hour) (Param3 = 8 or 8AM, 20 or 8PM) Param4 = 0 ~ 59(min) Param5 = 0 ~ 1(Sun) Param6 = 0 ~ 1(Mon) Param7 = 0 ~ 1(Tues) Param8 = 0 ~ 1(Wed) Param9 = 0 ~ 1(Turs) Param10 = 0 ~ 1(Fri) Param11 = 0 ~ 1(Sat)
Enable/Disable auto time Param = ON, OFF
Get auto time status
Get auto time
Initialize the time setting Param1 = 2001 ~ 2037(year) Param2 = 1 ~ 12(month) Param3 = 1 ~ 31(date) Param4 = 0 ~ 23(hour) (Param4 = 8 or 8AM, 20 or 8PM) Param5 = 0 ~ 59(min) Param6 = 0 ~ 59(sec)
Set Daylight on/off Param = ON, OFF
Get Daylight on/off
Command & Feedback Example
>SetSchedule <8,0,10,0,0,1,1,1,1,1,1>
<Schedule <8,0,10,0,0,1,1,1,1,1,1>
>SetSchedule <8PM,0,13,0,0,1,1,1,1,1,1>
<Schedule <8PM,0,1PM,0,0,1,1,1,1,1,1>
>GetSchedule
<<8,0,10,0,0,1,1,1,1,1,1>
<<8AM,0,1PM,0,0,1,1,1,1,1,1>
>SetTimeAutoOn ON
<TimeAutoOn ON
>GetTimeAutoOn
<ON
>GetAutoTime
<Time <2020,1,1,1,1,1>
<Time <2023,5,6,4PM,19,56>
>SetLocalTime <2020,1,1,1,1,1>
<Time <2020,1,1,1,1,1>
>SetLocalTime <2020,1,1,1PM,1,1>
<Time <2020,1,1,1PM,1,1>
>GetLocalTime
<<2020,1,1,1,1,1>
<<2050,5,13,6AM,36,49>
>SetDaylightOn ON
<DaylightOn ON
>GetDaylightOn
<ON
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Command Code
SetDaylightTime <Param1,Param2, Param3,Param4, Param5,Param6, Param7,Param8, Param9,Param10, Param11,Param12>
GetDaylightTime
GetIPv4Address
SetIPv4 <XXX.XXX. XXX.XXX> <YYY.YYY.YYY.YYY> <ZZZ.ZZZ.ZZZ.ZZZ>
SetCecSrcMenu
SetCecSrcUp
SetCecSrcDown
SetCecSrcLeft
SetCecSrcRight
SetCecSrcBack
SetCecSrcEnter
SetCecSrcOn
Function Description
Set Daylight Time Param1 = 1 ~ 12(start month) Param2 = 1 ~ 6(start week) Param3 = 0 ~ 6(start day) Param4 = 0 ~ 23(start hour) (Param4=8 or 8AM, 20 or 8PM) Param5 = 0 ~ 59(start min) Param6 = 1 ~ 12(end month) Param7 = 1 ~ 6(end week) Param8 = 0 ~ 6(end day) Param9 = 0 ~ 24(end hour) (Param9=8 or 8AM, 20 or 8PM) Param10 = 0 ~ 59(end min) Param11 = 0 ~ 23(adjust hour) Param12 = 0 ~ 59(adjust min)
Get Daylight time
Get the IP to access GUI
Set the GUI IP address XXX = 0 ~ 255(IP ADDRESS) YYY = 0 ~ 255(MASK) ZZZ = 0 ~ 255(GATE)
Send CEC MENU command to TX HDMI source device
Send CEC UP command to TX HDMI source device
Send CEC DOWN command to TX HDMI source device Send CEC LEFT command to TX HDMI source device
Send CEC RIGHT command to TX HDMI source device
Send CEC BACK command to TX HDMI source device
Send CEC ENTER command to TX HDMI source device Send CEC ON command to TX HDMI source device
Command & Feedback Example
>SetDaylightTime <8,1,1,10,0,12,1,1,10,0,1,0>
<DaylightTime <8,1,1,10,0,12,1,1,10,0,1,0>
>SetDaylightTime <1,2,0,1PM,0,1,2,0,14,0,0,0>
<DaylightTime <1,2,0,1PM,0,1,2,0,2PM,0,0,0>
>GetDaylightTime
<<8,1,1,10,0,12,1,1,10,0,1,0>
<<1,2,0,1PM,0,1,2,0,2PM,0,0,0>
>GetIPv4Address
<192.168.0.178
>SetIPv4 <192.168.0.178> <255.255.255.0>
<192.168.0.1>
<IP <192.168.0.178> <255.255.255.0>
<192.168.0.1>
>SetCecSrcMenu
<CecSrcMenu
>SetCecSrcUp
<CecSrcUp
>SetCecSrcDown
<CecSrcDown
>SetCecSrcLeft
<CecSrcLeft
>SetCecSrcRight
<CecSrcRight
>SetCecSrcBack
<CecSrcBack
>SetCecSrcEnter
<CecSrcEnter
>SetCecSrcOn
<CecSrcOn
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Command Code
SetCecSrcOff
SetCecSrcStop
SetCecSrcPlay
SetCecSrcPause
SetCecSrcPrev
SetCecSrcNext
SetCecSrcRewind
SetCecSrcFast Forward
SetCecDisplayOn Param
SetCecDisplayOff Param
SetCecDisplaySource Param
SetCecDisplayMute Param
SetCecDisplayVol Plus Param
SetCecDisplayVol Minus Param
Function Description
Send CEC OFF command to TX HDMI source device
Send CEC STOP command to TX HDMI source device
Send CEC PLAY command
to TX HDMI source device Send CEC PAUSE command to TX HDMI source device
Send CEC PREV command
to TX HDMI source device
Send CEC NEXT command
to TX HDMI source device
Send CEC rewind command
to TX HDMI source device
Send CEC fast-forward
command to TX HDMI
source device
Send CEC ON command to
display
Param = LOOP, RXOUT1,
RXOUT2
Send CEC OFF command
to display
Param = LOOP, RXOUT1,
RXOUT2
Send CEC SOURCE
command to display
Param = LOOP, RXOUT1,
RXOUT2
Send CEC MUTE command
to display
Param = LOOP, RXOUT1,
RXOUT2
Send CEC volume plus command to display Param = LOOP, RXOUT1, RXOUT2
Send CEC volume minus command to display Param = LOOP, RXOUT1, RXOUT2
Command & Feedback Example
>SetCecSrcOff
<CecSrcOff >SetCecSrcStop <CecSrcStop
>SetCecSrcPlay <CecSrcPlay
>SetCecSrcPause
<CecSrcPause >SetCecSrcPrev
<CecSrcPrev
>SetCecSrcNext
<CecSrcNext
>SetCecSrcRewind
<CecSrcRewind
>SetCecSrcFastForward
<CecSrcFastForward
>SetCecDisplayOn LOOP
<CecDisplayOn LOOP
>SetCecDisplayOff LOOP
<CecDisplayOff LOOP
>SetCecDisplaySource LOOP <CecDisplaySource LOOP
>SetCecDisplayMute LOOP <CecDisplayMute LOOP
>SetCecDisplayVolPlus LOOP <CecDisplayVolPlus LOOP
>SetCecDisplayVolMinus LOOP <CecDisplayVolMinus LOOP
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8. Application Example
LAN
LAN
TP-LINK
Router
CAT 6A/7 cable
Local Computer
LAN
Mouse
TV 1
Local
Computer
Keyboard
Laptop
TV 2 TV 3
25 / 25
USB Camera
USB Camera
HDMI Matrix with RS-232 function
Speakers
PC2
Power Supply
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