CH-2535TX & CH-2535RX

HDMI/DP/VGA over HDBaseT Scaling Transmitter(PD) & Receiver (PSE) with Control System

Operation Manual

DISCLAIMERS

The information in this manual has been carefully checked and is believed
to be accurate. Cypress Technology assumes no responsibility for any
infringements of patents or other rights of third parties which may result fromits use.
Cypress Technology assumes no responsibility for any inaccuracies that
may be contained in this document. Cypress also makes no commitment to
update or to keep current the information contained in this document.
Cypress Technology reserves the right to make improvements to thisdocument and/or product at any time and without notice.

COPYRIGHT NOTICE

No part of this document may be reproduced, transmitted, transcribed,
stored in a retrieval system, or any of its part translated into any language
or computer file, in any form or by any means—electronic, mechanical,
magnetic, optical, chemical, manual, or otherwise—without express written
permission and consent from Cypress Technology.
© Copyright 2018 by Cypress Technology.
All Rights Reserved.

TRADEMARK ACKNOWLEDGMENTS

All products or service names mentioned in this document are trademarks ofthe companies with which they are associated.

SAFETY PRECAUTIONS

Please read all instructions before attempting to unpack, install or operate
this equipment and before connecting the power supply. Please keep thefollowing in mind as you unpack and install this equipment:•

Always follow basic safety precautions to reduce the risk of fire,electrical shock and injury to persons.

•

To prevent fire or shock hazard, do not expose the unit to rain, moistureor install this product near water.

•

Never spill liquid of any kind on or into this product.

•

Never push an object of any kind into this product through any openings
or empty slots in the unit, as you may damage parts inside the unit.

•

Do not attach the power supply cabling to building surfaces.

•

Use only the supplied power supply unit (PSU). Do not use the PSU if it
is damaged.

•

Do not allow anything to rest on the power cabling or allow any weight tobe placed upon it or any person walk on it.

•

To protect the unit from overheating, do not block any vents or openings
in the unit housing that provide ventilation and allow for sufficient space
for air to circulate around the unit.

•

Please completely disconnect the power when the unit is not in use to
avoid wasting electricity.

VERSION HISTORY
REV.

DATE

SUMMARY OF CHANGE

VS1

2017/10/27

Preliminary releaseVS2

2018/04/19

Updated section 8.1

CONTENTS
1. Introduction������������������������������������������������������ 1
2. Applications����������������������������������������������������� 1
3. Package Contents������������������������������������������� 2
4. System Requirements������������������������������������� 2
5. Features����������������������������������������������������������� 3
6. Operation Controls and Functions���������������� 4
6.1 Transmitter's Top Panel������������������������������� 4
6.2 Transmitter's Front and Rear Panels����������� 5
6.3 Receiver’s Top Panel����������������������������������� 6
6.4 Receiver’s Front and Rear Panels�������������� 7
6.5 OSD Menu��������������������������������������������������� 9
6.6 IR Cable Pin Assignments������������������������� 17
6.7 RS-232 Protocol���������������������������������������� 17
6.8 Telnet Control�������������������������������������������� 18
6.8.1 Telnet Access����������������������������������� 18
6.8.2 Telnet/RS-232 Commands��������������� 19
6.9 WebGUI Control���������������������������������������� 46
6.9.1 Device Discovery APP���������������������� 46
6.9.2 WebGUI Control Page���������������������� 47
7. Connection Diagram������������������������������������� 68
8. Specifications������������������������������������������������ 69
8.1 Technical Specifications���������������������������� 69
8.2 Video Specifications���������������������������������� 72
8.2.1 Transmitter's Resolutions����������������� 72
8.2.2 Receiver's Resolutions��������������������� 76
8.2.3 Color Sapce Conversions���������������� 80
8.2.4 Cable Specifications������������������������� 80
8.3 Application Notes��������������������������������������� 81
9. Acronyms������������������������������������������������������� 82

1. INTRODUCTION

This new collaboration Transmitter and Receiver system is a convenient
turnkey solution for video selection and extension in conference rooms,
classrooms and showrooms. These units provide not only AV conversion
and extension but also an intelligent and easy way to control devices
throughout the entire venue. The three most common input interfaces(HDMI, DisplayPort, and VGA) are supported by the Transmitter, providing
the ultimate in source compatibility and flexibility. The HDMI and DisplayPort
inputs both support resolution/timing up to a maximum of 4K@60Hz (4:4:4,
8-bit) which is converted, as appropriate, for transmission over HDBaseT.
The selected source can be transmitted over Cat.6/7 cable up to 70m (at4K@60Hz). The Receiver can scale the HDBaseT video source, or local
HDMI input, to match the connected display’s resolution requirements.
The Transmitter also provides an interface for a remote control keypad,
or trigger interface, which can be easily installed within a podium or withina table in a conference room or classroom. This interface can allow theuser to control a wide range of devices by activating single commands orcomplex macros and sending commands out over the local network. In
order to provide a more robust selection of control options, the Receiveralso supports 2 relay connections, providing instant control over projector
screens, curtains, lights, etc. The unique macro programmability allows forthe implementation of multiple command activations from a single buttonpress. These units are controllable via top panel controls (with OSD),
WebGUI, Telnet, and RS-232.

2. APPLICATIONS• Conference room display• Classroom display• Showroom display

1

3. PACKAGE CONTENTS
Transmitter• 1×HDMI/DP/VGA over HDBaseT Scaling Transmitter• 1×IR Extender Cable• 1×IR Blaster Cable• 2×Terminal Blocks (5-pin)• 1×Operation Manual
Receiver• 1×HDMI over HDBaseT Scaling Receiver• 1×IR Extender Cable• 1×IR Blaster Cable• 2×Terminal Blocks (2-pin)• 1×Terminal Block (5-pin)• 1×24V/2.7A DC Power Adaptor• 1×Power Cord
• 1×Operation Manual

4. SYSTEM REQUIREMENTS• HDMI and DisplayPort source equipment such as media players, video
game consoles or set-top boxes.
• VGA source equipment such as PCs, laptops or set-top boxes.
• HDMI receiving equipment such as HDTVs, monitors or audio amplifiers.
• Analog audio receiving equipment such as headphones, audio amplifiersor powered speakers.
• The use of “Premium High Speed HDMI” cables is highly recommended.
• The use of industry standard Cat.6, Cat.6a or Cat.7 cable is highly
recommended.

2

5. FEATURES• HDMI, DisplayPort, and VGA input support• Input resolution support up to 4K@60Hz (4:4:4, 8-bit) via HDMI and
DisplayPort• HDBaseT feature support: High-Definition (HD) Video and Audio,
100BaseT Ethernet, 48V PoH, and Bi-directional IR pass-through• Receiver's scaled output supports resolutions up to 4K@60Hz (4:4:4, 8-bit)
via HDMI• Support pass-through of LPCM 2.0/5.1/7.1, Bitstream & HD Bitstream
audio formats• External analog stereo audio embedding/de-embedding support• Support for automatic input detection and automatic switching on source
loss• Supports controlling a wide variety of conference room equipment such as
media players, projectors, projection screens, curtains, etc. via Ethernet,
RS-232, IR, or relay (method is device dependent)• Support for IR code learning as well as IR broadcasting• Supports Telnet for both client and server functionality• Control system supports defining up to 16 devices to simplify control andmanagement of controlled devices within the system• Integrated macro command lists support activating multiple events from asingle button press (up to 16 actions per macro)• Battery backed up RTC (Real Time Clock) to control scheduled macro
execution and program event activation• Supports extended keypad (trigger) control for easy, single button, macro
activation (optional equipment)• Compatible with the wall plate control system, allowing for full control ofdevices within the same Ethernet network (optional equipment)• Advanced EDID management options including Internal, External, andUser configurations• Easy firmware updates in the field via USB thumb drive or WebGUI• Controllable via top-panel buttons (with OSD), WebGUI, Telnet, and RS232

3

6. OPERATION CONTROLS AND FUNCTIONS
6.1 Transmitter's Top Panel1
VGA IN

AUDIO IN

SOURCE

VGA
IN

HDMI
IN

DP IN

HDMI IN

HDMI OUTDP
IN

CAT 5e/6/7 OUT

7 0M

Multi-Format 4K UHD+ over HDBaseT Tx

LOCK

3

2

3

2

1

OUT GND GND IR OUT
IN 3.3V GND IR IN

5V 1 2 3 4
GND 5 6 7 8

TRIGGER IN

1

SERVICE

RS-232LANIR IN

IR OUT

2
1 SOURCE & LEDs: Press this button to sequentially switch through theavailable inputs. The LED will illuminate GREEN to indicate which source
is currently selected. Live, but unselected, sources will be lit RED.

This unit supports a total of 4 sources (3 on the Tx, 1 on the Rx). The
selection sequence is: Tx VGA→Tx HDMI→Tx DP→Rx HDMI→Tx
VGA→Etc. When the Rx’s HDMI input is selected, the Tx’s local mirrored
HDMI output will continue to display the last local input that was selected.

2 LOCK LED: This LED will be lit when the unit’s controls are in the locked
state.

4

6.2 Transmitter's Front and Rear Panels

70 M

TRIGGER INSERVICE

RS-232LANIR IN

IR OUT

1

2

3

4

5

6

Multi-Format 4K UHD+ over HDBaseT Tx

1 TRIGGER IN: This 10 pin terminal block provides 8 trigger pins for

activating functions and macros within the unit. 5V and ground pins arealso provided for compatibility and use with the optional Trigger Keypadunit.

2 SERVICE: This slot is reserved for firmware update use only.
3 RS-232: Connect to a PC, laptop or other serial control device to send
RS-232 commands to control the unit.

4 LAN: Connect directly, or through a network switch, to your PC/laptop tocontrol the unit via Telnet/WebGUI and to extend the network across the
HDBaseT connection.

5 IR IN: Connect to the provided IR Extender to extend the IR control

range of remotely located devices. Ensure that the remote being used iswithin direct line-of-sight of the IR Extender.

6 IR OUT: Connect to the provided IR Blaster to transmit IR signals to
devices within direct line-of-sight of the IR Blaster.

Note: The IR In/Out ports are multi-function and may be reconfigured as
IR Control, IR Emitter, and IR Learner in addition to the basic IR Bypass
functionality.

CAT 5e/6/7 OUT

HDMI OUT

DP IN

HDMI IN

VGA IN

AUDIO IN

1

2

3

4

5

6

1 CAT5e/6/7 OUT: Connect to a compatible HDBaseT Receiver with asingle Cat.5e/6/7 cable for transmission of all data signals.

2 HDMI OUT: Connect to HDMI TVs, monitors or amplifiers for digital video
and audio output.

Note: This HDMI output is bypass only and is independent from the5timing/color space transmitted over the HDBaseT output.

3 DP IN: Connect to DisplayPort source equipment such as a PC or laptop.
4 HDMI IN: Connect to HDMI source equipment such as a media player,
game console or set-top box.

5 VGA IN: Connect to VGA source equipment such as a PC or laptop.
6 AUDIO IN: Connect to the stereo analog output of a device such as a CD
player or PC.

6.3 Receiver’s Top Panel1
DC 24VCAT 5e/6/7 IN

SOURCE CAT 5e/6/7
IN

HDMI
IN

HDMI IN

HDMI OUT

AUDIO OUT

7 0M

HDBaseT Rx & 4K UHD+ to HDMI Scaler
MENU

-

+

ENTER

LOCK

3

2

3

2

1

OUT GND GND IR OUT
IN 3.3V GND IR IN

RELAY OUT
1
2

2

1

SERVICE

3

4

RS-232

5

LAN

IR IN

IR OUT

6

1 SOURCE & LEDs: Press this button to sequentially switch through theavailable inputs. The LED will illuminate GREEN to indicate the selectedsource is currently live. When the selected source has no signal it will be
lit RED.

When connected to the compatible switching HDBaseT Tx this unit
supports a total of 4 sources (3 on the Tx, 1 on the Rx). The selection
sequence is: Tx VGA→Tx HDMI→Tx DP→Rx HDMI→Tx VGA→Etc.
When the Rx’s HDMI input is selected, the Tx’s local mirrored HDMI
output will continue to display the last local input that was selected.

2 MENU: Press to enter the OSD menu, or to back out from menu items.
Note: Pressing “MENU” and “+” together will reset the output resolution

6

to XGA (1024×768@60Hz). Pressing “Menu” and “−” together will reset
the output resolution to 720p@60Hz.

3 LOCK: Press and hold for 3 seconds to lock all button functions on the

top panel of both the Tx and Rx. Press and hold for 3 seconds to release
the lock function. The LED will be lit when the top panel is in the locked
state.

4 − (MINUS/DOWN): Press to move down or adjust selections within OSD
menus.

5 + (PLUS/UP): Press to move up or adjust selections within OSD menus.
Note: Pressing and holding “−” or “+” will accelerate the scrolling or
parameter adjustment speed.

6 ENTER: Press to confirm a selection within the OSD or to go deeper intoa menu item.

6.4 Receiver’s Front and Rear Panels
1

2
70 M

RELAY OUTSERVICE

RS-232LANIR IN

IR OUT

1

2

3

4

5

6

HDBaseT Rx & 4K UHD+ to HDMI Scaler

1 RELAY OUT 1~2: Connect to devices that support relay triggered power

activation, such as projector screens or blinds, to control them via macro
commands.

Note: The voltage/amp limit for these relay connections is 0 ~30VDC/10A or 0 ~ 250VAC/10A.

2 SERVICE: This slot is reserved for firmware update use only.
3 RS-232: Connect to a Projector, Media Player or other serial controllable
device to directly control RS-232 devices using the unit’s scheduling andmacro functions.

Note: The operational mode of the RS-232 port (Control/Console) can bechanged in the OSD menu to allow RS-232 control of the Receiver rather
than control of remote devices.

4 LAN: Connect directly, or through a network switch, to your PC/laptop tocontrol the unit via Telnet/WebGUI and to extend the network across the
HDBaseT connection.

7

Note: Control is only available when connected to a compatible
collaboration HDBaseT Transmitter.

5 IR IN: Connect to the provided IR Extender to extend the IR control

range of remotely located devices. Ensure that the remote being used iswithin direct line-of-sight of the IR Extender.

6 IR OUT: Connect to the provided IR Blaster to transmit IR signals to
devices within direct line-of-sight of the IR Blaster.

Note: The IR In/Out ports are multi-function and may be reconfigured as
IR Control, IR Emitter, and IR Learner in addition to the basic IR Bypass
functionality.

AUDIO OUT

HDMI OUT

HDMI IN

CAT 5e/6/7 IN

DC 24V

1

2

3

4

5

1 AUDIO OUT: Connect to powered speakers or an amplifier for stereo
analog audio output (balanced or unbalanced).

2 HDMI OUT: Connect to HDMI TVs, monitors or amplifiers for digital video
and audio output.

3 HDMI IN: Connect to HDMI source equipment such as a media player,
game console or set-top box.

4 CAT5e/6/7 IN: Connect to a compatible HDBaseT Transmitter with asingle Cat.5e/6/7 cable for transmission of all data signals.

5 DC 24V: Plug the 24V DC power adapter into this port and connect it toan AC wall outlet for power.

8

6.5 OSD Menu
LEVEL 1LEVEL 2

Output Resolution

800×600@60
1024×768@60
1280×768@60
1360×768@60
1280×800@60
1440×900@60
1280×1024@60
1400×1050@60
1680×1050@60
1600×1200@60
1920×1200@60 RB
720×480p@60
720×576p@50
1280×720p@50
1280×720p@60
1920×1080i@50
1920×1080p@50
1920×1080i@60
1920×1080p@60
3840×2160p@24
3840×2160p@25
3840×2160p@30
3840×2160p@50 Y420
3840×2160p@60 Y420
3840×2160p@50
3840×2160p@60
Bypass9

LEVEL 3

LEVEL 1

LEVEL 2LEVEL 3

Output Color Format

Format

Auto
HDMI
DVI

Color SpaceAuto
YUV422
YUV444RGB
BypassColor Depth

Auto
16bit
12bit
10bit
8bit
Bypass

Output Image Adjust

Brightness

0 ~ 100 (27)Contrast

0 ~ 100 (66)Saturation

0 ~ 100 (70)Hue

0 ~ 100 (50)

Sharpness

0 ~ 100 (60)Aspect Ratio

Full
Auto
4:3
16:10
16:9

Under Scan

No
95
90
85
80

Output Audio Control

Default

Yes/NoHDMI Audio

Unmute10

LEVEL 1

LEVEL 2LEVEL 3Mute

Ext Audio

UnmuteMute

Ext Volume

0 ~ 100 (80)

Input

Informational Display

L/R Clock
Channel Num
HDMI Information

Notify5Sec Off
10Sec Off
15Sec Off
30Sec Off
Always
Never

Input

Informational Display

Reso
Color
OutputInformational Display

Reso
Color
EDID Control

HDBT InInt FHD 2CH
Int FHD MCH
Int UHD 2CH
Int UHD MCH
Int UHD+ 2CH
Int UHD+ MCH
External1/2
User1/2/3/4

EDID Control

11

HDMI InInt FHD 2CH

LEVEL 1

LEVEL 2LEVEL 3Int FHD MCH
Int UHD 2CH
Int UHD MCH
Int UHD+ 2CH
Int UHD+ MCH
External 1/2
User1/2/3/4

VendorInformational Display

Name
MaxReso
MaxBaWth
MaxDepth
HDR Fmt
YCbCr
HDCP Control

HDBT In

Apple Mode
Refer Source
Refer Display

HDMI In

Apple Mode
Refer Source
Refer Display

In Capable

Informational Display

Out Capable
In Active
Out Active
Relay Control
RS232 Control

Relay Out1

On/OffRelay Out2

On/OffLocal Console

On/OffBaud Rate

2400

12

LEVEL 1

LEVEL 2LEVEL 3
4800
7200
9600
14400
19200
38400
57600
115200

Data Length

5bit
6bit
7bit
8bit

Parity

None
Odd
Even

Stop Bit

1bit
2bit

OSD Setting

Auto Off

5Sec
10Sec
15Sec
30Sec
60Sec
Never

OSD Setting

Horizontal

0 ~ 100 (2)Vertical0 ~ 100 (3)Transparency

0 ~ 7 (3)Panel Size

Auto
NormalLarge

13

LEVEL 1

LEVEL 2LEVEL 3

Panel Color

Gray
Red
Green
Blue

Font Color

Blue
Black
White
Yellow
Cyan
Magenta

FreeRun Color

Black
Red
Green
Blue

System Setting

Default

Yes/NoVID

Informational Display

PID
SN
FW Version

Ethernet Information

FW Update

Yes/NoFactory Reset

Yes/NoMac

Informational Display

Mode
IP
Mask
GWay

14

Notes:•The OSD only provides controls for the collaboration Receiver’s
functions. To control the functions of both the collaboration Transmitter andReceiver, please use the WebGUI or Telnet.

•

Items in Bold are factory default settings. The individual functions
will be introduced in the following paragraphs.

► Output Resolution
Due to the possibility of selecting an output resolution or format that is
not supported by the connected display, after selecting a new resolution
the OSD will display a confirmation screen. If “YES” is not selected on
the confirmation screen within 12 seconds, the output resolution willchange back to the previous setting.
When the output resolution is set to “Bypass”, the scaler in the Receiverwill be disabled and the “Output Image Adjust” menu will be disabled andgreyed out. However, the “Output Color Format” menu’s options can still
be adjusted.
► Output Color Format
Format: If “Auto” is selected, and the sink’s EDID does not correspond to
the CEA-861 specifications, this will be set to HDMI.
Color Space: The “YUV 4:2:0” color space can only be selected when
the output resolution is 4K@50Hz or 4K@60Hz. When the Format is“DVI”, the color space selection will be grayed out and automatically set
to “RGB”.
Color Depth: When the Format is “DVI” or the color space is “YUV 4:2:2”,
the Color Depth section will be grayed out and automatically set to “8-bit”.
► HDMI Information
Notify: When the input state changes, the OSD will automatically display
the currently detected input resolution for the selected period of time.
When connected to a collaboration Transmitter the OSD Info function
will be replaced by the Transmitter’s OSD Banner and controlled via the
WebGUI's settings.
► EDID Control
Input EDID: When connected to a collaboration Transmitter, the “HDBTInput EDID” section will be grayed out because the Transmitter’s EDID iscontrolled via the WebGUI. This option is only available when connected
to a “basic” HDBaseT Tx.

15

Due to the limited OSD display space, the following have beenabbreviated: Y44 = YUV 4:4:4, Y42 = YUV 4:2:2, Y40 = YUV 4:2:0.
► HDCP Control
When connected to a collaboration Transmitter the “HDBT Input HDCP”
section will be grayed out because it is not needed.
Due to the limited OSD display space, the following have beenabbreviated: H1.4 = HDCP 1.4, H2.2 = HDCP 2.2.
► Ethernet Information
Only available when connected to a collaboration Transmitter.

16

6.6 IR Cable Pin Assignments
IR Extender
Cable

IR BlasterCable

1 Power
2 Infrared
3 Not Used

1 Infrared
2 Power
3 Ground

6.7 RS-232 Protocol
UNIT

REMOTE SYSTEM

Pin

Definition

Pin

Definition

1

NC

1

NC

2

TxD

2

RxD

3

RxD

3

TxD

4

NC

4

NC

5

GND

5

GND

6

NC

6

NC

7

NC

7

NC

8

NC

8

NC

9

NC

9

NC

Baud Rate: 115200bps
Data Bits: 8
Parity Bits: None
Stop Bit: 1
Flow Control: None

17

►
◄

6.8 Telnet Control
6.8.1 Telnet Access
Before attempting to use Telnet control, please ensure that both the unit and
the PC/Laptop are connected to the same active networks.
To access Telnet
In Windows 7

Click Start, type “cmd” in the search field, andpress Enter.

In Windows XP

Click Start > Run, type “cmd”, and press Enter.

In Mac OS X

Click Go > Applications > Utilities > Terminal.

Once in the CLI (Command Line Interface) type “telnet” followed by the IP
address of the unit and “23”, then hit “Enter”.

This will connect us to the unit we wish to control. Type “$help” to list theavailable commands.
Note: The IP address of the unit can be found in the OSD within the “Ethernet”
menu item.

18

6.8.2 Telnet/RS-232 Commands•

Important Notes- These Telnet/RS-232 commands are received and processed by thecollaboration Transmitter, however, some commands are only available
when a collaboration Receiver is also connected to the Transmitter. The
section containing these special case commands has been marked with(**).
- Certain parameter values of normal commands, marked with a (*),
require the connection of a collaboration Receiver to be valid. For
example, Input 4 is only available as valid option when a collaboration
Receiver is connected, but Inputs 1~3 are always available.
- Commands will not be executed unless followed by a carriage return(marked with a  in the command list). Commands are not casesensitive.
- If the IP address is changed then the IP address required for Telnet
access will also change accordingly.

19

1. System Commands
COMMANDDESCRIPTION AND PARAMETERS

HELP

Show the full command list.

HELP N1

Show help details about command N1.
N1 = {Any command name}?Show the full command list.

? N1

Show help details about command N1.
N1 = {Any command name}

GET FW VERShow the unit’s current firmware version.

GET MODEL NAME

Show the unit’s model name.

SET DESCRIPTION N1

Set the system’s description text.
N1 = {Description string}

GET DESCRIPTION

Display the system description.

SET KEYLOCK N1

Set the front panel lock state for the unit.
Available values for N1:
OFF		[Unlock Keypad]ON		
[Lock Keypad]

GET KEYLOCKShow the current front panel lock state.

SET SYSTEM REBOOT

Force the system to reboot.

SET FACTORY DEFAULTReset all settings to the factory default.

SET BANNER DEFAULTReset the output banner to the default.

SET ETHERNET DEFAULTReset Ethernet settings to the default.

SET REMOTE DEFAULTReset all remote settings to theirdefaults.

20

2. Input Commands
COMMANDDESCRIPTION AND PARAMETERSGET IN PORT NUMBER

Show the system input port number.

GET IN TYPE LIST

Show the system input’s type.

SET IN N1 EDID N2

Assign EDID N2 to input N1.
N1 = 1 ~ 4[Input number]*

Available values for N2:
1		
[Internal FHD 2CH]
2		
[Internal FHD MCH]
3		
[Internal UHD 2CH]
4		
[Internal UHD MCH]
5		
[Internal UHD+ 2CH]
6		
[Internal UHD+ MCH]
7		
[User 1]8		
[User 2]9		
[User 3]10		
[User 4]11		
[HDMI Output]
12		
[HDBaseT Output]
GET IN N1 EDID

Display input N1’s EDID source.
N1 = 1 ~ 4

SET IN N1 HDCP MODE N2

[Input number]*

Set input N1’s HDCP mode.
N1 = 1 ~ 4[Input number]*

Available values for N2:
0		
[HDCP Off]1		
[Refer to Source]2		
[Refer to Display]
GET IN N1 HDCP MODE

Show input N1’s HDCP mode.
N1 = 1 ~ 4

GET IN N1 HDCP STATUS

Show input N1’s current HDCP status.
N1 = 1 ~ 4

GET IN N1 FORMAT

[Input number]*[Input number]*Show input N1’s current format.
N1 = 1 ~ 4[Input number]*Note: Only the currently active input canbe read.

21

2. Input Commands
COMMANDDESCRIPTION AND PARAMETERSGET IN N1 COLOR SPACE

Show input N1’s current color space.
N1 = 1 ~ 4[Input number]*Note: Only the currently active input canbe read.
GET IN N1 COLOR DEPTH

Show input N1’s current color depth.
N1 = 1 ~ 4[Input number]*Note: Only the currently active input canbe read.
GET IN N1 TIMING

Show input N1’s current resolution/
timing.
N1 = 1 ~ 4[Input number]*Note: Only the currently active input canbe read. Input 4’s state is not available.
GET IN N1 AUDIOShow input N1’s current audio state.
N1 = 1 ~ 3[Input number]

Note: Only the currently active input canbe read. Input 4’s state is not available.
SET IN N1 NAME N2

GET IN N1 NAME

Set the name of input N1.
N1 = 1 ~ 4[Input number]*

N2 = {Name}[Input name]Show input N1’s name.
N1 = 1 ~ 4

GET IN N1 EDID DATA

List input N1’s current EDID data in
ASCII HEX.
N1 = 1 ~ 4

GET IN N1 EDID INFORMATION

[Input number]*[Input number]*Show input N1’s current EDID
information.
N1 = 1 ~ 4[Input number]*22

3. Output Commands
COMMANDDESCRIPTION AND PARAMETERSGET OUT PORT NUMBER

Show the number of available output
ports in the system.

GET OUT TYPE LIST

List the system’s output types.

SET OUT ROUTE N1

Switch the output routing source to input
N1.
N1 = 1 ~ 4[Input number]*Note: Both outputs will display the same
source except when Input 4 is selected.
Input 4 can only display on Output B on
the collaboration Rx.
SET OUT ROUTE NEXT

Switch the output routing source to thenext sequential input.
Note: Both outputs will display the same
source except when Input 4 is selected.
Input 4 can only display on Output B on
the collaboration Rx.

GET OUT ROUTE

Show the output’s current routing source.

SET OUT N1 AUDIO SOURCE N2

Set the output audio source.
N1 = A ~ B[Output letter]

Available values for N2:
1		
[Follow Video]2		
[Use L/R Input]
GET OUT N1 AUDIO SOURCE

Display the output audio source setting.
N1 = A ~ B

SET OUT N1 AUDIO MUTE N2

[Output letter]

Mute or unmute the audio of output N1.
N1 = A ~ B[Output letter]

Available values for N2:
OFF		[Unmute]ON		
[Mute]GET OUT N1 AUDIO MUTE

Show output N1’s audio mute setting.
N1 = A ~ B

23[Output letter]3. Output Commands
COMMANDDESCRIPTION AND PARAMETERSSET OUT AUTO AUDIO N1

Set the output’s audio auto detection.
Available values for N1:
OFF		[No auto-select]ON		[Auto-select]

GET OUT AUTO AUDIOShow the current auto audio mode state.

GET OUT N1 HDCP STATUS

Show output N1’s current HDCP status.
N1 = A ~ B

GET OUT N1 HPDShow output N1’s current hot plug
detection state.
N1 = A ~ B

GET OUT N1 RSENSE

[Output letter]Show output N1’s current RSENSE
status.
N1 = A ~ B

SET OUT AUTO SWITCH N1

[Output letter][Output letter]

Enable or disable automatic source
switching.
Available values for N1:
OFF		[Auto switch disabled]
ON		[Auto switch enabled]
Note: Both outputs will display the same
source except when Input 4 is selected.
Input 4 can only display on Output B on
the collaboration Rx.

GET OUT AUTO SWITCH

Show the current auto switch mode
state.

SET OUT N1 MASK B

Enable or disable mask setting on output
N1
N1 = A ~ B[Output letter]

Available values for N1:
OFF		[Mask disabled]ON		[Mask enabled]
Note: When an output is masked, allvideo, including the banner, will beblanked out.

24

3. Output Commands
COMMANDDESCRIPTION AND PARAMETERSGET OUT N1 MASKDisplay the output mask setting.
N1 = A ~ B

SET OUT N1 NAME N2

GET OUT N1 NAME

N1 = A ~ B[Output letter]

N2 = {Name}[Input name]Show output N1’s name.
N1 = A ~ B

GET OUT N1 EDID DATA[Output letter]Show output N1’s current EDID
information.
N1 = A ~ B

25[Output letter]

List output N1’s current EDID data in
ASCII HEX.
N1 = A ~ B

GET OUT N1 EDID INFORMATION

[Output letter]Set the name for output N1.

[Output letter]4. Control System Commands
COMMANDDESCRIPTION AND PARAMETERS

Event
SET EVENT N1 NAME N2

GET EVENT N1 NAME

Set the name for Event N1.
N1 = 1 ~ 64

[Event number]

N2 = {Name}[Event name]Show the name of Event N1.
N1 = 1 ~ 64

SET EVENT N1 N2

[Event number]

Enable or disable Event N1.
N1 = 1 ~ 64

[Event number]

Available values for N2:
OFF		[Event disabled]ON		[Event enabled]
GET EVENT N1

Show the enabled state for Event N1.
N1= 1 ~ 64

SET EVENT N1 TYPE N2

[Event number]

Set Event N1 to event type N2.
N1 = 1 ~ 64

[Event number]

Available values for N2:
1		
[Input]2		
[Output]3		
[System Command]
4		
[COM Port]
5		
[Telnet]
6		
[IR]
7		
[Ext Trigger]
8		
[RTC (Clock)]
GET EVENT N1 TYPE

Show the event type of Event N1.
N1 = 1 ~ 64

GET EVENT N1 PARAMETER

[Event number]Show the parameters of Event N1(parameters displayed depend on the
Event type).
N1 = 1 ~ 64

[Event number]26

4. Control System Commands
COMMANDDESCRIPTION AND PARAMETERSGET EVENT N1 CONDITION

Show Event N1’s activation condition(conditions displayed depend on the
Event type).
N1 = 1 ~ 64

SET EVENT N1 MODE N2

[Event number]

Set Event N1 to use activation mode N2.
N1 = 1 ~ 64

[Event number]

Available values for N2:
1		
[Once]
2		
[Single Mode]3		
[Repeat Mode]4		
[Toggle Mode]
GET EVENT N1 MODE

Show Event N1’s activation mode.
N1 = 1 ~ 64

SET EVENT N1 MACRO N2

GET EVENT N1 MACRO

Assign macro N2 to Event N1.
N1 = 1 ~ 64

[Event number]

N2 = 1 ~ 64

[Macro number]Show the macro currently assigned to
Event N1.
N1 = 1 ~ 64

SET EVENT N1 TOGGLE MACRO N2

GET EVENT N1 TOGGLE MACRO[Event number]

Assign the secondary macro to use
when Event N1 is set to toggle mode.
N1 = 1 ~ 64

[Event number]

N2 = 1 ~ 64

[Macro number]Show Event N1’s secondary macro whenin toggle mode.
N1 = 1 ~ 64

SET EVENT N1 TIMER N2

[Event number][Event number]

Set Event N1’s hold timer duration to N2
seconds.
N1 = 1 ~ 64

[Event number]

N2 = 0 ~ 65535 [Seconds]
Note: Not used in all Event modes.

27

4. Control System Commands
COMMANDDESCRIPTION AND PARAMETERSGET EVENT N1 TIMER

Show Event N1’s hold timer duration.
N1 = 1 ~ 64

SET EVENT N1 DELAY N2

[Event number]

Set Event N1’s delay value to N2
seconds.
N1 = 1 ~ 64

[Event number]

N2 = 0 ~ 65535 [Seconds]
GET EVENT N1 DELAY

Show Event N1’s delay.
N1 = 1 ~ 64

SET EVENT N1 REPEAT N2

GET EVENT N1 REPEAT

Set the number of repetitions to use
when Event N1 is in repeat mode.
N1 = 1 ~ 64

[Event number]

N2 = 0 ~ 255[Repeat count]Show Event N1’s repeat count when in
repeat mode.
N1 = 1 ~ 64

GET EVENT N1 BOOK

[Event number]Show the detailed description of Event
N1’s actions.
N1 = 1 ~ 64

SET EVENT N1 DELETE

[Event number][Event number]

Delete Event N1.
N1 = 1 ~ 64

[Event number]Macro
SET MACRO N1 NAME N2

GET MACRO N1 NAME

Set the name for macro N1.
N1 = 1 ~ 64

[Macro number]

N2 = {Name}[Macro name]Show macro N1’s name.
N1 = 1 ~ 64

SET MACRO N1 ACTION N2
CMDPOOL N3

[Macro number]

Assign command N3 to action N2 ofmacro N1.
N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

N3 = 1 ~ 128[Command number]28

4. Control System Commands
COMMANDDESCRIPTION AND PARAMETERSGET MACRO N1 ACTION N2
CMDPOOL

Show the command pool index numberof the command assigned to action N2 ofmacro N1.

SET MACRO N1 ACTION N2 DELAY
N3

N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

Set a delay of N3 to action N2 of macro
N1.
N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

N3 = 1 ~ 65535 [Milliseconds]
GET MACRO N1 ACTION N2 DELAYSET MACRO N1 ACTION N2
INTERFACE N3

Show the delay for action N2 of macro
N1.
N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

Set the command interface for action N2
of macro N1.
N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

Available values for N3:
1		
[System command]
2		
[COM Port]3		
[Telnet]
4		
[IR]
5		
[Relay]6		
[Banner]7		
[Use Device List]
GET MACRO N1 ACTION N2
INTERFACE

29

Show the command interface for action
N2 of macro N1.
N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]4. Control System Commands
COMMANDDESCRIPTION AND PARAMETERSGET MACRO N1 ACTION N2
PARAMETERShow the interface parameters of action
N2 in macro N1.

SET MACRO N1 ACTION N2 DEVICE
N3

GET MACRO N1 ACTION N2 DEVICESET MACRO N1 DELETE

N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

Set the device to use for action N2 ofmacro N1 when the interface type is set
to Device.
N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

N3 = 1 ~ 16

[Device number]Show the device used by action N2 ofmacro N1 when the interface type is set
to Device.
N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

Delete macro N1.
N1 = 1 ~ 64

SET MACRO N1 ACTION N2 DELETESET MACRO N1 RUN

Delete action N2 of macro N1.
N1 = 1 ~ 64

[Macro number]

N2 = 1 ~ 16

[Action number]

Run macro N1 immediately.
N1 = 1 ~ 64

SET MACRO N1 ABORT[Macro number]

Pause macro N1’s execution.
N1 = 1 ~ 64

SET MACRO N1 RESUME

[Macro number]

Abort the execution of macro N1.
N1 = 1 ~ 64

SET MACRO N1 PAUSE

[Macro number][Macro number]

Resume the execution of paused macro
N1.
N1 = 1 ~ 64

[Macro number]Command Pool30

4. Control System Commands
COMMANDDESCRIPTION AND PARAMETERSSET CMDPOOL N1 NAME N2

Set the name for command N1 in thecommand pool.

GET CMDPOOL N1 NAME

N1 = 1 ~ 128[Command number]

N2 = {Name}[Command name]Show the name of command N1 in thecommand pool.
N1 = 1 ~ 128

SET CMDPOOL N1 DATA N2

[Command number]

Set the text data contents of command
N1.
N1 = 1 ~ 128[Command number]

N2 = {Text}[Command data]

Note: Commands can contain amaximum of 256 characters.
GET CMDPOOL N1 DATAShow the text data contents of command
N1.
N1 = 1 ~ 128

SET CMDPOOL N1 ENDCHAR N2

[Command number]

Set the termination character to send
after command N1.
N1 = 1 ~ 128[Command number]

Available values for N2:
0		[Null]
1		
[CR]
2		
[LF]
3		
[CR+LF]
4		
[SP]
5		
[STX]
6		
[ETX]
GET CMDPOOL N1 ENDCHAR

Show the termination character selected
for command N1.
N1 = 1 ~ 128

SET CMDPOOL N1 DELETE

Delete command N1 from the commandpool.
N1 = 1 ~ 128

31[Command number][Command number]4. Control System Commands
COMMANDDESCRIPTION AND PARAMETERS

DeviceSET CTLDEVICE N1 NAME N2

GET CTLDEVICE N1 NAME

Set the name for device N1.
N1 = 1 ~ 16

[Device number]

N2 = {Name}[Device name]Show the name for device N1.
N1 = 1 ~ 16

SET CTLDEVICE N1 INTERFACE N2

[Device number]

Set the interface for device N1.
N1 = 1 ~ 16

[Device number]

Available values for N2:
1		
[COM Port (On Tx)]
2		
[Telnet (On Tx)]3		
[IR (On Tx)]
129		[COM Port (On Rx)]
130		
[Telnet (On Rx)]131		[IR (On Rx)]
132		[Relay (On Rx)]
GET CTLDEVICE N1 INTERFACE

Show the interface used by device N1.
N1 = 1 ~ 16

GET CTLDEVICE N1 PARAMETERShow the parameters of the interface
used by device N1.
N1 = 1 ~ 16

SET CTLDEVICE N1 DELETE[Device number][Device number]

Delete device N1.
N1 = 1 ~ 16

[Device number]

32

5. Real Time Clock Commands
COMMANDDESCRIPTION AND PARAMETERSSET YEAR N1

Set the real time clock year to N1.
N1 = 2017 ~ 2116

[Year]GET YEAR

Show the real time clock year.

SET MONTH N1

Set the real time clock month to N1.
N1 = 1 ~ 12		[Month]GET MONTH

Show the real time clock month.

SET DAY N1

Set the real time clock day to N1.
N1 = 1 ~ 31		[Day]

GET DAYShow the real time clock day.

SET WEEK N1

Set the real time clock day of the week
to N1.
Available values for N1:
1			
[Sunday]2			
[Monday]3			
[Tuesday]4			
[Wednesday]5			[Thursday]
6			[Friday]7			
[Saturday]

GET WEEKShow the real time clock day of theweek.

SET HOUR N1

Set the real time clock hour to N1.
N1 = 0 ~ 23					

[Hour (24-hour 		
format)]GET HOURShow the real time clock hour.

SET MINUTE N1

Set the real time clock minute to N1.
N1 = 0 ~ 59		[Minute]GET MINUTE

Show the real time clock minute.

SET SECOND N1

Set the real time clock second to N1.
N1 = 0 ~ 59		GET SECOND

33[Second]Show the real time clock second.

5. Real Time Clock Commands
COMMANDDESCRIPTION AND PARAMETERSSET DATE YYYY.MM.DD

Set the real time clock’s year, month and
day with a single command.
YYYY = 2017 ~ 2116

[Year]

MM = 1 ~ 12		[Month]DD = 1 ~ 31		[Day]

GET DATE

Show the real time clock’s date in YYYY.
MM.DD format.

SET TIME HH:MM:SS

Set the real time clock’s hour, minuteand second with a single command.
HH = 0 ~ 23					

[Hour (24-hour 		
format)]MM = 0 ~ 59		[Minute]SS = 0 ~ 59		[Second]

GET TIME

Show the real time clock’s time in
HH:MM:SS format.

SET MERIDIEM N1

Set the real time clock to display in thebanner using the 12-hour clock or 24hour clock format.
Available values for N1:
OFF			
[24-hour clock]ON			[12-hour clock]

GET MERIDIEM

Show the real time clock meridiem
setting.

SET CALENDAR FORMAT N1

Set the real time clock banner display
format.
Available values for N1:
1		[yyyy-mm-dd hh:mm]2		

[mm-dd-yyyy hh:mm]

3		

[dd-mm-yyyy hh:mm]4		

[M-dd-W hh:mm]

5		[dd-M-W hh:mm]

34

5. Real Time Clock Commands
COMMANDDESCRIPTION AND PARAMETERSGET CALENDAR FORMAT

Show the real time clock banner display
format.

SET TIMESYNC N1

Set the method of setting the unit’s time.
Available values for N1:
OFF		[Manual set]ON		[Web browser time 		
		
sync]

GET TIMESYNC

35

Show the current time sync setting.

6. Banner Commands
COMMANDDESCRIPTION AND PARAMETERSSET OUT N1 BANNER N2

Enable or disable Output N1’s banner.
N1 = A ~ B[Output letter]

Available values for N2:
OFF		[Banner disabled]ON		[Banner enabled]
GET OUT N1 BANNER

Show Output N1’s banner enable state.
N1 = A ~ B

SET OUT N1 BANNER MODE N2

[Output letter]Set the banner text display mode.
N1 = A ~ B[Output letter]

Available values for N2:
1		
[Show Input timing & 		
		
time]
2		
[Show user text]
GET OUT N1 BANNER MODE

Show the banner text display mode.
N1 = A ~ B

SET OUT N1 BANNER TEXT N2

GET OUT N1 BANNER TEXT

[Output letter]Set the user banner text string.
N1 = A ~ B[Output letter]

N2 = {Text}		[Banner text (64 char 		
max)]

Show the current user banner text for
Output N1.
N1 = A ~ B[Output letter]36

6. Banner Commands
COMMANDDESCRIPTION AND PARAMETERSSET OUT N1 BANNER FONT COLOR
N2

Set Output N1’s banner text color.
N1 = A ~ B[Output letter]

Available values for N2:
1		
[Black]2		
[White]
3		
[Red]
4		
[Green]5		
[Blue]
6		
[Yellow]
7		
[Cyan]
8		[Magenta]9		
[Gray]GET OUT N1 BANNER FONT COLOR

Show Output N1’s banner text color.
N1 = A ~ B

SET OUT N1 BANNER BACKGROUNDCOLOR N2[Output letter]

Set Output N1’s banner backgroundcolor.
N1 = A ~ B[Output letter]

Available values for N2:
1		
[Red]
2		
[Green]3		
[Blue]
4		
[Gray]GET OUT N1 BANNER BACKGROUND Show Output N1’s banner background
COLOR
color.
N1 = A ~ B

37[Output letter]6. Banner Commands
COMMANDDESCRIPTION AND PARAMETERSSET OUT N1 BANNER
TRANSPARENCY N2

Set Output N1’s banner transparency
level.
N1 = A ~ B[Output letter]

Available values for N2:
1		
[Level 1 (opaque)]2		
[Level 2]
3		
[Level 3]
4		
[Level 4]
5		
[Level 5]
6		
[Level 6]
7		
[Level 7]8		
[Level 8 (transparent)]
GET OUT N1 BANNER
TRANSPARENCY

Show Output N1’s banner transparency
level.
N1 = A ~ B

SET OUT N1 BANNER TIMEOUT N2

[Output letter]

Set Output N1’s banner timeout inseconds.
N1 = A ~ B[Output letter]

Available values for N2:0		
[No timeout]
1 ~ 1000[Timeout in seconds]
GET OUT N1 BANNER TIMEOUT

Show Output N1’s banner timeout inseconds.
N1 = A ~ B[Output letter]38

7. IR Commands
COMMANDDESCRIPTION AND PARAMETERSSET IR N1 LEARN N2

Initiate the IR learning function on IR
Input N1. The captured IR code will be
written to command slot N2.
Available values for N1:
1		
[IR input on Tx]
2		[IR input on Rx]
N2 = 1 ~ 128[Command number]

Notes: The capture function will timeout
automatically after 15 seconds if nosignal is received. The commandindex must already have a valid nameassigned to it to store IR data.
SET IR N1 EMIT N2

Emit the IR code stored in command N2
over IR Output N1.
Available values for N1:A		[IR output on Tx]
B		[IR output on Rx]
N2 = 1 ~ 12839[Command number]8. Collaboration Receiver Commands**
COMMANDDESCRIPTION AND PARAMETERS

OutputSET OUT N1 TIMING N2

Set the output timing for Rx Output N1.
N1 = B		

[HDMI Out on the Rx]

Available values for N2:0		
[Bypass]1		
[800×600@60]2		
[1024×768@60]
3		
[1280×768@60]
4		
[1360×768@60]
5		
[1280×800@60]
6		
[1440×900@60]
7		
[1280×1024@60]
8		
[1400×1050@60]
9		[1680×1050@60]
10		
[1600×1200@60]
11		
[1920×1200@60 (RB)]12		
[720×480p@60]
13		
[720×576p@60]
14		
[1280×720p@50]
15		
[1280×720p@60]
16		
[1920×1080i@50]
17		
[1920×1080p@50]
18		
[1920×1080i@60]
19		
[1920×1080p@60]
20		
[3840×2160p@24]
21		
[3840×2160p@25]
22		
[3840×2160p@30]
23		
[3840×2160p@50 		
		(YUV 4:2:0)]24		
[3840×2160p@60 		
		(YUV 4:2:0)]25		
[3840×2160p@50]
26		
[3840×2160p@60]
GET OUT N1 TIMING

Show the current output timing for Rx
Output N1.
N1 = B		

[HDMI Out on the Rx]

40

8. Collaboration Receiver Commands**
COMMANDDESCRIPTION AND PARAMETERSSET OUT N1 COLOR SPACE N2

Set Rx Output N1’s color space.
N1 = B		

[HDMI Out on the Rx]

Available values for N2:0		
[Bypass]
1		
[RGB]
2		
[YUV 4:4:4]
3		
[YUV 4:2:2]
4		
[YUV 4:2:0]
5		
[Auto Detect]
Note: Selecting the 4:2:2 or 4:2:0 color
space might result in incorrect colors if
the connected display does not support
the combination of color space andoutput timing.
GET OUT N1 COLOR SPACE

Show Rx Output N1’s color space.
N1 = B		SET OUT N1 COLOR DEPTH N2

[HDMI Out on the Rx]

Set Rx Output N1’s color bit depth.
N1 = B		

[HDMI Out on the Rx]

Available values for N2:0		
[Bypass]1		
[8bit]
2		
[10bit]3		
[12bit]4		
[16-bit]5		[Auto Detect]
Note: Outputting YUV 4:2:2 at bit depths
above 8-bit might result in incorrect color.
GET OUT N1 COLOR DEPTH

Show Rx Output N1’s color bit depth.
N1 = B		

41[HDMI Out on the Rx]

8. Collaboration Receiver Commands**
COMMANDDESCRIPTION AND PARAMETERSSET OUT N1 FORMAT N2

Set Rx Output N1’s video format.
N1 = B		

[HDMI Out on the Rx]

Available values for N2:
1		
[DVI Mode]
2		[HDMI Mode]3		
[Auto Detect]
GET OUT N1 FORMAT

Show Rx Output N1’s video format.
N1 = B		SET OUT N1 BRIGHTNESS N2

[HDMI Out on the Rx]

Set Rx Output N1’s brightness.
N1 = B		

[HDMI Out on the Rx]

N2 = 0 ~ 100[Brightness level]

Note: Only active when the output timing
is not set to “Bypass”.
GET OUT N1 BRIGHTNESS

Show Rx Output N1’s brightness.
N1 = B		SET OUT N1 CONTRAST N2

[HDMI Out on the Rx]

Set Rx Output N1’s contrast.
N1 = B		

[HDMI Out on the Rx]

N2 = 0 ~ 100[Contrast level]

Note: Only active when the output timing
is not set to “Bypass”.
GET OUT N1 CONTRAST

Show Rx Output N1’s contrast.
N1 = B		SET OUT N1 SATURATION N2

[HDMI Out on the Rx]

Set Rx Output N1’s saturation.
N1 = B		

[HDMI Out on the Rx]

N2 = 0 ~ 100[Saturation level]

Note: Only active when the output timing
is not set to “Bypass”.
GET OUT N1 SATURATION

Show Rx Output N1’s saturation.
N1 = B		

[HDMI Out on the Rx]

428. Collaboration Receiver Commands**
COMMANDDESCRIPTION AND PARAMETERSSET OUT N1 HUE N2

Set Rx Output N1’s hue.
N1 = B		

[HDMI Out on the Rx]

N2 = 0 ~ 100[Hue level]

Note: Only active when the output timing
is not set to “Bypass”.
GET OUT N1 HUEShow Rx Output N1’s hue.
N1 = B		SET OUT N1 SHARPNESS N2

[HDMI Out on the Rx]

Set Rx Output N1’s sharpness.
N1 = B [HDMI Out on the Rx]
N2 = 0 ~ 100		

[Sharpness level]

Note: Only active when the output timing
is not set to “Bypass”.
GET OUT N1 SHARPNESS

Show Rx Output N1’s sharpness.
N1 = B		SET OUT N1 ASPECT RATIO N2

[HDMI Out on the Rx]

Set Rx Output N1’s aspect ratio.
N1 = B		

[HDMI Out on the Rx]

Available values for N2:
1		
[Full Screen]2		
[16:9]
3		
[16:10]
4		
[4:3]
5		
[Maintain source 				
aspect]Note: Only active when the output timing
is not set to “Bypass”.
GET OUT N1 ASPECT RATIOShow Rx Output N1’s aspect ratio.
N1 = B		43[HDMI Out on the Rx]

8. Collaboration Receiver Commands**
COMMANDDESCRIPTION AND PARAMETERS

Audio
SET AUDIO OUT MUTE N1

Mute or un-mute the Rx’s external stereo
analog audio output.
Available values for N1:
OFF		[Un-mute]
ON		[Mute]
Note: The stereo analog audio output will
always be muted with bitstream audio
sources.

GET AUDIO OUT MUTE

Show the mute state of the Rx’s external
stereo analog audio output.

SET AUDIO OUT VOLUME N1

Set the volume level of the Rx’s external
stereo analog audio output.
N1 = 0 ~ 100[Volume level]

SET AUDIO OUT VOLUME UP

Increase the volume level of the Rx’s
external stereo analog audio output by 1.

SET AUDIO OUT VOLUME DOWN

Decrease the volume level of the Rx’s
external stereo analog audio output by 1.

GET AUDIO OUT VOLUME

Show the volume level of the Rx’s
external stereo analog audio output.

Relay
SET RELAY N1 N2

Set relay N1 on the Receiver to open or
closed.
N1 = 1 ~ 2[Relay number]

Available values for N2:
OFF		[Relay open]ON		[Relay closed]
GET RELAY N1

Show relay N1’s current state.
N1 = 1 ~ 2[Relay number]

44

9. User EDID Commands
COMMANDDESCRIPTION AND PARAMETERSGET USER EDID NUMBER

List the number of User EDID slots.

GET USER N1 EDID DATAShow the ASCII HEX data from User
EDID N1.
N1 = 1 ~ 4

GET USER N1 EDID INFORMATION

[User EDID number]Show basic spec information from User
EDID N1.
N1 = 1 ~ 4[User EDID number]

10. Ethernet Commands
COMMANDDESCRIPTION AND PARAMETERSSET IP ADDR N1

Set the static IP Address.
N1 = X.X.X.X[X = 0 ~ 255]

GET IP ADDRShow the current IP address.

SET NETMASK N1

Set the netmask address.
N1 = X.X.X.X[X = 0 ~ 255]

GET NETMASKShow the current netmask.

SET GATEWAY N1

Set the gateway address.
N1 = X.X.X.X[X = 0 ~ 255]

GET GATEWAY

Show the current gateway.

SET IP MODE N1

Set the IP address assignment mode.
Available values for N1:
1		
[Static IP mode]2		
[DHCP mode]

GET IP MODE

Show the current IP mode.

SET HTTP PORT N1

Set the HTTP port for WebGUI access.
N1 = 0 ~ 65535 [Port number]

GET HTTP PORTShow the current HTTP port.

SET TELNET PORT N1

Set the Telnet port.
N1 = 0 ~ 65535 [Port number]

GET TELNET PORT

45

Display the device’s Telnet port.

6.9 WebGUI Control
6.9.1 Device Discovery APP• Please obtain the Device Discovery software from your authorized dealer
and save it in a directory where you can easily find it.
• Connect the unit and your PC/laptop to the same active network andexecute the Device Discovery software.
• Click on “Search” and a list of devices connected to the local network willshow up indicating their current IP address.

• By clicking on one of the listed devices you will be presented with the
network details of that particular device.

• IP Mode: If you choose, you can alter the static IP network settings for thedevice, or switch the unit into DHCP mode to automatically obtain proper
network settings from a local DHCP server. To switch to DHCP mode,
please select DHCP from the IP mode drop-down, then click “Save” ( ).
• WebGUI: Once you are satisfied with the network settings, you may use
them to connect via Telnet or WebGUI. The network information window
provides a convenient link to launch the WebGUI directly by clicking the“Home Page” icon ( ). It will automatically open your default browser tothe main web page.

46

6.9.2 WebGUI Control Page
After connecting to the WebGUI’s address in a web browser, the login screen
will appear. Please enter the appropriate user name and password then click“Submit” to log in.
Note: The default user name and password is “admin”.

On the left side of the browser you will see the following menu tabs where
all primary functions of the paired collaboration Transmitter and Receiverare controllable via the built in WebGUI: A/V Switch, EDID, Banner,
Collaboration, Event Book, Event, Macro, Command, Device, Network, andSystem. The individual functions will be introduced in the following sections.

47

1. Audio/Video Switch
This tab provides A/V routing control, A/V mute controls, and I/O renaming
options.
To assign a new video or audio route, please click the button of the Output
you wish to send video/audio to on the left and then click on the button of thepreferred Input port (video or audio) on the right. As you select each button
they will change their color to orange. The new route will become active
immediately and the routing information displayed on the buttons will change
accordingly.
Note: Normally both outputs will be mirrored, however if Output B’s source isswitched to HDMI 2 then Output A will not switch and will continue to show
the previously selected source.

48• Output HDMI/HDBaseT- A/B: Buttons for selecting the Output (A or B) to route video or audio
sources to.
- Name: Displays the name for the Output. Click the
Output’s name.

icon to edit the- Video: Displays the Input that is currently routed to the Output.
- Audio: Displays the audio embedding mode for the Output.
- Timing: Displays the current output resolution and timing for the Output.
- Mask: Click the switch to enable/disable the Output’s video maskfunction (Off = normal video, On = black screen with sync).
- Mute: Click the switch to enable/disable the Output’s audio mutefunction.
• Input Video Group- VGA/HDMI/DP/HDMI2: Buttons for selecting the video Input to route to
the selected Output.
- Name: Displays the name for the Input. Click the
Input’s name.

icon to edit the- Link: Displays the Input’s source signal detection state.
- Auto: Click the switch to enable/disable auto source switching
functionality.
• Input Audio Group- Follow Video/Replaced from Ext L/R: Buttons for selecting the audio
to embed with the video being routed to the selected Output. When auto
audio routing is enabled, manual selection is disabled.
- Auto: Click the switch to enable/disable auto audio selection
functionality.

49

2. EDID
This collaboration Transmitter provides the option of six internal EDIDs,
four customer uploaded EDIDs, and two sink sourced EDIDs that canbe assigned to each input port individually. All EDIDs are available fordownload and saving to a PC. Important details from each EDID may also be
displayed.
This tab allows for the assignment of an EDID to each individual input port,
or to all inputs at once. Click as many of the Input EDID buttons on the left
as desired and then select the preferred EDID from the buttons displayed on
the right. The new EDID will become active immediately.
Note: In some rare cases it is possible for user or external EDIDs to cause
compatibility issues with certain sources. If this happens, it is recommended
to switch to one of the 6 internal EDIDs for maximum compatibility.

50

• User EDID
- Drop-down Menu: Drop-down to select a User EDID for upload,
download or to view its information details.
- Upload: Click to upload a previously saved EDID file (*.bin) from the PC
to the selected User EDID slot.
- Download: Click to download the selected EDID file (*.bin) to the PC.
- Information: Click to show additional information about the selected
EDID.
• Output EDID
- Drop-down Menu: Drop-down to select the EDID read from aconnected Output for download or to view its information details.
- Download: Click to download the selected EDID file (*.bin) to thePC.
- Information: Click to show additional information about the selected
EDID.
• Input EDID
- Input EDID 1~4: Click to select one or more Inputs to open the EDID
Table List for assigning an EDID.
- Download: Click to download the current Input’s EDID file (*.bin) to thePC.
- Information: Click to show additional information about the Input’s
current EDID.
• EDID Information- Displays the most recently requested EDID information details.
- Click theicon to close the EDID Information window.

• EDID Table List
- Click one of the available EDIDs to assign to the selected Inputs.
- Click the51

icon to close the EDID Table List window.

3. BannerThis tab provides control over the content, format and activation of the OSD
banner information displayed on both outputs.

Click the Enable switch to enable/disable the corresponding OSD banner.
Click theicon to open the corresponding Banner Edit page.

52

- Mode: Select the OSD banner display text content.
- Font Color: Select the OSD banner font color.
- Background Color: Select the OSD banner background color.
- Background Transparency: Select the OSD banner backgroundtransparency level. The range is from 1 (opaque) to 8 (transparent).
- User Text: Enter customized banner text (only available when “UserText” mode is selected).
- Timeout: Set the OSD banner timeout (in seconds).

53

4. Collaboration
This tab provides controls for the Output B scaler and other features
implemented within the collaboration Receiver including output resolution,
audio volume, proc-amp functions, and relay control.
Note: If a non-collaboration Receiver is connected, functions on this tab will
be disabled.

54• Information
Displays the HDBaseT link state, operational mode, Receiver firmware
version and serial number.
• Relay
Click to open (OFF) or close (ON) the relays located on the Receiver.
• Resolution
Dropdown menus allowing for the selection of the output resolution, andaspect ratio behavior, of the Receiver’s HDMI output. Selections are enacted
immediately.
• Audio
Provides control over the analog audio output on the Receiver. Click the
Mute switch to enable or disable analog audio output. Move the Volumeslider to control the analog output volume.
Note: Digital audio output via HDMI cannot be adjusted.
• Firmware Upgrade
Provides a way to update the Receiver’s firmware. Click “Choose File” toselect the firmware update file from the local PC (*.bin format). After selecting
an appropriate file, click the “Upgrade” button to begin the update process.
• ScalerThis section provides slider controls for brightness, contrast, saturation, hue,and sharpness allowing adjustment to the HDMI output on the Receiver.
Clicking the “Scaler Reset” button will restore all of these scaler settingsback to the factory default.

55

5. Event Book
The Event Book tab provides a way to view the details of all existing Events,
both active and inactive, that are saved in the unit. The conditions to activate
an Event and the actions that are performed once the event has been
triggered are listed in an easy to read natural English format.
Note: The Event Book is read only.

Click the drop-down to select the Event name and then click “Read” todisplay the event description.

56

6. Event
The Event tab allows the creation, editing and deletion of Events. An “Event”
is the core process of the entire control system and determines when andhow macros are activated. Each Event can be individually named (up to 32
characters) and contains an Event Type, Event Condition, Event Mode, andthe Macro(s) to be run. This unit supports 8 different Event sources.
To create a new Event, click the “New” button on a blank Event line. Bydefault, new events are set as inactive. To set the Event as active, click
the On/Off switch, next to the Event name, so that it reads “ON”. To edit anexisting Event, click the “Edit” button. To delete an existing Event, click the“Delete” button.
Note: Before creating new Events, please be sure that all required macros,commands and devices have already been defined.

- Active: Displays the active state of each Event. Events that have Active
set to “OFF” cannot be triggered.
- Event Name: Displays each Event’s name.
- Event Type: Displays the type of trigger/interface that is being watchedto activate an Event. Event types include: Input, Output, System
Command, Serial Port, TCP/IP, IR Receiver, External Trigger, andSchedule.
- Event Condition: Displays the condition, if applicable for the selected
Event Type, required to trigger the Event. Examples of conditions are:
Low, High, Falling, Raising, Both Edge, or a Command.
- Event Mode: Displays the currently selected behavior for the Event.

57

Events can have one of the following mode types.
- Once: The Event’s macro is run one time when triggered and thenwill not be activated again. If the unit is rebooted, all “Once” Events
will become active again.
- Single: The Event’s macro is run a single time each time the Eventis triggered.
- Repeat: The Event’s macro is repeatedly run a pre-determined
number of times (up to 255) each time the Event is triggered. A
delay time between each repeat can be set.
- Toggle: The Event runs alternating macros (a single time for eachtrigger) each time the Event is triggered.
- Macro: Displays the name of the macro to run when the Event is
triggered.
- Edit/New: Click the “Edit” or “New” button to open the Event Edit
window and edit an existing Event, or create a new one. When creatinga new Event, as each field is completed, additional fields will appear asparameters are filled in, as appropriate to the Event type and selections
made. Once the Event is completely defined, click “Save” to store theEvent.

- Delete: Click to delete an Event.

58

7. Macro
The “Macro” tab provides a way to create, edit, run and delete macros. Up
to 64 macros can be stored in the unit, and each macro can contain up to 16
individual actions with user defined delays (in milliseconds) between eachcommand’s execution. Macros can be executed by Events, or they can be
executed directly via the WebGUI or Telnet.
Click on the “Edit” or “New” button to open the macro editing window. At the
top of the macro edit window is a text field where you can set the name of
the macro. Type your new macro name into the box and then click theicon to save it.
Note: The Macro tab is not available when the user is logged in using an“Operator” level account.

- Macro Name: Displays each macro’s name.
- Run: Click the “Run” button to execute the macro.
- Edit/New: Click the “Edit” or “New” button to open the Macro Edit
window.
- Delete: Click to delete a macro.

59•

Macro Edit Window

Click the “Add” button to add a new macro action.
- Command Name: Displays the name of the command used in eachaction step of the macro.
- Interface: Displays the interface that the command data will betransmitted on.
- Parameter: Displays the parameters, if any, required by the selectedinterface.
- Delay (ms): Displays the length of time (in milliseconds) to pause before
executing the next action line in the macro.
Click theicon to only save the macro’s name. Click theicon to open the
Edit Command Interface window for the specified macro action. The setting
fields displayed will be appropriate for the interface selected. Click theicon to delete the specified macro action.
Click the “Up Arrow” to move the command up one position in the execution
sequence. Click the “Down Arrow” to move the command down one positionin the execution sequence. Click the “Save Change” button to save allchanges to the current macro.

60•Interface Edit Window

The “Delay(ms)” setting is the length of time to wait before sending the next
action and is set in milliseconds. Click on “Save Change” to confirm thesettings.
Note: It is strongly suggested to not set a delay time less than 100ms for
system commands or less than 500ms for Telnet/Serial commands toensure that the command is properly received and executed before the next
command is sent.
There are 7 possible interface types to send a command to:- System Command: Sends a command to the unit itself.
Note: See the RS-232/Telnet command list in this manual for a list ofvalid commands.
- Serial Port: Sends the command via one of the serial ports (Remote or
Local) at the defined baud rate.
- TCP/IP: Sends the command to the specified IP address using thespecified port.
- IR Emitter: Sends the command via the specified IR emitter port (Remoteor Local).
- Relay: Controls the specified relay port. The only valid command strings
for this interface type are “ON” (or "CLOSE"), and “OFF” (or "OPEN").
- Banner: Sends the command’s text to be displayed on the specified
OSD banner.
Note: The Delay set for this action determines how long the message
stays on screen in the banner. To permanently change the banner text,
use a System Command.
- Device: Uses an interface that has been pre-defined, including allparameters, in the Device tab.

61

8. Command
Click on the “Command” tab to create, edit or delete commands. Up to 128
individual commands can be stored in the command pool.
Note: The Command tab is not available when the user is logged in using an“Operator” level account.

- Command Name: Displays the command’s name.
- Command Data: Displays the command’s data.
- End Char: Displays the termination character(s) sent after thecommand.
- Edit/New: Click the “Edit” or “New” button to open the Command Edit
window where the name, data and end characters can be set or edited.
Command names can contain up to 32 characters. Command data cancontain up to 256 characters (including spaces). Click on “Save Change”
to store the Command.

- Delete: Click this to delete a command.

62

9. Device
Click on the “Device” tab to add/remove common, or multiple-use device
interfaces to make setting up macros which repeatedly use the sameinterfaces much easier. There are 4 types of device interfaces (either
Remote or Local) that can be defined for easy use with a total of 16 stored.
The name of each device can be up to 32 characters long (spaces are notallowed). Each defined device is directly linked to any macro commands thatthey have already been used in, so editing them will immediately change thebehavior of the macros they are being used in.
Note: The Device tab is not available when the user is logged in using an“Operator” level account.

- Device Name: Displays the device’s name.
- Interface: Displays the device’s selected interface type.
- Configuration: Displays the configuration settings for the device.
- Edit/New: Click the “Edit” or “New” button to open the Device Edit
window. The setting fields displayed will be appropriate for the interface
selected. Click on the “Save” button to save the device definition.

- Delete: Click the “Delete” button to delete the specified device.
10. Network
Click on the “Network” tab to make changes to various network settings.

63

From this tab you can change the WebGUI IP configuration, login accountand login timeout settings.

•

IP Configuration

This section allows for configuration of the Ethernet settings of the unit.
The IP mode may be switched between DHCP or Static IP. When the unit
is set to DHCP mode it will attempt to automatically obtain an IP addressfrom a DHCP server. When the IP mode is set to static IP, you can manually
set the IP address, netmask and gateway address. Click on the “Save”
button to save changes made to the IP Configuration. To reset the unit’s IP
Configuration to the factory default, press the “Network Reset” button.
Note: The default network setting for this unit is “Static IP” and the default IP
address is 192.168.1.50.

64

• Web Login AccountClick the drop-down to select the user account number to edit (out of a
total of 4 available users). After selecting an account, click the “New/Edit”
button to set or modify the username, password, and access privileges(Administrator or Operator).
Note: The built-in "admin" user can't be modified and the default password is"admin".

• Web Login Timeout
Manually set the length of time before a connected WebGUI user is
automatically logged out due to inactivity. Available values range from 0 to35790 (in minutes). Setting this value to 0 disables the timeout.

6511. System
This tab provides access to control a number of system configuration controls
including saving and restoring the system configuration, performing a factory
reset, rebooting the system, updating the firmware of the collaboration
Transmitter, setting the system’s time & date, and displaying the unit’s serial
number.

• System Configutation
Clicking the “Download” button allows the user to save the full system
configuration, including all macros, to a connected PC/Laptop. A previously
saved configuration may be re-uploaded to the unit by selecting the fileon your local PC/Laptop using the “Choose File” button then clicking the“Restore” button.
• Factory Reset
Click the “All Reset” button to reset the unit to factory defaults.
• System Reboot
Click the “REBOOT” button to reboot the unit.
• Firmware Upgrade
Provides a way to update the Transmitter’s firmware. Click “Choose File” toselect the firmware update file from the local PC (*.bin format). After selecting
an appropriate file, click the “Upgrade” button to begin the update process.

66• Serial Number
Displays the serial number of the unit.
• Data & Time
This allows the user to set the unit’s system time which is used by thescheduling function and OSD banner information.

- Synchronize to Windows: Selecting “ON” will allow the system toautomatically update the time whenever your computer connects to the
WebGUI.
- Modify: Allows the user to manually set the date & time when the
Synchronize to Windows function is set to “OFF”. Click the “Modify” field
to display the calendar to set the preferred times and date.
- Format: Sets the display format for the time and date in the OSD
banner.

67

7. CONNECTION DIAGRAM
PC
LaptopMedia Player
RS-232
Input

DisplayPort
Input

HDMI
Input

VGA
Input

StereoAudio
Input
IR In/Out

HDMI
Output

1.5m
60°

3m

7m

3m

60°

UHDTV
DisplayON

DisplayOFF

Source1

Source2

ScreenUp

VolumeUp

Screen
Down

VolumeDown

CAT 5e/6/7 OUT

Trigger
InputsDP IN

HDMI OUT

HDMI IN

VGA INTX

AUDIO IN

70M

TRIGGER INSERVICE

RS-232LANIR IN

IR OUT

Multi-Format 4K UHD+ over HDBaseT Tx

LAN Cable

Cat.5e/6/7
Cable

Network
SwitchPower Supply
1

2
70M

RELAY OUTSERVICE

AUDIO OUT

HDMI OUT

RS-232

HDMI IN

LAN

IR IN

CAT 5e/6/7 IN

IR OUT

HDBaseT Rx & 4K UHD+ to HDMI ScalerRX

DC 24VPowered
Projector
Screen60°

Relay
Outputs

3m

7m

3m

60°
1.5m

Motorized
Blind

StereoAudio
OutputAV Receiver

IR In/Out
RS-232
OutputHDMI
OutputProjector

LAN
Cable

HDMI
Input

Set-top Box

68

8. SPECIFICATIONS
8.1 Technical Specifications
TransmitterVideo Bandwidth

HDMI: 600MHz/18Gbps
HDBaseT: 340MHz/10.2Gbps

Input Ports

1×HDMI
1×DisplayPort
1×VGA
1×3.5mm (Stereo Audio)

Output Ports

1×HDMI
1×Cat.5e/6/7

Control Interfaces

1×IR Blaster (3.5mm)
1×IR Extender (3.5mm)
1×RS-232 (9-pin D-sub)
1×LAN (RJ45)
8×Trigger (Terminal Block)

HDMI Cable Length

10m (1080p@60Hz, 12-bit)
3m (4K@60Hz, 4:4:4, 8-bit)

CAT5e/6 Cable Length

100m (1080p@60Hz, 12-bit)
70m (4K@60Hz, 4:2:0, 8-bit)

IR Frequency

30 - 50kHz (30 - 60kHz under ideal conditions)

Baud Rate

115200bps

Power Supply

48V PoH (Power over HDBaseT)ESD Protection

Human Body Model:±8kV (Air Discharge)±4kV (Contact Discharge)

Dimensions

231.5mm×25mm×108mm (W×H×D)[Case Only]
231.5mm×25mm×120mm (W×H×D)[All Inclusive]69

Weight

420g

Chassis Material

Metal

Silkscreen ColorBlack

Operating Temperature

0˚C - 40˚C/32˚F - 104˚F

Storage Temperature−20˚C - 60˚C/−4˚F - 140˚F

Relative Humidity

20 - 90% RH (Non-condensing)Power Consumption

12W

ReceiverVideo Bandwidth

HDMI: 600MHz/18Gbps
HDBaseT: 340MHz/10.2Gbps

Input Ports

1×HDMI
1×Cat.5e/6/7

Output Ports

1×HDMI
1×Terminal Block (Stereo Audio)

Control Interfaces

1×IR Blaster (3.5mm)
1×IR Extender (3.5mm)
1×RS-232 (9-pin D-sub)
1×LAN (RJ45)
2×Relay (Terminal Block)

HDMI Cable Length

10m (1080p@60Hz, 12-bit)
3m (4K@60Hz, 4:4:4, 8-bit)

CAT5e/6 Cable Length

100m (1080p@60Hz, 12-bit)
70m (4K@60Hz, 4:2:0, 8-bit)

IR Frequency

30 - 50kHz (30 - 60kHz under ideal conditions)

Baud Rate

115200bps

Power Supply

24V/2.7A DC (US/EU standards, CE/FCC/UL
certified)

ESD Protection

Human Body Model:±8kV (Air Discharge)±4kV (Contact Discharge)

70Dimensions

231.5mm×25mm×108mm (W×H×D)[Case Only]
231.5mm×25mm×120mm (W×H×D)[All Inclusive]

Weight

430g

Chassis Material

Metal

Silkscreen ColorBlack

Operating Temperature

0˚C - 40˚C/32˚F - 104˚F

Storage Temperature−20˚C - 60˚C/−4˚F - 140˚F

Relative Humidity

20 - 90% RH (Non-condensing)Power Consumption

24W

71

8.2 Video Specifications
8.2.1 Transmitter's Resolutions
Input

OutputTransmitter's Supported
Resolutions (Hz)

VGA

HDMI

DP

HDMI

HDBT

640×480p@60











640×480p@72











640×480p@75











640×480p@85











720×400p@70









720×400p@85







720×480i@59







720×480i@60







720×480p@59









720×480p@60









720×576i@50







720×576p@50











800×600p@56











800×600p@60











800×600p@72











800×600p@75











800×600p@85



















848×480p@60
1024×768p@60











1024×768p@70











1024×768p@75











1024×768p@85











1152×864p@75















1280×720p@2372

Transmitter's Supported
Resolutions (Hz)

Input
VGA

HDMI

Output
DP

HDMI

HDBT





1280×720p@24

1280×720p@25









1280×720p@29









1280×720p@30

























1280×720p@50



1280×720p@59
1280×720p@60











1280×768p@60











1280×768p@60 (RB)









1280×768p@75









1280×768p@85









1280×800p@60









1280×800p@60 (RB)









1280×800p@75















1280×800p@85
1280×960p@60



1280×960p@85

















1280×1024p@60











1280×1024p@75











1280×1024p@85



















1360×768p@60
1366×768p@60 (RB)









1366×768p@60









1400×1050p@60







1400×1050p@60 (RB)













1440×900p@6073InputTransmitter's Supported
Resolutions (Hz)

VGA

HDMI

1440×900p@60 (RB)

Output
HDMI

HDBT







1440×900p@75







1600×900p@60 (RB)











1600×1200p@60





DP



1600×1200p@65







1600×1200p@70







1600×1200p@75







1600×1200p@85















1680×1050p@60



1680×1050p@60 (RB)

1920×1080p@23











1920×1080p@24











1920×1080p@25









1920×1080p@29









1920×1080p@30

































1920×1080i@50









1920×1080i@59









1920×1080i@60















2048×1080p@23







2048×1080p@24







2048×1080p@25







2048×1080p@29







1920×1080p@50



1920×1080p@59
1920×1080p@60

1920×1200p@60 (RB)







74

Transmitter's Supported
Resolutions (Hz)

Input
VGA

HDMI

Output
DP

HDMI

HDBT

2048×1080p@30







2048×1080p@50







2048×1080p@59







2048×1080p@60







3840×2160p@23









3840×2160p@24









3840×2160p@25









3840×2160p@29









3840×2160p@30









3840×2160p@50







3840×2160p@59







3840×2160p@60







3840×2160p@50 (4:2:0)







3840×2160p@59 (4:2:0)







3840×2160p@60 (4:2:0)







4096×2160p@23









4096×2160p@24









4096×2160p@25









4096×2160p@29









4096×2160p@30









4096×2160p@50







4096×2160p@59







4096×2160p@60







4096×2160p@50 (4:2:0)







4096×2160p@59 (4:2:0)







4096×2160p@60 (4:2:0)







75

8.2.2 Receiver's Resolutions
Input
Receiver's Supported
Resolutions (Hz)OutputHDBT

HDMI

BypassHDMI

640×480p@60







640×480p@72







640×480p@75







640×480p@85







720×400p@70







720×400p@85







720×480i@59







720×480i@60







720×480p@59







720×480p@60







720×576i@50







720×576p@50







800×600p@56







800×600p@60







800×600p@72







800×600p@75







800×600p@85







848×480p@60







1024×768p@60







1024×768p@70







1024×768p@75







1024×768p@85







1152×864p@75







1280×720p@23







1280×720p@24







1280×720p@25







Scaled
HDMI









76

InputReceiver's Supported
Resolutions (Hz)OutputHDBT

HDMI

Bypass
HDMI

1280×720p@29







1280×720p@30







1280×720p@50







1280×720p@59







1280×720p@60









1280×768p@60









1280×768p@60 (RB)







1280×768p@75







1280×768p@85







1280×800p@60







1280×800p@60 (RB)







1280×800p@75







1280×800p@85







1280×960p@60







1280×960p@85







1280×1024p@60







1280×1024p@75







1280×1024p@85







1360×768p@60







1366×768p@60 (RB)

1366×768p@60







1400×1050p@60







1400×1050p@60 (RB)







1440×900p@60







1440×900p@60 (RB)







1440×900p@75







1600×900p@60 (RB)







77

Scaled
HDMI













InputReceiver's Supported
Resolutions (Hz)OutputHDBT

HDMI

BypassHDMI

Scaled
HDMI

1600×1200p@60









1600×1200p@65







1600×1200p@70







1600×1200p@75







1600×1200p@85







1680×1050p@60







1680×1050p@60 (RB)







1920×1080p@23







1920×1080p@24







1920×1080p@25







1920×1080p@29







1920×1080p@30







1920×1080p@50







1920×1080p@59







1920×1080p@60









1920×1080i@50









1920×1080i@59







1920×1080i@60









1920×1200p@60 (RB)









2048×1080p@23







2048×1080p@24







2048×1080p@25







2048×1080p@29







2048×1080p@30







2048×1080p@50







2048×1080p@59











2560×1600p@60 (RB)78

InputReceiver's Supported
Resolutions (Hz)OutputHDBT

HDMI

BypassHDMI

2048×1080p@60







3840×2160p@23







3840×2160p@24









3840×2160p@25









3840×2160p@29







3840×2160p@30









3840×2160p@50







3840×2160p@59

3840×2160p@60








3840×2160p@50 (4:2:0)







3840×2160p@59 (4:2:0)







3840×2160p@60 (4:2:0)







4096×2160p@23







4096×2160p@24







4096×2160p@25







4096×2160p@29







4096×2160p@30







4096×2160p@50



4096×2160p@59

4096×2160p@60

4096×2160p@50 (4:2:0)







4096×2160p@59 (4:2:0)







4096×2160p@60 (4:2:0)







79

ScaledHDMI8.2.3 Color Sapce Conversions
Input

OutputResolution (Hz)

Color
Space

Bit
Depth

Color
Space

Bit
Depth

4K@23/24/25/29/30

RGB

8

RGB

8

RGB

10

RGB

8

RGB

12

RGB

8

YUV 4:4:4

8

YUV 4:4:4

8

YUV 4:4:4

10

YUV 4:4:4

8

YUV 4:4:4

12

YUV 4:4:4

8

RGB

8

YUV 4:2:0

8

YUV 4:4:4

8

YUV 4:2:0

8

YUV 4:2:0

8

YUV 4:2:0

8

YUV 4:2:0

10

YUV 4:2:0

8

YUV 4:2:0

12

YUV 4:2:0

8

4K@50/59/60

8.2.4 Cable Specifications
Cable Type

Cable Length

Supported Video Format

Cat.5e/6/6a/7

100 meters

Full HD video:
Up to 1080p@60Hz, 12-bit color
Data rates lower than 5.3Gbps or
below 225MHz TMDS clock

Cat.5e/6/6a/7

70 meters

Ultra HD video:
4K@24/25/30Hz & 4K@50/60Hz(YUV 4:2:0), 8-bit color
Data rates higher than 5.3Gbps orabove 225MHz TMDS clock80

8.3 Application Notes► The unit’s default IP address is 192.168.1.50.
► 4K UHD sources or equivalently high-bandwidth signals require an
appropriate compatible display and Premium High Speed HDMI or
certified DisplayPort 1.2 cables in order to achieve the best image quality.
► HDBaseT requires Cat.5e, Cat.6, or Cat.7 certified cable. Cat.6 or betteris highly recommended.
► The collaboration Transmitter’s analog audio input can only be embedded
into video sources connected to the Transmitter (VGA, HDMI, DP). It is
not possible to embed the analog audio into the HDMI source connectedto the Receiver.
► Due to the large amount of data that needs to be processed,
the WebGUI’s Event, Macro, Command, and Device tabs do not
automatically update while they are being viewed. Please manuallyrefresh or reload the web page to immediately update the displayed info(press F5 in most browsers).
► The Command Data field supports up to a maximum of 256 characters.
Note that some captured IR commands might exceed this limit, and theirdata will be truncated.
► The serial port (RS-232) on the Transmitter may be used for events,
however, the baud rate is locked at 115200bps to maintain support forcontrolling the Transmitter itself via RS-232.
► Listening for multiple Serial Port (RS-232) events is supported, however,
all active events using the Receiver’s RS-232 port must use the samebaud rate. It is not possible for multiple active events to listen at different
baud rates.
► IR receiver events can select Local (Transmitter) or Remote (Receiver)to identify the location of the IR interface to use.
► Some VGA and DisplayPort sources might not support the “Plug In”, “PlugOut” or “Plug Change” event conditions because the 5V line used for
input detection is optional on those interfaces.
► The Auto Audio Switch function makes its decision based on if the signal
contains audio packets or not. If the source contains audio packets, but it
is set to mute or volume equals 0, then it will still determine that audio ispresent.

81

9. ACRONYMS
ACRONYMCOMPLETE TERM

Cat.5eCategory 5 (enhanced) Cable

Cat.6

Category 6 Cable

Cat.7

Category 7 Cable

CEC

Consumer Electronics Control

CLI

Command Line Interface

DP

DisplayPort

DVI

Digital Visual Interface

EDID

Extended Display Identification DataGUI

Graphical User Interface

HD

High-Definition

HDCP

High-bandwidth Digital Content Protection

HDMI

High-Definition Multimedia Interface

HDR

High Dynamic Range

HTTP

HyperText Transfer Protocol

IP

Internet Protocol

IR

InfraredLAN

Local Area Network

LPCM

Linear Pulse-Code Modulation

OSD

On-Screen Display

PC

Personal Computer

PoH

Power over HDBaseTUHD

Ultra-High-Definition

USB

Universal Serial Bus

VGA

Video Graphics Array (640×480@60Hz)

WUXGA

Wide Ultra Extended Graphics Array (1920×1200@60Hz)

82

CYPRESS TECHNOLOGY CO., LTD.
www.cypress.com.tw