FSR DV-HDSS-41-TX 4x1 4K Scaling Presentation Switcher with Dual Outputs User Manual

The API Command Set 4×1 4K Scaling Presentation Switcher with Dual Outputs supports Freeze Mode, which allows you to freeze the currently displayed content on the screen.
The Freeze Mode can be turned on and off using the following commands.

Set Freeze Mode ON/OFF

Syntax Command: SET FREEZEM_ONOFF prm[CR/LF]
Return: FREEZEM_ONOFF prm[CR/LF]
Parameter: pm = {on, off}
Description: pm = {on, off}
Example Command: SET FREEZEM_ONOFF prm[CR/LF]
Example Return: FREEZEM_ONOFF on[CR/LF]

Get Freeze Mode ON/OFF Status

Syntax Command: GET FREEZEM_ONOFF[CR/LF]
Return: FREEZEM_ONOFF prm[CR/LF]
Parameter: pm = {on, off}
Description: pm = {on, off}
Example Command: GET FREEZEM_ONOFF[CR/LF]
Example Return: FREEZEM_ONOFF on[CR/LF]

Contact Information

For any further assistance or inquiries, please contact FSR INC.

using the following details:

Address: 244 Bergen Blvd. Woodland Park, NJ 07424
Phone: 973-785-4347
Order Desk Fax: 973-785-4207
WBebsite: http://www.fsrinc.com

FAQ

Q: What is Freeze Mode?

Freeze Mode is a feature that allows you to freeze the currently displayed content on the screen.

Q: How do I enable Freeze Mode?

To enable Freeze Mode, use the command SET FREEZEM_ONOFF.

Q: How do I disable Freeze Mode?

To disable Freeze Mode, use the command SET FREEZEM_ONOFF off.

Q: How can I check the current status of Freeze Mode?

To check the current status of Freeze Mode, use the command GET FREEZEM_ONOFF.

RS232 Connection

Connect the switcher to the PC via a serial-to-USB cable.
Run a UART tool on the PC, and configure the serial port as described in the following table.

RS232 Setting

The settings for the RS232 port are:

Baud Rate – 57600
Data Bits – 8 bits
Parity – None
Stop Bits – 1 bit
Flow Control – None

Note: The data format is ASCII.

Command Set

Take Command SET AUTOSW_ONOFF pm [CR/LF|as an example:

[SET AUTOSW_ONOF/ denotes command keywords, case insensitive.
[prm] denotes parameters, case insensitive, incorrect parameters number will not be recognized.
[CR/LF) are needed, all commands end up with [CR/LF].

Specification

API Control

Set API Control Function ON/OFF

Syntax

Command:

SET API_ONOFF prm [CR/LF]

Return:

API Mode: prm [CR/LF]

Description:

prm = {on, off}

on： Enable API control function off： Disable API control function

Example

Command:

SET API ONOFF on [CR/LF]

Return:

API Mode: on [CR/LF]

Description:

API control: Enable/ Disable Scalar API Control

GET API Control Status

Syntax

Command:

GET API STATUS[CR/LF]

Return:

API Mode: prm [CR/LF]

Description:

Get API control function status. prm = {on, off}

on： Enable API control function

off： Disable API control function

Example

Command:

GET API STATUS[CR/LF]

Return:

API Mode: on [CR/LF]

Description:

API control: Enable

Normal Switch Case

Set Auto Switch ON/OFF

Syntax

Command:

SET AUTOSW_ONOFF prm [CR/LF]

Return:

Auto Switch: prm [CR/LF]

Description:

prm = {on, off}

on: Enable Auto Switch Function off Disable Auto Switch Function

Example

Command:

SET AUTOSW ONOFF on [CR/LF]

Return:

Auto Switch: on [CR/LF]

Description:

Enable Auto Switch Function;

Set Auto Switch Mode

Syntax

Command: SET AUTOSW _MODE prm [CR/LF]

Return: Auto Switch Mode: prm [CR/LF]

Description: prm = {priority, last_connected}

priority: Switches the highest priority input signal to the output according to the pre-defined priority: VGA->DP->HDMl1->HDMl2. Last_connected: Switches the last inserted signal input to the output, the last inserted input should be the highest priority.

Example

Command:

SET AUTOSW_MODE priority [CR/LF]

Return:

Auto Switch Mode: priority [CR/LF]

Description:

Set Auto switch mode: Priority

Dipswitch 2 Overrides API and is read on power-up.

5	Switch to Next Source	Syntax Command: SET SW NEXT[CR/LF] Return: Source Select: prm[CR/LF] Description: prm = {vga, dp, hdmil, hdmi2}	Example Command: SET SW NEXT[CR/LF] Return: Source Select: DP[CR/LF] Description: Switches to DP source if the current source is vga.
6	Switch Input	Syntax Command: SET SW prm[CR/LF] Return: Source Select: prm[CR/LF] Description: SW is short for Switch prm= {vga, dp, hdmil, hdmi2}	Example Command: SET SW dp[CR/LF] Return: Source Select: dp[CR/LF] Description: Switches to DP source.
7	Get Switch Status	Syntax Command: GET SW STATUS[CR/LF] Return: Source Select: prml [CR/LF] Switch Mode: prm2[CR/LF] Description: prml = {vga, dp, HDMI, hdmi2} prm2={Manual Mode, Automatic(Last Connected) Mode, Automatic(priority) Mode}	Example Command: GET SW STATUS[CR/LF] Return: Source Select: dp[CR/LF] Switch Mode: Manual Mode[CR/LF] Description: prml = {vga, dp, hdmil, hdmi2} prm2={Manual Mode, Automatic(Last Connected) Mode, Automatic(priority) Mode}
CECControl
8	Set CEC Function ON/OFF	Syntax Command: SET CECCMD_ONOFF prm[CR/LF] Return: CEC: prm[CR/LF] Description: prm = {on, off} on: Enable CEC Function off: Disable CEC Function	Example Command: SET CECCMD ONOFF on[CR/LF] Return: CEC: on[CR/LF] Description: Enable/ Disables CEC Functions via API and push buttons for both HDMI and HDBaseT outputs

Set CEC Autoexec Function ON/OFF

Syntax

Command:

SET CECAUTO_ONOFF prm[CR/LF]

Return:

Auto CEC: prm[CR/LF]

Description:

prm = {on, off}

on: Enable CEC Autoexec Function off: Disable CEC Autoexec Function

Example

Command:

SET CECAUTO ONOFF on[CR/LF]

Return:

Auto CEC: on[CR/LF]

Description:

Enable/ Disable Autoexec CEC Function when a valid signal is applied and when no signals are present

Set CEC POWER Delay Time

Syntax

Command:

SET CECAUTO_DELAY prm[CR/LF]

Return:

Auto CEC Delay Value: prm Min[CR/LF]

Description:

CECAUTO _DELAY is short for CEC auto Power Delay Time prm = {0,1,2… ,30}

1 means 1 minute ,2 means 2 minutes and so on;

Default wait time is 2 minutes, which means when no signal detected on the selected source for 2 minutes, the unit will send CEC Command (power-off) automatically;

0 means once no signal detected on the selected source, the unit will

send CEC Command (power-off) automatically.

Example

Command:

SET CECAUTO DELAY 3[CR/LF]

Return:

CECAUTO DELAY 3 Min[CR/LF]

Description:

When no active signal detected on the selected source for 3 minutes, the unit will send CEC Command (power-off) automatically.

Send CEC Command (power-on or power-off)

Syntax

Command:

SET CECPWR_ONOFF prm[CR/LF]

Return:

Send CEC cmd: HDMI TV prm[CR/LF] Send CEC cmd: HDBT TV prm[CR/LF]

Description:

Send CEC Command prm = {on, off}

On: Send Power-On Command via CEC

Off: Send Power-Off Command via CEC

Example

Command:

SET CECPWR ONOFF on[CR/LF]

Return:

Send CEC cmd: HDMI TV OFF[CR/LF] Send CEC cmd: HDBT TV OFF[CR/LF]

Description:

Send Power-Off Command via CEC

Get CEC Control Status

Syntax

Command:

GET CEC STATUS[CR/LF]

Return:

CEC: prm 1[CR/LF]

Auto CEC: prm 1[CR/LF]

Auto CEC Delay Value: prm2 Min[CR/LF]

Description: prm 1 = {on, off} prm2= {0-30}

Example

Command:

GET CEC STATUS[CR/LF]

Return:

CEC: ON[CR/LF] Auto CEC: ON[CR/LF]

Auto CEC Delay Value: 2 Min [CR/LF]

Description:

CEC Autoexec function is enable, delay time is 2 minutes.

HDCP

Set Input HDCP Support ON/OFF

Syntax

Command:

SET HDCPSUPPORT _ONOFF in prml [CR/LF]

Return:

in : prm2[CR/LF]

Description:

HDCPSUPPORT _ONOFF will control source hdcp support on or off prm1 = {on, off}

in= {dp,hdmi1,hdmi2}

prm2={HDCP Supported, HDCP Not supported}

Example

Command:

SET HDCPSUPPORT ONOFF hdmil on[CR/LF]

Return:

HDMl1:HDCP Supported[CR/LF]

Description:

Set hdmil hdcp support on.

Get HDMI1/HDMl2 Input HDCP Status

Syntax

Command:

GET HDCP STATUS[CR/LF]

Return:

admin: April [CR/LF] hdmi2: April [CR/LF]

HDMI OUT HDCP Status: prm2[CR/LF]

Description:

April = {HDCP Supported, HDCP Not supported} prm2 = {Non Encryption, Encryption}

Example

Command:

GET HDCP STATUS[CR/LF]

Return:

HDMl1:HDCP Supported[CR/LF] HDMl2:HDCP Supported[CR/LF]

HDMI OUT HDCP Status: Non-Encryption [CR/LF]

Description:

HDMl1 Supports HDCP HDMl2 Supports HDCP

EDIT
		Syntax Command: SET EDID in prm[CR/LF]	Example Command: SET EDID hdmil fixl [CR/LF]
		Return: in EDID: prm[CR/LF]	Return: hdmil EDID: fixl [CR/LF]
15	Set Input EDID	Description: in= {vga,dp,HDMI ,hdmi2}; VGA: prm={fix0, fix, fix2, fix3, fix4} fix0: 1280×800@60Hz fix1:1920×1200@60Hz fix2: 1920×1080@60Hz fix3:1280×720@60Hz fix4: 1024×768@60Hz DP/HDMI1/HDMl2: prm={fix0, fixl, fix2, fix3, fix4, fix5, fix6, fix7} fix0: copy fixl: 4K@30Hz PCM-2Ch fix2: 1920×1080@60Hz PCM-2Ch fix3: 1280×720@60Hz PCM-2Ch fix4: 1920×1200@60Hz PCM-2Ch fix5: 1280×800@60Hz PCM-2Ch fix6: 1920×1080@60Hz Dolby 5.1 fix7: 4K@30Hz Dolby 5.1	Description: hdmil ‘s EDID is set to 1920×1200@60Hz.
		Note:
		l Fix 1(4K@30Hz PCM-2Ch) is in default;
		l When you set EDID in copy mode and detect the display for 4K@60HZ, it will automatically output 4k@30Hz;
		Syntax Command: GET EDID_STATUS[CR/LF]	Example Command: GET EDID_STATUS[CR/LF]
16	Get Input EDID Status	Return: VGA EDID: prm[CR/LF] DP EDID: prm[CR/LF] HDMl1 EDID: prm[CR/LF] HDMl2 EDID: prm[CR/LF]	Return: VGA EDID: fix0[CR/LF] DP EDID: fix2[CR/LF] HDMl1 EDID: fix2[CR/LF] HDMl2 EDID: fix2[CR/LF]
		Description: VGA: prm={fix0, fix, fix2, fix3, fix4} fix0: 1280×800@60Hz fixl: 1920×1200@60Hz fix2: 1920×1080@60Hz fix3:1280×720@60Hz fix4: 1024×768@60Hz DP/HDMI1/HDMl2: prm-{fix0, fixl, fix2, fix3, fix4, fix5, fix6, fix7}	Description: VGA’s EDID is set to 1280×800@60Hz DP’s EDID is set to 1920×1080@60Hz hdmil ‘s EDID is set to 1920×1080@60Hz Hdmi2’s EDID is set to 1920×1080@60Hz

		fix0: copy fixl: 4K@30Hz PCM-2Ch fix2: 1920×1080@60Hz PCM-2Ch fix3: 1280×720@60Hz PCM-2Ch fix4: 1920×1200@60Hz PCM-2Ch fix5: 1280×800@60Hz PCM-2Ch fix6: 1920×1080@60Hz Dolby 5.1 fix?: 4K@30Hz Dolby 5.1
Audio
17	Volume Gain Adjust	Syntax Command: SET VOLGAIN_DATA aout prm[CR/LF] Return: VOLGAIN_DATA aout prm[CR/LF] Description: VOLGAIN means volume control aout = {hdmiout, audioout}; prm = {0~100} The minimum delay between commands is 500 msec.	Example Command: SET VOLGAIN DATA audioout 50[CR/LF] Return: VOLGAIN DATA audioout 50[CR/LF] Description: The audio output volume on the HDMI and Audio Out is set to 50
18	Set Audio Mute	Syntax Command: SET AUDIO_MUTE aout prm[CR/LF] Return: AUDIO_MUTE aout prm[CR/LF] Description: aout = { hdmiout, audioout}; prm = {on, off}// on means mute; off means not mute. The minimum delay between commands is 500 msec.	Example Command: SET AUDIO MUTE audio out on [CR/LF] Return: AUDIO MUTE audio out on [CR/LF] Description: The audio was muted on HDMIOUT.
Video
19	Set Force RGB	Syntax Command: SET FORCERGB prm[CR/LF] Return: FORCERGB prm[CR/LF] Description: HDMIOUT’s colorspace is forced to RGB prm = {on, off}	Example Command: SET FORCERGB on[CR/LF] Return: FORCERGB on[CR/LF] Description: HDMIOUT’s colorspace is forced to RGB

System Info
24	Set Standby ON/OFF	Syntax Command: SET STANDBY _ONOFF prm[CR/LF] Return: STANDBY _ONOFF prm[CR/LF] Description: prm = {on, off}	Example Command: SET STANDBY ONOFF on[CR/LF] Return: STANDBY ONOFF on [CR/LF] Description: Set standby on.
25	Get Scaler Mode Status	Syntax Command: GET SCALER STATUS[CR/LF] Return: Scaler Info: STANDBY _status prm1[CR/LF] RESOLUTION HDMI out prm2[CR/LFJD<IXIXIXIXIXIXI HDCP hdmiout prm1[CR/LF] MUTE audioout prm1[CR/LF] VOLGAIN_DATA audioout prm3[CR/LF] Description: prm1 = {on, off} prm2={3840×2160@30, 1920×1200@60, 1920×1080@60, 1600×1200@60, 1366×768@60, 1280×1024@60, 1280×720@60, 1280×800@60, 1024×768@60, auto} prm3={0-100}	Example Command: GET SCALER STATUS[CR/LF] Return: Scaler Info: STANDBY status off[CR/LF] RESOLUTION hdmiout 1920×1080@60 [CR/LF]D<IXIXIXIXIXI HDCP hdmiout on[CR/LF] MUTE audioout off[CR/LF] VOLGAIN DATA audioout 35[CR/LF] Description: STANDBY’s status is off. HDMI OUT’s RESOLUTION is 1920×1080@60. HDMI out HDCP on. The audio out mute is off. Audio out volgain is 35.
26	Factory Reset	Syntax Command: RESET [CR/LF] Return: RESET [CR/LF] Description: Factory Reset	Example Command: RESET[CR/LF] Return: RESET[CR/LF] Description: Factory Reset
27	System Reboot	Syntax Command: REBOOT[CR/LF] Return: REBOOT[CR/LF] Description: System reboot	Example Command: REBOOT[CR/LF] Return: REBOOT[CR/LF] Description: System reboot

Get System Status

Syntax

Command: GET SYS STATUS[CR/LF]

Return: Response to all system status information

Description: Get System Status

Syntax

Command:

GET SYS STATUS[CR/LF]

Return:

…

（Response to all system status information）

Description:

Get System Status

Get Auto reboot Status

Command:

GET AUTOREBOOT[CR/LF]

Return:

AUTO REBOOT prm [CR/LF]

Description:

prm = {on, off}

Syntax

Command:

Get AUTOREBOOT[CR/LF]

Return:

AUTO REBOOT on [CR/LF]

Description:

Get Auto reboot Status

Syntax

Set Auto Reboot

Command:

SET AUTOREBOOT prm [CR/LF]

Return:

AUTOREBOOT prm [CR/LF]

Description:

prm = {on, off}

Syntax

Command:

SET AUTO REBOOT on[CR/LF]

Return:

AUTOREBOOT on [CR/LF]

Description:

Set Auto reboot Mode to “on”

Syntax

Update Info
		Command: UPG [CR/LF] Return: UPG [CR/LF] Description: UPG = upgrade	Syntax	Command: UPG [CR/LF]	Example
31	Enter upgrade mode			Return: UPG [CR/LF]
				Description: Upgrade module.

Auto Mode

Auto Mode 1 (priority mode): VGA->DP->HDMI1->HDMI2

When power is applied to the switcher it will default to the VGA channel unless there is another active source connected. If multiple sources are already connected it will auto-switch to the active source with the highest priority.
When a new source is connected the switcher will auto-switch depending on the priority of the input signals.
When a currently selected source is removed the unit will auto-switch to the next lower-priority input.
Manual and API switching is also valid in the Priority Mode. The front panel button will switch through the active sources. Any switch command via the Contact Closures inputs or API commands will be performed on inputs with active sources only. If the selected source is not active the LED indicator will flash twice to indicate the source is not active and will not switch.

Auto Mode 2 (Last Connected):

When power is applied to the switcher it will default to the VGA channel. If multiple active sources are present at power up the unit will auto-switch to the input with the highest priority.
When any new active source is connected the unit will auto-switch to this source.
When a currently selected source is removed the unit will auto-switch to the active source with the highest priority, or remain on the current input if no active sources are present.
Manual and API switching is also valid in the Last Connected Mode. The front panel button will switch through the active sources. Any switch command via the Contact Closures inputs or API commands will be performed on inputs with active sources only. If the selected source is not active the LED indicator will flash twice to indicate the source is not active and will not switch.

CONTACT INFORMATION

FSR INC.
244 Bergen Blvd.
Woodland Park, NJ 07424
Phone: 973-785-4347
Order Desk Fax: 973-785-4207
Web Site: http://www.fsrinc.com
We reserve the right to change specifications or product dimensions at any time.

Documents / Resources

FSR DV-HDSS-41-TX 4x1 4K Scaling Presentation Switcher with Dual Outputs [pdf] User Manual
DV-HDSS-41-TX 4x1 4K Scaling Presentation Switcher with Dual Outputs, DV-HDSS-41-TX, 4x1 4K Scaling Presentation Switcher with Dual Outputs, 4K Scaling Presentation Switcher with Dual Outputs, Scaling Presentation Switcher with Dual Outputs, Presentation Switcher with Dual Outputs, Switcher with Dual Outputs, Dual Outputs

References

User Manual

FSR DV-HDSS-41-TX 4×1 4K Scaling Presentation Switcher with Dual Outputs

Product Information

Product Usage Instructions

Get Freeze Mode ON/OFF Status

RS232 Connection

RS232 Setting

Command Set

Specification

Auto Mode

CONTACT INFORMATION

Documents / Resources

References

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