EXT-UHDKA-LANS-RX - Network switch Gefen - Free user manual and instructions

Product Type	AV over IP Sender/Receiver (KVM extender) for use with Gigabit LAN
Video Input Resolution (Sender)	Up to 4K 60Hz 4:2:0 (HDMI/DisplayPort); up to 1080p Full HD (DVI/VGA)
Video Output Resolution (Receiver)	Up to 4K 30Hz 4:4:4 (HDMI/DisplayPort); up to 1920x1200 (DVI/VGA)
Video Connectors (Sender)	1 x HDMI, DisplayPort, DVI, or VGA (In); 1 x HDMI, DVI, or VGA (Out, except DisplayPort)
Video Connectors (Receiver)	1 x HDMI, DisplayPort, DVI, or VGA (Out)
Audio Input/Output	Line In (3.5mm) on Sender; Line Out, Mic In, Headphone Out (3.5mm) on Receiver; Optical Out (TOSLINK) on Receiver
USB Ports (Receiver)	2 x USB 2.0 (Type-A), 2 x USB 1.1 (Type-A) with KM emulation
USB Host (Sender)	1 x USB Type-B
Network Interface	Gigabit Ethernet (RJ-45) with PoE (802.3af) on Sender and Receiver (LAN2); additional LAN1 port on Receiver
RS-232	1 x DB-9 female (Sender); 1 x DB-9 male (Receiver)
IR Control	IR In/Ext, IR Out (3.5mm) on both units; IR sensor on Receiver front panel
Power Supply	5V DC locking connector (included) or PoE (802.3af)
Dimensions (Sender)	8.4" x 1.7" x 5.9" (214mm x 45mm x 150mm)
Dimensions (Receiver)	8.4" x 1.0" x 5.9" (214mm x 25mm x 150mm)
Operating Temperature	32 to 122°F (0 to 50°C)
Key Features	KVM over IP, video wall up to 16x16, unicast/multicast modes, KM emulation, built-in scaler, web interface control, firmware update, compatibility with Gefen Syner-G and EXT-CU-LAN Matrix Controller
Maximum Units	Up to 39,900 Senders and 65,000+ total units
Warranty	Refer to Gefen website for latest warranty coverage
Included Accessories (Sender)	5V 2.6A power supply, L-brackets, rubber feet, quick-start guide
Included Accessories (Receiver)	5V 4A power supply, quick-start guide

Frequently Asked Questions - EXT-UHDKA-LANS-RX Gefen

What is the maximum video resolution supported by the EXT-UHDKA-LANS-RX?

The sender supports input resolutions up to 4K 60Hz 4:2:0 (HDMI/DisplayPort), while the receiver outputs up to 4K 30Hz 4:4:4. For DVI/VGA, resolutions up to 1080p Full HD and 1920x1200 are supported.

Can I use this product without a PoE switch?

Yes. If you do not have a PoE-compliant switch, you must use the included 5V DC power supplies. The locking connectors ensure secure connection.

How do I set the video channel for communication between sender and receiver?

Use the web interface (login as Administrator) or the CH -/+ buttons on the receiver front panel. Both units must be set to the same channel number (0-39900). Default is channel 0.

What is the difference between unicast and multicast mode?

In unicast mode, one sender communicates with only one receiver at a time (KVM switcher). In multicast mode, one sender can stream to multiple receivers simultaneously (KVM matrix). Switch modes via the web interface Network tab.

How many USB devices can I connect to a receiver?

Up to four USB devices: two on the USB 2.0 ports and two on the USB 1.1 ports (with KM emulation). Total USB devices per system depends on mode; multicast may allow up to 4 devices total.

Can I create a video wall with this product?

Yes. The built-in video wall controller supports up to 16x16 displays. Configure via the web interface (Video Wall tab), including bezel compensation and position settings.

Is RS-232 pass-through supported?

Yes. RS-232 serial control can be passed between sender and receiver. Enable Serial over IP in the web interface and set matching baud rate (e.g., 19200) and parity settings.

What types of audio can be de-embedded?

HDMI audio can be de-embedded as 2-channel analog (via Line Out), 2-channel PCM, and up to 5.1 channels of Bitstream via Optical Out. Analog line input on sender replaces HDMI audio when connected.

How do I update the firmware?

Firmware updates can be performed via the EXT-CU-LAN Matrix Controller (recommended) or the built-in web interface. Alternatively, use Telnet with the #fw_upgrade command. Always reboot after update.

What is the maximum cable length between sender/receiver and the network switch?

Use shielded CAT-5e or better cable, maximum length 330 feet (100 meters). For reliable performance, adhere to TIA/EIA-568B wiring standard.

USER MANUAL EXT-UHDKA-LANS-RX Gefen

Exterior view of a GEFEN networking device (no visible text or symbols on body)

Exterior view of a gray electronic device with ports and connectors (no visible text or symbols)

Important Safety Instructions

1. Read these instructions.
2. Keep these instructions.
3. Heed all warnings.
4. Follow all instructions.
5. Do not use this product near water.
6. Clean only with a dry cloth.
7. Do not block any ventilation openings. Install in accordance with the manufacturer's instructions.
8. Do not install or place this product near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat.
9. Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the other. A grounding type plug has two blades and a third grounding prong. The wide blade or the third prong are provided for your safety. If the provided plug does not fit into your outlet, consult an electrician for replacement of the obsolete outlet.
10. Protect the power cord from being walked on or pinched particularly at plugs, convenience receptacles, and the point where they exit from the apparatus.
11. Only use attachments/accessories specified by the manufacturer.
12. To reduce the risk of electric shock and/or damage to this product, never handle or touch this unit or power cord if your hands are wet or damp. Do not expose this product to rain or moisture.
13. Unplug this apparatus during lightning storms or when unused for long periods of time.
14. Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not operate normally, or has been dropped.
15. Batteries that may be included with this product and/or accessories should never be exposed to open flame or excessive heat. Always dispose of used batteries according to the instructions

Warranty Information

For the latest warranty coverage information, refer to the Warranty and Return Policy under the Connect section of the Gefen website at http://www.gefen.com/connect/warranty-and-return-policy

Contact Us

Technical Support

1-707-283-5900 1-800-472-5555

8:00 AM to 5:00 PM Monday - Friday, Pacific Time

Email

[e-mail]

Web

http://www.gefen.com

Mailing Address

Gefen

Nortek Security & Control, LLC

c/o Customer Service

1800 S McDowell Blvd.

Petaluma, CA 94954 USA

Operating Notes

Important

• When connecting through a Local Area Network, a managed gigabit switch is required. Jumbo Frame Support (8k or greater) and IGMP Snooping must be enabled.
• A dedicated LAN is not required but highly recommended.
  Only the HDMI and DisplayPort™ Inputs and Outputs will pass content from HDCP-encoded sources such as Blu-ray players and PlayStation® console systems. Other formats do not support HDCP content. If HDCP encrypted content is being passed, the output will not be active.
• We recommend that Sender and Receiver are first connected directly and functionality/performance is fully verified before integrating them into a Local Area Network.
  · Always make sure that all units within a system are running the latest
  This product has been specifically designed for use with the Gefen Syner-G™ Software Suite, available for download at www.gefen.com. The Gefen Syner-G™ Discovery and Show-Me features simplify initial IP configuration
  · Always make sure that all units within a system are running the latest firmware.
• Gefen highly recommends the Gefen EXT-CU-LAN Matrix Controller for setting up and controlling the operation of an AV-over-IP network using these products. Alternatively, the Syner-G™ software can be used for IP configuration and firmware updates.
• Shielded CAT-5e (or better) cables used between the Sender and the Receiver unit or between each unit and the IP switch, should not exceed 330 feet (100 meters).
• By default, all Sender and Receiver units are set to channel 0.
• The HDMI inputs and outputs on these products also support Single-Link DVI and its standard VESA resolutions. Dual-Link DVI is not supported.
• By default, each device is setup in unicast mode and the source device will use the EDID from the display (or other sink device) which is connected to the Receiver unit.
  If terminating network cables in the field, please adhere to the TIA/EIA568B specification. See the Network Cable Diagram (page 175) for details.

Operating Notes

Supported USB Devices

▶ HID-class devices: keyboard, mouse, joystick, and touch panels.
▶ Bulk-only storage devices: USB flash drive, most storage devices, DVD-ROM, card readers, and printers.

- Known supported devices

▶ USB to RS-z32 adapter.
▶ Mobile devices: Android, iOS mobile devices.
Connectivity devices: infrared remote controller, Bluetooth dongle.
▶ Security devices: Key dongle, security card reader.
▶ Full-speed USB audio devices.

- Known Limits:

▶ High-speed isochronous devices, such as webcams are NOT supported.

Licensing

This product uses software that is subject to open source licenses, including one or more of the General Public License Version 2 and Version 2.1, Lesser General Public License Version 2.1 and Version 3, BSD, and BSD-style licenses. Distribution and use of this product is subject to the license terms and limitations of liability provided in those licenses. Specific license terms and Copyright Notifications are provided in the source code. For three years from date of activation of this product, any party may request, and we will supply for software covered by an applicable license (e.g. GPL or LCPL), a complete machine-readable copy of the corresponding open source code on a medium customarily used for software interchange. The following software and libraries are included with this product and subject to their respective open source licenses:

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Features & Packing List

Features

• Extends video, USB, RS-232, z-way analog audio, and IR, using a Gigabit Local Area Network
  · Independent video, USB, RS-232, IR, and audio routing ^4
• Backward-compatible with first generation Gefen AV over IP products
  HDMI and DisplayPort™ products support input resolutions up to 4K 60Hz 4:2:0 and output resolutions up to 4K 30Hz 4:4:4
• DVI and VGA products support input and output resolutions up to 108op Full HD and 1920x1200 (WUXGA)
• Video output on Sender unit for local monitoring of the source (except DisplayPort")
• KM Emulation feature facilitates real-time, simultaneous Keyboard and Mouse control of each source from all connected workstations
• Integrated scaler ensures maximum compatibility and best possible viewing experience with different contents and displays
• Built-in video wall controller accommodates any number of rows and columns up to 16x76
  Built-in Audio De-Embedder on HDMI and DisplayPort™ Receivers breaks out 2 channel analog, 2 channel PCM, and up to 5.1 channels of Bitstream audio from the HDMI signal, allowing the audio content to be sent to external amplifiers and music distribution systems for added impact
• MFU (Mass-Firmware-Update), quick and automated configuration, and enhanced control capabilities and system security when used with the Gefen EXT-CU-LAN Matrix Controller
• Enhanced API for added functionality with third-party control systems
• Built-in web interface, Telnet, and UDP
• Compatible with the Gefen Keyboard Switching Controller software, available for download at www.gefen.com
  • Supports 39,900 Senders and a combination of over 65,000 Sender and Receiver units, depending on the network bandwidth and number of ports on your network switch
• Two USB 2.0 ports with data rates up to 480 Mbps and backward-compatibility with USB 1.1
• Two USB 1.1 ports with KM Emulation, for use with Human Interface Devices (H.I.D.)
• 802.3af standard Power-over-Ethernet allows the new Sender and Receiver units to be powered through a standard DoE enabled IP network switch, without the need for

Features & Packing List

- Mode switch on Sender for sharpness or motion-optimization of image

Field-updatable firmware via EXT-CU-LAN controller or the built-in web server interface

- Locking power supply connectors

- Half-rack width Sender and Receiver enclosures are rack-mountable using EXT-RACK-1U-CRY

- Sender and Receiver can also be surface-mounted using the included L-brackets

- Low profile Receiver enclosure features an IR Extender port and can be hidden away behind the display

* Features and specifications are subject to change without notice.

** Pending features to be activated via an upcoming firmware update.

All trademarks and registered trademarks are properties of their respective owners.

Packing List - Sender Unit

The following items are included in the Sender Unit package. If any of these items are not present in the box when you first open it, please contact Gefen Technical Support as soon as possible.

(1) Sender unit

(1) SV 2.6A Power Supply

(4) Self-Adhesive Rubber-Feet

(2) L-Shaped Mounting Brackets

(4) Machine screws for L-Shaped Mounting Brackets

(2) Machine screws for EXT-RACK-1U-CRY (sold separately)

(1) Quick-Start Guide

Packing List - Receiver Unit

The following items are included in the Receiver Unit. If any of these items are not present in the box when you first open it, please contact Gefen Technical Support as soon as possible.

(1) Receiver unit

(1) 5V 4A Power Supply

(2) ACD.....C.1

Table of Contents

Introduction....11 Sender Unit....11 Receiver Unit....14

Installation....17 Local Area Network (LAN) Connection....17 Using a Direct Connection....22 Supplementary Connections....24 Sample Wiring Diagram....25

LED Status....26 Link....26 Power....26

Setting the Video Channel ....27 Setting the Channel using the Web Interface ....27 Setting the Channel using the Front Panel ....28

Blocking & Masking Video 31

Unicast & Multicast Modes....33 Configuring Unicast Mode....33 Switching between Sender units in Unicast mode....35 Configuring Multicast Mode....38

Discovery Mode ....40 Cefen Syner-G Discovery ....40 Finding Your Device ....41

RS-232 Control ....43 RS-232 under Unicast Mode ....45 RS-232 under Multicast Mode ....45

USB Control ....46 USB under Unicast Mode....46 USB under Multicast Mode....48 Active per request mode....51 Active on link mode....52

Audio Connections .... 53 Audio Sources and De-Embedding .... 55

a. _1 will be ill

Table of Contents

Setting the Video Mode 59

Using the Web interface....59

Changing the Password....60

Utilities....61

Reset using the Web Interface 61

Reboot using the Web Interface 63

Reboot using the Web Interface 64

Reboot using the Front Panel 65

Telnet Access....66

Commands....67

Discovery Service....67

Help 67

Network 67

Routing....68

RX Specific 69

Serial....70

System....70

TX Specific 70

USB 71

Video....71

Web Interface 71

Network Cable Diagram....175

Rack Tray Installation 176

Specifications ^* 177

Introduction

Sender Unit

ID	Name	Description
1	Power	This LED indicator glows solid blue when the unit is powered.
2	Link	This LED glows solid green when a link is established between the Sender and Receiver.
3	Reset	Press this button, using the end of a paper clip or other pointed object, to perform a soft reset.
4	Mode	Press this button, using the end of a paper clip or other pointed object, to toggle between Graphic and Video modes.
5	Drop	This button is used for device returned.

Introduction

ID Name Description

6 5V DC This power receptacle is used to connect the included 5V DC power supply. An external power supply is not required when connecting to a PoE-enabled switch using the LAN (PoE) port.
7 USB Connect a USB cable from the computer to this USB port.
8 LAN (PoE) Connect a CAT-5e or better cable up to 330 feet/100 meters, from this port to a PoE-capable network switch. If a PoE switch is not available, then the included 5V DC power supply must be connected to the Sender unit.
9 RS-232 Connect an DB-9 cable from this port to a RS-232 automation control unit. See RS-232 Control (page 43) for more information.
10 Prog Sel For normal operation, this switch should be in the Off position. Setting this switch to the On position, places the unit in the ready-state for firmware recovery or debug operations.
11 Video Out (except DisplayPortTM)	Use a high quality video interconnect cable to the connect an AV source to the video Out port on the rear panel of the Sender unit. When using HDMI Senders, we recommend Cefen cables.
12 Video In Use a high quality video interconnect cable to the connect an AV source to the video In port on the rear panel of the Sender unit. When using HDMI and DisplayPortTM Senders, we recommend Cefen cables.

Introduction

ID Name Description

13 IR In/Ext Connect an IR Extender (Cefen part no.		EXT-RMT-EXTIRN) to this port. Alternatively,connect a 3.5mm mini-stereo connectorfrom this port to the output of anautomation system with an electrical IRoutput.
14 IR Out Connect an IR Emitter (Cefen part no.	EXT-IREMIT) from this port to the IR sensor of thedevice to be controlled.
15 Line In Connect a 3.5mm mini-stereo cable from thisport to the analog audio source.
16 Line Out Connect a 3.5mm mini-stereo cable from thisport to an amplifier or other audio outputdevice.

Introduction

Receiver Unit

ID	Name	Description
1	Power	This LED indicator glows solid blue when the unit is powered.
2	Link	This LED glows solid green when a link is established between the Sender and Receiver.
3	Reset	Press this button, using the end of a paper clip or other pointed object, to perform a soft reset.
4	Prog	This button is used for device recovery operations, in the event of a firmware update or other failure.
5	CH -/+	These buttons serve two purposes. n) Press the -/+ buttons button to decrement / increment, respectively, the current channel number. See Setting the Video

Introduction

ID Name Description
6 IR This IR sensor receives and passes signals from		an IR remote control to the selected Sender unit.
7 Mic In Connect a microphone to this port.
8	Headphones/ Line Out	Connect a pair of headphones or powered speakers to this port.
9 USB 2.0 Connect up to two USB 2.0 devices to these USB ports. For USB 1.1 devices, use the USB 1.1 ports. Please note that KM Emulation feature is only available on the USB 1.1 ports on the back panel. It is not available with these two USB 2.0 ports.
10 IR In/Ext Connect an IR Extender (Gefen part no.		EXT-RMT-EXTIRN) to this port. Alternatively, connect a 3.5mm mini-stereo connector from this port to the output of an automation system with an electrical IR output.
11 IR Out Connect an IR Emitter (Gefen part no.		EXT-IREMIT) from this port to the IR sensor of the device to be controlled.
12	Video Out	Use a high quality video interconnect cable to the connect a display to the video Out port on the rear panel of the Receiver unit. When using HDMI and DisplayPortTM Receivers, we recommend Gefen cables.

Introduction

ID Name Description

13 RS-232 Connect a DB-9 cable from the Receiver unit to the display or another device to be controlled. See RS-232 Control (page 43) for more information.
14 Prog Sel For normal operation, this switch should be in the Off position. Setting this switch to the On position, places the unit in the ready-state for firmware recovery or debug operations.
15	Opt Out (except VGA) Connect a digital audio cable with a TOSLINK* connectors from this port to the digital audio input of an AV receiver or amplifier.
16 USB 1.1 Connect up to two USB 1.1 or HID devices (such as keyboard, mouse, or touchscreen) to these USB ports. For USB 2.0 devices, use the USB 2.0 ports. Please note that the KM Evolution feature only works with these two USB 1.1 ports. It is not available with the USB 2.0 ports.
17 LAN 1 Use this port to connect IP-enabled devices, or to daisy-chain additional Receiver units (only when a single source is used, otherwise bandwidth may be compromised). CAT-sy or better cables up to 330 feet/100 meters. This port is NOT PoE-capable.
18 LAN 2 (PoE) Connect a CAT-sy or better cable up to 330 feet/100 meters, from this port to a PoE-capable network switch. If a PoE switch is not available, then the included 5V DC power supply must be connected to the Receiver unit.
19 5V DC This power receptacle can be used to connect the included 5V DC power supply. An external power supply is not required when connecting

Installation

The Gen z.o KVM over IP Sender and Receiver units can be connected directly or through a Local Area Network (LAN). Both installations will be covered.

Local Area Network (LAN) Connection

When connecting the Sender and Receiver units to a Local Area Network (LAN), DHCP, static, or APIPA (Automatic Private IP Addressing) IP modes can be used. DHCP mode will use the DHCP server to automatically assign an IP address for each Sender and Receiver unit that is connected to the network. Static IP mode will allow the IP address for each Sender and Receiver unit to be configured manually. Contact your network administrator if necessary. APIAP mode assigns a class-BIP address, in the 169.254.x.x range; to the Sender and Receiver units, if a DHCP server is not available.

1. Connect a CAT-5e (or better) cable between the LAN (PoE) port on the Sender unit and a Gigabit PoE-enabled IP switch.
2. Connect LAN 2 (PoE) on the Receiver unit to the same network switch. Each cable run can be up to 330 feet (100 meters).

1. If NOT USING A PoE-compliant switch, then connect the included 5V DC power supplies to the Sender and Receiver units.

Important

If the IP switch is PoE-compliant and the Sender and Receiver are connected through their PoE ports, external power supplies will not be required. However, additional Receivers or other devices connected to the LAN I port of a Receiver will require an external power supply.

Installation

1. Launch the Gefen Syner-G™ app to discover the IP address of the Sender/Receiver unit. See the Gefen Syner-G™ User Manual for more information.
2. Click the desired unit from the list. The currently selected unit will be highlighted in red.
3. Use the fields in the Device Settings section to change the IP settings, as necessary.

Installation

1. Once all IP settings have been adjusted, click the Apply button.
2. Click the Reboot button to apply changes.
3. Repeat steps 4-7 for each Sender and Receiver unit as necessary.

Note

The IP address of both the Sender and Receiver unit can be viewed by disconnecting the source device. Remove the HDMI cable between the Sender unit and the source device. The IP address of the Sender and Receiver will be displayed as shown

1. Open your Web browser and enter the IP address of the desired Sender or Receiver unit in the address bar.

Installation

1. The Login screen will be displayed
2. In order to change network settings, you must login as "Administrator". Select the "Administrator" username from the drop-down list.

1. Type the password in the Password field. The default password for "Administrator" is admin. The password is case-sensitive and will be masked as it is entered.

Note

Passwords and operating features can be changed when logged in as Administrator. The User option has limited access. To change password credentials, see Changing the Password (page 60) for more information.

Installation

1. Click the desired IP Mode button.

If Static mode is selected, then enter the IP Address, Subnet Mask, and Default Gateway. Contact your system administrator if necessary.
If DHCP mode is selected, then the IP address, subnet mask, and default gateway will be specified by the DHCP server.

1. Click the Apply button to save the changes. This operation will require a reboot.
2. Click the Reboot button near the bottom of the page.
3. Repeat steps 12 - 21 for each Sender and Receiver to be configured.
4. After the desired IP settings have been applied, set the video channel for each Sender unit. See Setting the Video Channel (page 27) for more information.

Installation

Using a Direct Connection

By default, all Senders and Receivers are shipped in APIPA (Auto) mode. This network mode is used for directly connecting Sender and Receiver units to one another. In APIPA mode, each Sender and Receiver unit assigns itself a unique IP address within the range of 169.254.x.x. Using a direct connection each unit can remain in Auto mode of can be assigned a static of DHCP IP address using the Cefen Syner-C software or manually through the built-in web interface.

1. Connect an HDMI cable to connect the source to the HDMI In port on the Sender unit.
2. Connect an HDMI cable from the display to the HDMI Out port on the Receiver unit.
3. Connect a CAT-se (or better) cable from the LAN (PoE) port on the Sender unit to the LAN1 or LAN2 (PoE) port on the Receiver unit. The other LAN port can then be used for connecting (daisy-chaining) an additional Receiver unit. Each cable run can be up to 330 feet (100 meters). Please note that PoE is not active in direct connection. The Sender and all connected Receivers will need to be powered using their external power supplies.

1. Connect the included 5V DC locking power supplies to both the Sender unit and Receiver unit. Do not overtighten the locking connectors. Plug the power supplies to available electrical outlets.

Installation

1. Make note of both IP addresses. These IP addresses can be entered in a Web browser to access the built-in Web interface.
2. See Local Area Network (LAN) Connection (page 17) and follow steps 4 - 20, in order to access the built-in Web interface.
3. Set the video channel. By default, both the Sender and Receiver unit are set to channel 0. See Setting the Video Channel (page 27) for more information.
4. Once both Sender and Receiver units are configured using the built-in Web interface, the shielded CAT-se cable, between the PC and the Receiver unit, can be disconnected.
5. See Supplementary Connections (page 24) for instructions on connecting USB, IR, RS-232, and audio cables.

Installation

Supplementary Connections

USB

See USB Control (page 46) for more information on using USB devices.

1. Connect a USB cable from the computer to the USB port on the Sender unit.
2. Connect a maximum of two USB 2.0 devices to the USB 2.0 ports, on the front panel of the Receiver unit. For USB 1.1 devices, connect the devices to the USB 1.1 ports.

IR

1. Connect an IR Emitter (Cefen part no. EXT-IREMIT) to the Sender unit and attach it to the IR sensor on the device to be controlled.
2. Connect an IR Extender (Gefen part no. EXT-RMT-EXTIRN) to the Receiver unit if the IR sensor will not be within line-of-site for proper IR control.

▶ Audio

See Audio Connections (page 53) for more information on using audio devices.

1. Connect a 3.5mm mini-stereo cable from the Line In port on the Sender unit to an audio source.
2. Connect a pair of powered speakers (or another audio output device) to the Line Out port on the Receiver unit.
3. Connect a USB microphone / headset to one of the USB 2.0 ports on the Receiver unit
4. Connect a pair of powered speakers (or another audio output device) to the Line Out port on the Sender unit.

RS-232

1. Connect an RS-232 cable from the PC or automation system to the RS-232 port on the Sender unit.

Installation

Sample Wiring Diagram

graph TD
    A["GEFEN"] --> B["PC"]
    B --> C["PC"]
    C --> D["MT"]
    D --> E["MT"]
    E --> F["MT"]
    F --> G["MT"]
    G --> H["MT"]
    H --> I["MT"]
    I --> J["MT"]
    J --> K["MT"]
    K --> L["MT"]
    L --> M["MT"]
    M --> N["MT"]
    N --> O["MT"]
    O --> P["MT"]
    P --> Q["MT"]
    Q --> R["MT"]
    R --> S["MT"]
    S --> T["MT"]
    T --> U["MT"]
    U --> V["MT"]
    V --> W["MT"]
    W --> X["MT"]
    X --> Y["MT"]
    Y --> Z["MT"]
    Z --> AA["MT"]
    AA --> AB["MT"]
    AB --> AC["MT"]
    AC --> AD["MT"]
    AD --> AE["MT"]
    AE --> AF["MT"]
    AF --> AG["MT"]
    AG --> AH["MT"]
    AH --> AI["MT"]
    AI --> AJ["MT"]
    AJ --> AK["MT"]
    AK --> AL["MT"]
    AL --> AM["MT"]
    AM --> AN["MT"]
    AN --> AO["MT"]
    AO --> AP["MT"]
    AP --> AQ["MT"]
    AQ --> AR["MT"]
    AR --> AS["MT"]

Note

The wiring diagrams above show IR Emitters (Cefen part no. EXT-IREMIT), IR Extender Modules (Cefen part no. EXT-RMT-EXTIRN), and various interconnect cables that are not included with the product. These Emitters, Extender Modules, and select cables are available for purchase from your Gefen dealer or distributor.

LED Status

The Power and Link LED indicators on the Sender and Receiver unit provide basic information

on their current status.

The information, in the tables below, applies to both the Sender and Receiver unit.

Link

Status Description
Off · Connection is not established.
	· Check the cable between the Sender and Receiver unit.
On	· Connection is established and video is streaming.
Blinking	· System is in a state of transition. Connection is established but streaming has not started.· No video source detected.· Check that the Receiver unit is connected to the host.

Power

Status Description
Off - No power.	○
On - Power is on and the system is ready.
Blinking	System is booting (not ready).

Setting the Video Channel

In order for a Sender and Receiver unit to communicate with one another, they must both be set to the same video channel. This is similar to changing the channel on a set-top box in order to view a different program. Pressing and releasing either the CH + or CH - buttons on the front of the Receiver unit can also be used to change the video channel. Both methods will be covered in this section. By default, all Sender and Receiver units are set to channel o (zero).

Setting the Channel using the Web Interface

1. Access the Web interface by entering the IP address of the desired Sender or Receiver unit.
2. Login as "Administrator" or "User".
3. Click the Functions tab. The current channel is displayed within the Channel Setup window group.
4. Type the desired channel number. Channel numbers can range from 0 to 39900.
5. Click the Apply button on the right-hand side of Channel Setup window group.

1. The following message will be displayed, at the top of the page, indicating that the selected channel has been applied.

i Success: Channel Selected.

If the entered value is invalid, then the following message will be displayed:

Error: Channel value range:0\~39900

1. Access the Web interface of the next unit (Sender or Receiver) by entering its IP address

Setting the Video Channel

Setting the Channel using the Front Panel

1. Press the - or +/USB button to display the current channel number. Channel numbers range from 0 to 39900.

Receiver unit

1. The current video channel of the Receiver unit will be shown on the connected display.

1. While the current video channel is being displayed, press and release the Switch button on the Receiver unit. The Receiver unit will change to the next available video channel that is being used by a Sender unit.

Setting the Video Channel

1. Once the current channel is displayed, do one of the following:

2. Press the - button to decrement the current channel number

3. Press the +/USB button to increment the current channel number.

4. To set the video channel on a Sender unit, use the Web interface. See Setting the Channel using the Web Interface (page 27) for more information.

The illustration below shows one Receiver unit and three Sender units. The numbers indicate the video channel for each unit. Here, the Receiver unit is currently set to channel z and is receiving the signal from the Sender unit, set to channel z.

graph TD
    A["Source unit"] -->|2| B["Lab"]
    C["Sample unit"] -->|2| B
    D["Batch unit"] -->|1| E["Output"]
    F["Source unit"] -->|5| G["Output"]
    H["Sample unit"] -->|n| I["Output"]

To switch the channel, and view the source that is connected to the Sender on channel 5, press and release the +/USB button to increment the video channel until the display shows the number 5.

Setting the Video Channel

1. The Receiver unit, on channel 5, is now receiving the signal from the Sender unit on channel 5.

graph TD
    A["Sensor unit"] -->|1| B["Sensor unit"]
    B -->|2| C["Output Unit"]
    D["Sensor unit"] -->|3| E["Sensor unit"]
    E -->|4| F["Output Unit"]
    G["Sensor unit"] -->|5| H["Sensor unit"]
    H -->|6| I["Output Unit"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style F fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333
    style I fill:#f9f,stroke:#333

Blocking & Masking Video

Use the Block Video option on a Sender unit to prevent video from being transmitted to each of the connected Receiver units (multicast mode only). Use the Mask Video option to selectively block video on the desired Receiver units.

Mask Video

1. Access the Web interface of a Receiver unit by entering the IP address in the address bar of the browser.
2. Login as "Administrator".
3. Click the Functions tab.
4. Under the Video over IP window group, check the Mask Enable box to mask the video. Deselect this check box to unmask (enable) video.

1. Click the Apply button within the Video over IP group.
2. Repeat steps 1 through 5 for each Receiver unit in the system

Blocking & Masking Video

Block Video

Note

The Block Enable option is only applicable in multicast mode.

1. Access the Web interface of a Sender unit by entering the IP address in the address bar of the browser
2. Login as "Administrator".
3. Click the Functions tab.
4. Under the Video over IP window group, check the Block Enable box to block the video. Deselect this check box to unblock (enable) video.

Unicast & Multicast Modes

Configuring Unicast Mode

The term unicast is used to describe a configuration where information is sent from one point to another point. It is possible to have multiple Sender and Receiver units connected in a system. However, in unicast mode a Sender unit can communicate with only one Receiver unit at a time. In unicast mode, the Gefen AV over IP products function similar to a KVM switcher.

Note

The Gefan AV over IP Sender and Receiver units are shipped from the factory in unicast mode.

The illustration, below, shows 3 Sender units (S1, S2, and S3) and 2 Receiver units (R1 and R2) on a network, operating in unicast mode. The video channels are notated in blue.

Figure 2.1 - Unicast mode: A Sender unit can communicate with only one Receiver unit at a time.

graph TD
    A["Input"] --> B["Component 1"]
    B --> C["Component 2"]
    C --> D["Output"]
    style A fill:#000,stroke:#000,color:#fff
    style B fill:#000,stroke:#000,color:#fff
    style C fill:#000,stroke:#000,color:#fff
    style D fill:#000,stroke:#000,color:#fff
    subgraph Input
        R1["R₁"]
        S1["S₂"]
        T1["S₃"]
    end
    subgraph Component 1
        R2["R₂"]
        S2["S₃"]
        T2["S₄"]
    end
    subgraph Component 2
        R3["R₃"]
        S3["S₃"]
        T3["S₄"]
    end
    subgraph Output
        U1["U₁"]
        V1["V₁"]
    end
    R1 --> R2
    R2 --> S2
    S2 --> T2
    T2 --> U1
    U1 --> V1
    V1 --> U2["U₂"]
    U2 --> V2["V₂"]
    style A fill:#000,stroke:#000,color:#fff
    style B fill:#000,stroke:#000,color:#fff
    style C fill:#000,stroke:#000,color:#fff
    style D fill:#000,stroke:#000,color:#fff
    style E fill:#000,stroke:#000,color:#fff
    style F fill:#000,stroke:#000,color:#fff
    style G fill:#000,stroke:#000,color:#fff
    style H fill:#000,stroke:#000,color:#fff
    style I fill:#000,stroke:#000,color:#fff
    style J fill:#000,stroke:#000,color:#fff
    style K fill:#000,stroke:#000,color:#fff
    style L fill:#000,stroke:#000,color:#fff
    style M fill:#000,stroke:#000,color:#fff
    style N fill:#000,stroke:#000,color:#fff
    style O fill:#000,stroke:#000,color:#fff
    style P fill:#000,stroke:#000,color:#fff
    style Q fill:#000,stroke:#000,color:#fff
    style R fill:#666,stroke:#333
    style S fill:#666,stroke:#333
    style T fill:#666,stroke:#333
    style U fill:#666,stroke:#333
    style V fill:#666,stroke:#333
    style W fill:#666,stroke:#333
    style X fill:#666,stroke:#333

1. Access the Web interface for each Sender and Receiver unit that will be using unicast mode. In this example, we will start with Receiver unit R1.

2. Login as "Administrator".

Unicast & Multicast Modes

1. Click the Network tab.

2. Click the Unicast button under the Network Mode window group. When selected, the Unicast button will be highlighted in red.

1. Click the Apply button in the lower-right corner of the Network Mode group.

2. The following message will be displayed, at the top of the page, indicating that the casting mode has been applied to the Sender or Receiver unit.

Success: New casting mode applied

1. Click the Reboot button at the bottom of the page. If the Reboot button is not clicked, the following message will be displayed, indicating that the unit must be rebooted.

Warning: Reboot for new settings to take effect

1. Repeat steps 1-7 in order to configure the Sender unit for unicast mode.

Important

When switching between unicast and multicast modes, both Sender and Receiver units must be set to the same mode.

Unicast & Multicast Modes

Switching between Sender units in Unicast mode

When multiple Sender and Receiver unit are used in unicast mode, the Gefen AV over IP Sender and Receivers behave as a switcher. In unicast mode, a Sender unit can communicate with only one Receiver unit at a time.

In the example below, Receiver unit R1 will be switched to receive the source connected to Sender unit S1. To do this, simply change the video channel.

Figure 2.2 - Unicast mode: Receiver unit R1 is connected to Sender unit S2.

graph TD
    A["Block R1"] -->|1| B["Block S2"]
    C["Block S2"] -->|5| B
    D["Block R2"] -->|2| B
    E["Block S2"] -->|1| B
    F["Block R2"] -->|2| B
    G["Block S2"] -->|1| B
    H["Block R2"] -->|2| B
    I["Block S2"] -->|1| B
    J["Block R2"] -->|2| B
    K["Block S2"] -->|1| B
    L["Block R2"] -->|2| B
    M["Block S2"] -->|1| B
    N["Block R2"] -->|2| B
    O["Block S2"] -->|1| B
    P["Block R2"] -->|2| B
    Q["Block S2"] -->|1| B
    R["Block R2"] -->|2| B
    S["Block S2"] -->|1| B
    T["Block R2"] -->|2| B
    U["Block S2"] -->|1| B
    V["Block R2"] -->|2| B
    W["Block S2"] -->|1| B
    X["Block R2"] -->|2| B
    Y["Block S2"] -->|1| B
    Z["Block R2"] -->|2| B
    AA["Block S2"] -->|1| B
    AB["Block R2"] -->|2| B
    AC["Block S2"] -->|1| B
    AD["Block R2"] -->|2| B
    AE["Block S2"] -->|1| B
    AF["Block R2"] -->|2| B
    AG["Block S2"] -->|1| B
    AH["Block R2"] -->|2| B
    AI["Block S2"] -->|1| B
    AJ["Block R2"] -->|2| B
    AK["Block S2"] -->|1| B
    AL["Block R2"] -->|2| B
    AM["Block S2"] -->|1| B
    AN["Block R2"] -->|2| B
    AO["Block S2"] -->|1| B
    AP["Block R2"] -->|2| B
    AQ["Block S2"] -->|1| B
    AR["Block R2"] -->|2| B
    AS["Block S2"] -->|1| B
    AT["Block R2"] -->|2| B
    AU["Block S2"] -->|1| B
    AV["Block R2"] -->|2| B
    AW["Block S2"] -->|1| B
    AX["Block R2"] -->|2| B
    AY["Block S2"] --> AZ["Output"]
    AZ --> BA["Output"]

1. Access the Web interface for Receiver unit R1.
2. Login as "Administrator".
3. Click the Network tab and change the video channel. Refer to Setting the Video Channel (page 27) if necessary.
4. Click the Apply button.
5. The following message will be displayed, at the top of the page, indicating that the new channel has been applied to the Sender or Receiver unit.

Unicast & Multicast Modes

Figure 2.3 - Unicast mode: Receiver unit R1 is now connected to Sender unit S1.

graph TD
    A["Sensor Unit 1"] -->|1| B["Sensor Unit 2"]
    B -->|2| C["Sensor Unit 3"]
    C -->|3| D["Sensor Unit 4"]
    D -->|4| E["Sensor Unit 5"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333

Now, observe the result when both Sender S1 and S2 are set to channel 5:

Figure 2.4 - Unicast mode violation: Two Sender units (S1 and S2) using the same video channel.

graph TD
    A["Sensor unit R1"] -->|5| B["Decoupling unit"]
    C["Sensor unit R2"] -->|2| D["Decoupling unit"]
    E["Sensor unit S1"] -->|5| F["Decoupling unit"]
    G["Sensor unit S2"] -->|2| H["Decoupling unit"]
    I["Sensor unit S3"] -->|5| J["Decoupling unit"]
    K["Out"] --> L["Out"]
    M["Cut"] --> N["Cut"]

Unicast & Multicast Modes

When using unicast mode, each of the Sender units must be assigned a unique channel and should never be changed. Use the Receiver unit to switch (channels) between Sender units.

Note

In anisost mode, if an additional Sender unit is introduced into a system with the same channel as another Sender unit, then the Receiver unit will continue to receive audio/video data from the Sender unit which was connected first.

Unicast & Multicast Modes

Configuring Multicast Mode

The term multicast is used to describe a configuration where information is sent from one or more points to a set of other points. For example, a single Sender unit can transmit data to multiple Receiver units. In addition, if multiple Sender units are used, each Sender unit can transmit data to any Receiver that is not already receiving data from another Sender unit. In multicast mode, the Senders and Receivers function similar to a KVM matrix.

The illustration, below, shows 3 Sender units (S1, Sz, and Sz) and z Receiver units (R1 and R2) on a network, operating in multicast mode. The video channels are shown in blue.

Figure 2.5 - Multicast mode: A Sender unit can communicate with multiple Receiver units.

graph TD
    A["Input"] --> B["R1"]
    B --> C["R2"]
    C --> D["Output"]
    style A fill:#999
    style B fill:#ccc
    style C fill:#ccc
    style D fill:#ccc
    subgraph Input
        E["R1"] --> F["R2"]
    end
    subgraph SeriesUnit
        G["S1"] --> H["S2"]
    end
    I["Output"] --> J["S3"]
    K["Input"] --> L["S4"]
    M["Output"] --> N["S5"]
    style I fill:#ccc
    style K fill:#ccc
    style M fill:#ccc
    style N fill:#ccc

1. Access the Web interface for each Sender and Receiver unit that will be using multicast mode. In this example, we will start with Receiver S2.

2. Login as "Administrator".

Unicast & Multicast Modes

1. Click the Network tab.

2. Click the Multicast button under the Network Mode window group. When selected, the Multicast button will be highlighted in red.

1. Click the Apply button in the lower-right corner of the Network Mode group.

The following message will be displayed, at the top of the page, indicating that the casting mode has been applied to the Sender or Receiver unit.

Success: New casting mode applied.

If a display is connected to the Receiver unit, then the message "Starting USB" will be displayed. For more information on using USB under multicast mode, see USB under Multicast Mode (page 48).

1. Click the Reboot button at the bottom of the page. If the Reboot button is not clicked, the following message will be displayed, indicating that the unit must be rebooted.

Warning: Reboot for new settings to take effect.

1. Repeat the steps above in order to configure the Sender unit to multicast mode.

Discovery Mode

Gefen Syner-G Discovery

Enabling the Gefen Syner-G Discovery feature allows the Gefen Syner-C Software Suite or Gefen Discovery Tool App to locate a Sender and/or Receiver on a network. Once the software is able to locate the unit, IP settings can be changed as desired.

1. Access the Web interface by entering the IP address of a Receiver or Sender unit.
2. Login as "Administrator".
3. Click the Network tab.
4. Under the IP Setup window group, check the Gefen Syner-G Discovery box to allow the Gefen Syner-G software to locate the unit. If you do not want the unit to be discoverable, then un-check this box.
5. Click the Apply button.
6. Click the Reboot button at the bottom of the page to restart the unit and apply the change.

Discovery Mode

Finding Your Device

If several Sender and Receiver unit pairs are connected on a network, you may need to physically identify a particular Sender and/or Receiver unit. In such a case, use the Find Your Device feature.

1. Access the Web interface by entering the IP address of a Receiver or Sender unit.
2. Login as "Administrator".
3. Click the Network tab.
   4 Under the IP Setup window group, click the Show Me button. By default, the Hide Me button will be selected.

Although shown, below, it is not necessary to have the Gefen Syner-G Discovery option enabled in order to use the Find Your Device feature.

Discovery Mode

1. The following message will be displayed, at the top of the page, indicating that the LED indicators on the unit are blinking.

Success: Device is blinking!

1. The Power and Link LED indicators will continue to blink until the Hide Me button is clicked.

Receiver unit (shown)

1. Click the Hide Me button to stop both LED indicators from blinking.

1. The Power and Link LED indicators will stop blinking and the following message will be displayed at the top of the page.

③ Success: Device will stop blinking!

RS-232 Control

The Cefen AV over IP Sender and Receivers support RS-232 pass-through, allowing the control of remote RS-232 devices. The Sender and Receiver unit which are being used to pass-through the RS-232 data must be set to the same baud rate as the RS-232 host and client.

In the example below, an RS-232 device has been connected to Receiver R1. We want to control this product from Sender unit S3, using an automation control device. The channel numbers are listed in blue.

Figure 2.6 - Basic RS-232 connection

graph TD
    R0["RS 930 device"] -->|12| R1["R1"]
    R1 -->|02| R2["R2"]
    R2 -->|12| R3["R3"]
    R3 -->|09| R4["R4"]
    R4 -->|12| R5["R5"]
    R5 -->|05| R6["R6"]
    R6 -->|1| R7["R7"]
    R7 -->|02| R8["R8"]
    R8 -->|12| R9["R9"]
    R9 -->|09| R10["R10"]
    R10 -->|12| R11["R11"]
    R11 -->|02| R12["R12"]
    R12 -->|12| R13["R13"]
    R13 -->|09| R14["R14"]
    R14 -->|12| R15["R15"]
    R15 -->|02| R16["R16"]
    R16 -->|12| R17["R17"]
    R17 -->|09| R18["R18"]
    R18 -->|12| R19["R19"]
    R19 -->|02| R20["R20"]

Table 2.1 - RS-232 settings for an arbitrary RS-232 device.

Description Setting
Baud rate	19200
Data bits	8
Parity	None
Stop bits	1
Hardware flow control	None

RS-232 Control

1. Access the Web interface for the Sender unit and login as "Administrator".
2. Click the Functions tab.
3. Locate the Serial over IP group and change the RS-232 settings to match the settings of the RS-232 device that is being used. In this case, we need to use the settings from Table 2.1 (see previous page).

1. Make sure that the Enable Serial over IP box is checked.
2. Click the Apply button in the lower-right corner of the Serial over IP group.

Important

If Enable Serial over IP is not checked, then RS-232 pass-through will be disabled.

1. The following message will be displayed, at the top of the page, indicating that the new Serial over IP options have been applied.

Success: New Serial over IP options applied.

1. Click the Reboot button at the bottom of the page. If the Reboot button is not clicked, the following message will be displayed, indicating that the unit must be rebooted.

RS-232 Control

RS-232 under Unicast Mode

In unicast mode, a Sender unit will be able to communicate with only one Receiver unit at a time.

Figure 2.7 - In unicast mode, the host can talk to only one RS-232 device at a time.

graph TD
    A["IP Address 222"] --> B["R1"]
    A --> C["S1"]
    A --> D["S4"]
    B --> E["Switch"]
    C --> F["Switch"]
    D --> G["Switch"]
    E --> H["Address"]
    F --> I["Address"]
    G --> J["Address"]
    H --> K["Internet"]
    I --> L["Internet"]
    J --> M["Internet"]
    K --> N["Internet"]
    L --> O["Internet"]
    M --> P["Internet"]
    N --> Q["Internet"]
    O --> R["Internet"]
    P --> S["Internet"]
    Q --> T["Internet"]
    R --> U["Internet"]
    S --> V["Internet"]
    T --> W["Internet"]
    U --> X["Internet"]
    V --> Y["Internet"]
    W --> Z["Internet"]
    X --> AA["Internet"]
    Y --> AB["Internet"]
    Z --> AC["Internet"]
    AA --> AD["Internet"]
    AB --> AE["Internet"]
    AC --> AF["Internet"]
    AD --> AG["Internet"]
    AE --> AH["Internet"]
    AF --> AI["Internet"]
    AG --> AJ["Internet"]
    AH --> AK["Internet"]
    AI --> AL["Internet"]
    AJ --> AM["Internet"]
    AK --> AN["Internet"]
    AL --> AO["Internet"]
    AM --> AP["Internet"]
    AN --> AQ["Internet"]

RS-232 under Multicast Mode

In multicast mode, a Sender unit can communicate with multiple Receiver units simultaneously.

Figure 2.8 - In multicast mode, the host can talk to multiple RS-232 devices.

graph TD
    A["R1"] -->|0.4| B["R2"]
    B -->|12| C["V1"]
    C -->|12| D["V2"]
    D -->|12| E["Output"]
    F["External Control Devices"] -->|A/B| G["External Control Devices"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#ffc,stroke:#333

USB Control

USB under Unicast Mode

When connecting USB devices to the Gefen AV over IP Senders and Receivers, the functionality is similar to that of video and RS-232. See RS-232 under Unicast Mode (page 45) for more information.

Note

The Sender and Receiver units shipped from the factory in unicast mode.

As an example, we will start with our original diagram and connect a computer to Sender unit Sz and a keyboard, mouse, USB drive, and USB micrheadset to Receiver unit Rz.

Figure 2.9 - Using USB devices under unicast mode.

graph TD
    A["Router R1"] -->|Out| B["Switch R2"]
    B -->|Out| C["Switch R3"]
    C -->|Out| D["Switch R4"]
    D -->|Out| E["Switch R5"]
    E -->|Out| F["Switch R6"]
    F -->|Out| G["Switch R7"]
    G -->|Out| H["Switch R8"]
    H -->|Out| I["Switch R9"]
    I -->|Out| J["Switch R10"]
    J -->|Out| K["Switch R11"]
    K -->|Out| L["Switch R12"]
    L -->|Out| M["Switch R13"]
    M -->|Out| N["Switch R14"]
    N -->|Out| O["Switch R15"]
    O -->|Out| P["Switch R16"]
    P -->|Out| Q["Switch R17"]
    Q -->|Out| R["Switch R18"]
    R -->|Out| S["Switch R19"]
    S -->|Out| T["Switch R20"]
    T -->|Out| U["Switch R21"]
    U -->|Out| V["Switch R22"]
    V -->|Out| W["Switch R23"]
    W -->|Out| X["Switch R24"]
    X -->|Out| Y["Switch R25"]
    Y -->|Out| Z["Switch R26"]
    Z -->|Out| AA["Switch R27"]
    AA -->|Out| AB["Switch R28"]
    AB -->|Out| AC["Switch R29"]
    AC -->|Out| AD["Switch R30"]
    AD -->|Out| AE["Switch R31"]
    AE -->|Out| AF["Switch R32"]
    AF -->|Out| AG["Switch R33"]
    AG -->|Out| AH["Switch R34"]
    AH -->|Out| AI["Switch R35"]
    AI -->|Out| AJ["Switch R36"]
    AJ -->|Out| AK["Switch R37"]
    AK -->|Out| AL["Switch R38"]
    AL -->|Out| AM["Switch R39"]
    AM -->|Out| AN["Switch R40"]
    AN -->|Out| AO["Switch R41"]
    AO -->|Out| AP["Switch R42"]
    AP -->|Out| AQ["Switch R43"]
    AQ -->|Out| AR["Switch R44"]
    AR -->|Out| AS["Switch R45"]
    AS -->|Out| AT["Switch R46"]
    AT -->|Out| AU["Switch R47"]
    AU -->|Out| AV["Switch R48"]
    AV -->|Out| AW["Switch R49"]
    AW -->|Out| AX["Switch R50"]
    AX -->|Out| AY["Computer"]

USB Control

1. Locate the USB over IP group and make sure the Enable USB over IP box is checked. This is the default setting. Note that in unicast mode, the Operation Mode is automatically set to Active on link and cannot be changed.

1. Make sure that the USB Mouse Mode is set to High Resolution. This is the default setting. Use Compatibility mode only if using additional KVM switchers or other devices within the system that causes the mouse to behave erratically.
2. Click the Apply button within the USB over IP group, then click the Reboot button at the bottom of the page.
3. Connect the USB host (e.g. computer) to the USB port on the Sender unit.
4. Connect a USB device (keyboard and/or mouse) to a USB port on the Receiver unit. Up to four USB devices (two USB 1.1 and two USB 2.0) can be connected per network in unicast mode.
5. The keyboard and mouse (or other USB device) can now be used from the Receiver unit.

Important

When enabling or disabling USB over IP, the Apply and Reboot buttons must be clicked to apply changes.

USB Control

USB under Multicast Mode

When connecting USB devices to the Cefen AV over IP Senders and Receivers, the functionality is similar to that of video and RS-232. There are two USB modes available in multicast mode: Active per request mode and Active on link mode.

Using the last example, another keyboard and mouse device has been connected to Receiver R1. This will allow us to control the computer from two separate locations. For purposes of clarity, the USB drive and mic/headset have been removed.

Figure 2.9 - Using USB devices under multicast mode.

graph TD
    A["Router"] -->|Out| B["Switch"]
    B -->|07| C["R1"]
    C -->|07| D["Switch"]
    D -->|07| E["R2"]
    E -->|07| F["Switch"]
    F -->|07| G["R3"]
    G -->|07| H["Switch"]
    H -->|07| I["Switch"]
    I -->|07| J["Switch"]
    J -->|07| K["Switch"]
    K -->|07| L["Switch"]
    L -->|07| M["Switch"]
    M -->|07| N["Switch"]
    N -->|07| O["Switch"]
    O -->|07| P["Switch"]
    P -->|07| Q["Switch"]
    Q -->|07| R["Switch"]
    R -->|07| S["Switch"]
    S -->|07| T["Switch"]
    T -->|07| U["Switch"]
    U -->|07| V["Switch"]
    V -->|07| W["Switch"]
    W -->|07| X["Switch"]
    X -->|07| Y["Switch"]
    Y -->|07| Z["Switch"]
    Z -->|07| AA["Switch"]
    AA -->|07| AB["Switch"]
    AB -->|07| AC["Switch"]
    AC -->|07| AD["Switch"]
    AD -->|07| AE["Switch"]
    AE -->|07| AF["Switch"]
    AF -->|07| AG["Switch"]
    AG -->|07| AH["Switch"]
    AH -->|07| AI["Switch"]
    AI -->|07| AJ["Switch"]
    AJ -->|07| AK["Switch"]
    AK -->|07| AL["Switch"]
    AL -->|07| AM["Switch"]
    AM -->|07| AN["Switch"]
    AN -->|07| AO["Switch"]
    AO -->|07| AP["Switch"]
    AP -->|07| AQ["Switch"]
    AQ -->|07| AR["Switch"]
    AR -->|07| AS["Switch"]
    AS -->|07| AT["Switch"]
    AT -->|07| AU["Switch"]
    AU -->|07| AV["Switch"]
    AV -->|07| AW["Switch"]
    AW -->|07| AX["Switch"]

1. Make sure the desired Sender and Receiver units are set to multicast mode. Refer to Configuring Multicast Mode if necessary.
2. Access the Web interface for the Sender unit.
3. Click the Functions tab

USB Control

Note that in multicast mode, the Operation Mode for both Sender and Receiver units are automatically set to Active per request mode.

Under Active per request mode, multiple USB devices may be present on one or more Receiver units. However, only one Receiver unit can have USB control at a time.

By default, the first Receiver unit connected to the system will have USB control. In the example, below, Receiver unit R2 currently has control (we arbitrarily connected Receiver unit R2 before Receiver unit R1).

See the diagram on the next page.

USB Control

Figure 2.70 - Receiver unit Rz currently has USB control.

graph TD
    A["Router"] -->|Data bus| B["Switch R1"]
    B -->|Data bus| C["Switch R2"]
    C -->|Data bus| D["Switch R3"]
    D -->|Data bus| E["Switch R4"]
    E -->|Data bus| F["Switch R5"]
    F -->|Data bus| G["Switch R6"]
    G -->|Data bus| H["Switch R7"]
    H -->|Data bus| I["Switch R8"]
    I -->|Data bus| J["Switch R9"]
    J -->|Data bus| K["Switch R10"]
    K -->|Data bus| L["Switch R11"]
    L -->|Data bus| M["Switch R12"]
    M -->|Data bus| N["Switch R13"]
    N -->|Data bus| O["Switch R14"]
    O -->|Data bus| P["Switch R15"]
    P -->|Data bus| Q["Switch R16"]
    Q -->|Data bus| R["Switch R17"]
    R -->|Data bus| S["Switch R18"]
    S -->|Data bus| T["Switch R19"]
    T -->|Data bus| U["Switch R20"]
    U -->|Data bus| V["Switch R21"]
    V -->|Data bus| W["Switch R22"]
    W -->|Data bus| X["Switch R23"]
    X -->|Data bus| Y["Switch R24"]
    Y -->|Data bus| Z["Switch R25"]
    Z -->|Data bus| AA["Switch R26"]
    AA -->|Data bus| AB["Switch R27"]
    AB -->|Data bus| AC["Switch R28"]
    AC -->|Data bus| AD["Switch R29"]
    AD -->|Data bus| AE["Switch R30"]
    AE -->|Data bus| AF["Switch R31"]
    AF -->|Data bus| AG["Switch R32"]
    AG -->|Data bus| AH["Switch R33"]
    AH -->|Data bus| AI["Switch R34"]
    AI -->|Data bus| AJ["Switch R35"]
    AJ -->|Data bus| AK["Switch R36"]
    AK -->|Data bus| AL["Switch R37"]
    AL -->|Data bus| AM["Switch R38"]
    AM -->|Data bus| AN["Switch R39"]
    AN -->|Data bus| AO["Switch R40"]
    AO -->|Data bus| AP["Switch R41"]
    AP -->|Data bus| AQ["Switch R42"]
    AQ -->|Data bus| AR["Switch R43"]
    AR -->|Data bus| AS["Switch R44"]
    AS -->|Data bus| AT["Switch R45"]
    AT -->|Data bus| AU["Switch R46"]
    AU -->|Data bus| AV["Switch R47"]
    AV -->|Data bus| AW["Switch R48"]
    AW -->|Data bus| AX["Switch R49"]
    AX -->|Data bus| AY["Switch R50"]

Important

If switching between Active per request mode and Active on link mode, the Apply and Reboot buttons must be clicked to apply changes.

The next example will consist of switching USB control between two Receiver units. Using the diagram, above, Receiver unit R1 will have USB control.

To assign USB control to another Receiver unit, follow the steps on the next page.

USB Control

Active per request mode

1. Press and hold the CH + USB button on the desired Receiver unit, for at least two seconds.
2. The message 'Starting USB' will appear on the connected display.

Figure 2.11 - Receiver unit Rt has USB control.

graph TD
    A["Router R"] -->|07| B["Switch S"]
    B -->|05| C["Server"]
    D["Router R"] -->|07| E["Switch S"]
    E -->|09| F["Server"]
    G["Router R"] -->|07| H["Switch S"]
    H -->|07| I["Server"]
    J["Router R"] -->|07| K["Switch S"]
    K -->|07| L["Server"]
    M["Router R"] -->|07| N["Switch S"]
    N -->|07| O["Server"]
    P["Router R"] -->|07| Q["Switch S"]
    Q -->|07| R["Server"]
    S["Router R"] -->|07| T["Switch S"]
    T -->|07| U["Server"]
    V["Router R"] -->|07| W["Switch S"]
    W -->|07| X["Server"]
    Y["Router R"] -->|07| Z["Switch S"]
    Z -->|07| AA["Server"]
    AB["Router R"] -->|07| AC["Switch S"]
    AC -->|07| AD["Server"]
    AE["Router R"] -->|07| AF["Switch S"]
    AF -->|07| AG["Server"]

Important

If switching between Active per request mode and Active on link mode, the Apply and Reboot buttons must be clicked to apply changes.

1. In order to assign USB control to a different Receiver unit, repeat steps 1-2.

USB Control

Active on link mode

Under Active on link mode, a maximum of four USB devices can be used within a system. In the diagram, on the previous page, the system is already using the maximum number of USB devices (≥ USB devices per Receiver). If we had two more Receiver units (making a total of four Receiver units), we would only be able to connect one USB device to each Receiver unit. To switch to Active on link mode, follow the instruction below.

1. Access the Web interface for the Sender unit.
2. Login as "Administrator".
3. Click the Functions tab
4. Locate the USB over IP group and make sure the Enable USB over IP box is checked. This is the default setting.

1. Click the Active on link radio button within the USB over IP group.
2. Click the Apply button within the USB over IP group.
3. The following message will be displayed, at the top of the page, indicating that the new Serial over IP options have been applied.

Success: New USB options applied.

1. Click the Reboot button at the bottom of the page. If the Reboot button is not clicked, the following message will be displayed, indicating that the unit must be rebooted.

Audio Connections

Audio works in both unicast and multicast modes. The only difference between the two modes is that the Line In port is automatically disabled, on all Receiver units, in multicast mode. To illustrate how audio works with the Gefen AV over IP Senders and Receivers, we will set up a microphone and some speakers.

1. Connect a 3.5mm mini-stereo cable from the Line In port on the Sender unit to the Line Out port on the computer.

Note

On HDMI and DisplayPort™ Senders, when a cable is connected to the Line In port on the Sender unit, it takes priority over and replaces the audio from the video input. The audio will be heard on the HDMI or DisplayPort™ Out, Line Out, and Opt Out ports on the Receiver unit.

1. Connect another 3.5mm mini-stereo cable to from the Line Out port on the Sender unit to the Line In port on the computer.

1. Connect a 3.5mm mini-stereo cable from the Mic In port on the Receiver to the output of a microphone pre-amp or other "Line Level" audio source.

Important

Some microphones may require a pre-amp connected inline to be compatible. Alternately, you can use a USB mic connected to one of the USB 2.0 ports on the Receiver.

Connect to "line-level" source

Audio Connections

1. Connect the Line Out port to powered speakers or a pair of headphones.
2. Connect a Gefen CAB-TLINK-6MM TOSLINK cable from the Opt Out port to the Optical Digital Input of an AV receiver or amplifier.

Receiver unit

In the diagram below, the mouse and keyboard USB devices have been removed from Sender unit S2 and Receiver unit R2, for purposes of clarity. Arrowheads indicate the audio signal path.

Figure 2.12 - Audio connections in unicast mode.

graph TD
    A["Router R1"] -->|Line out| B["Switch S2"]
    B -->|Line out| C["Computer"]
    D["Switch S3"] -->|Line out| E["Switch S4"]
    E -->|Line out| F["Computer"]
    G["Router R2"] -->|Line out| H["Switch S5"]
    H -->|Line out| I["Computer"]
    J["Switch S6"] -->|Line out| K["Switch S7"]
    K -->|Line out| L["Computer"]
    M["Powered speakers"] --> N["LAN"]
    O["Video Out"] --> P["Line out source"]
    Q["Video In"] --> R["Line in"]
    S["Video In"] --> T["Line in"]
    U["Video In"] --> V["Line in"]
    W["Video In"] --> X["Line in"]
    Y["07"] --> Z["09"]
    style A fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style O fill:#f9f,stroke:#333
    style J fill:#f9f,stroke:#333
    style K fill:#f9f,stroke:#333
    style L fill:#f9f,stroke:#333
    style M fill:#f9f,stroke:#333
    style N fill:#f9f,stroke:#333
    style O fill:#f9f,stroke:#333
    style P fill:#f9f,stroke:#333
    style Q fill:#f9f,stroke:#333
    style R fill:#f9f,stroke:#333
    style S fill:#f9f,stroke:#333
    style T fill:#f9f,stroke:#333
    style U fill:#f9f,stroke:#333
    style V fill:#f9f,stroke:#333

Audio Connections

Figure 2.13 - The Line In port, on all Receiver units, is automatically disabled in multicast mode.

graph TD
    A["Router R1"] -->|Line Out| B["Switch S1"]
    A -->|Line Out| C["Switch S2"]
    D["Router R2"] -->|MAC In| E["Switch S3"]
    D -->|MAC In| F["Switch S4"]
    G["Computer"] -->|Line Out| H["Switch S5"]
    G -->|Line Out| I["Switch S6"]
    J["Powered opacers"] --> K["Line Level source"]
    L["Processed opacers"] --> M["Line O2"]
    N["LAN"] --> O["Switch S7"]
    P["HDMI In"] --> Q["Switch S8"]
    R["Computer"] --> S["Switch S9"]

Audio Sources and De-Embedding

The following outlines the audio de-embedding functionality of this product.

If a 3.5mm mini-stereo cable is connected to the Line In port on the HDMI or DisplayPort™ Sender unit, then the HDMI or DisplayPort™ audio will be disabled on the Receiver unit. The Line Out port, on the Receiver unit, will output audio from the source connected to the Line In port on the Sender unit.
When a source is connected to the Line In port on the Sender unit, the audio will be heard on the HDMI Out or DisplayPort™ Out, Line Out, Opt Out, and Coax Out ports.
The Line In port on the Receiver unit will only pass audio to the Line Out port on the Sender unit when in unicast mode.
- The Opt Out port will de-embed both 2-channel PCM and Bitstream (up to 5.1 channel) audio from the HDMI In or DisplayPort™ In port. High-resolution (lossless)

Creating Video Walls

The web interface facilitates the creation of video walls up to 16 horizontal and 16 vertical displays. Video walls may contain any number or rows and columns and any combination of these can be enabled, as necessary.

Wall Size and Layout

1. Access the Web interface for the Receiver unit.
2. Login as "Administrator" or "User".
3. Make sure that the Enable Video Wall option is enabled under the Functions tab of the Sender unit, then click the Video Wall tab. Click the Apply button.
   4 Under Bezel and Gap Compensation, specify the Outside Width (OW), Outside Height (OH), Video Width (VW), and Video Height (VH) fields.

Creating Video Walls

1. Under the Wall Size and Position Layout window group, click the drop-down lists for the Vertical Monitor Count and Horizontal Monitor Count and select the number of rows and columns of displays, respectively.
2. Select the row and column positions using the Row Position and Column Position drop-down lists. Both row and column positions begin with a reference value of zero.
3. Click the drop-down list, next to the Apply button, to select the desired host or client to which these settings will be applied.

If the All option is selected, then all parameters will be transferred to all Receiver units. For monitor count and bezel compensation in a video wall array of matching displays, this is fine, but the row and position will also be copied. There is an option for "This" unit that will apply to the current unit being interfaced with. The "This" option can be used to precisely set the proper position of each unit but would require the user to access the web interface of each unit to set. Alternatively, the drop-down will provide a list of all connected host (Sender units) and clients (Receiver units). This process allows the configuration of an entire video wall from a single unit.

Creating Video Walls

Bezel Compensation

Display devices have a region where video data is not displayed. This area is called the bezel. Bezel compensation takes this area into account when a single video source is mapped across multiple displays. It is recommended, when a video wall is set up for the first time, that bezel compensation values be set to zero. Bezel compensation can be adjusted at any time.

The illustration on the left shows a 2x2 video wall without bezel compensation. Note how the circle is stretched, slightly, horizontally. On the right, bezel compensation is used to correct the "distorted" image.

1. Access the Web interface for the Sender unit.

2. Login as "Administrator" or "User".

3. Click the Video Wall tab.

4. Adjust the values under the Bezel and Gap Compensation window group. Refer to the diagram, to the right of each field, to see the effect of each value. All entered values are applied to the physical displays in 0.1 millimeter increments.

Setting the Video Mode

The video mode can be changed using the Mode button or through the Web interface of the Sender unit. Consecutively pressing the Mode button on the Sender unit will switch between Graphic and Video mode.

Using the Web interface

1. Access the Web interface for the Sender unit.
   z. Login as "Administrator" or "User".
2. Click the Network tab.

4 Click the desired mode within the Picture Quality Mode window group. The default setting is "Video".

▶ Video Mode

If the video signal is motion video, then click the Video button. This mode will optimize the frame rate.

▶ GraphicMode

If the video signal is a static image, then click the Graphic button.

1. The selected mode will be displayed on the screen, as shown below.

Changing the Password

1. Access the Web interface for the Sender / Receiver unit
2. Login as "Administrator".
3. Click the System tab.
4. Under the Password Change window group, enter the new password for the desired username. Note that the new password will not be masked when it is entered.
5. Click the Change button.

Utilities

Reset using the Web Interface

All Senders and Receivers can be reset using the web interface or using the buttons on the front panel. When using the Web interface, the Sender / Receiver units will automatically be reset to Auto IP mode. When using the front-panel buttons, the Sender / Receiver can be reset to either Auto IP or Static IP mode.

Note

Once a unit has been reset to Auto IP mode, the connection to the Web interface will be terminated. To reestablish a connection to the Web interface, from your computer, see Installation (page 17).

1. Access the Web interface for the desired Sender / Receiver unit. It does not matter which unit is reset first.
2. Login as "Administrator".
3. Click the System tab.
4. Click the Utilities rollout.
5. Click the Factory Default button.

Utilities

1. Both the Power and Link LED indicators will begin to flash.

Receiver unit (shown)

1. After both LED indicators stop flashing, the unit will be reset.
2. Repeat the process for each unit.

Utilities

Reboot using the Web Interface

The Sender and Receiver units can be rebooted in three different ways: Using the Web interface, the Reset button on the front panel, or simply disconnecting and reconnecting the power.

1. Access the Web interface for the Sender / Receiver unit.
2. Login as "Administrator".
3. Click the System tab.
4. Click the Utilities rollout.
5. Click the Reboot button.

1. After a few moments, the Power LED indicator will flash.
2. Several seconds later, the Power LED indicator will glow solid blue and the Link LED

Utilities

Reboot using the Web Interface

The Sender and Receiver units can be rebooted in three different ways: Using the Web interface, the Reset button on the front panel, or simply disconnecting and reconnecting the power.

1. Access the Web interface for the Sender / Receiver unit.
2. Login as "Administrator".
3. Click the System tab.
4. Click the Utilities rollout.
5. Click the Reboot button.

1. After a few moments, the Power LED indicator will flash.

Utilities

Reboot using the Front Panel

1. Press the Reset button, on the desired Sender or Receiver unit, using the end of a paper clip or other sharp pointed object.
2. After a few moments, the Power LED indicator will flash.
3. Several seconds later, the Power LED indicator will glow solid blue and the Link LED indicator will begin to flash
4. After both LED indicators stop flashing, the reboot process will be complete.

Telnet Access

Note

By default, the Telnet login credentials are disabled. This setting is required when using the Matrix controller (Gelen part no. EXT-CU-IAN) but can be enabled for security purposes. Use the #use_Telnet_login command to enable or disable this feature.

1. Launch the desired terminal application (e.g. Windows Hyperterminal, etc).
2. Within the terminal program, enter the IP address of the Sender or Receiver unit that you wish to control.
3. Enter the TCP listening port. The default listening port is 23.
   4 After the correct settings have been used in the terminal program, information similar to the following will be displayed.

In the example, below, we are connected to the client (Receiver unit) and Telnet login has been enabled:

---- Welcome to the GoEn Telnet Server ----
as-2-clientGOIC9103C883 login; 

1. Login as "Administrator". The default password is "admin". To change the Telnet password, see the #set_telnet_pass command.
2. Type the help for a list of commands or refer to the tables on the following pages.

Commands

Important

Commands that are limited to a Sender or Receiver unit are marked as "Tx only" and "Rx only", respectively. Unless otherwise noted, commands can be used when connected to either a Sender or Receiver unit.

Discovery Service

Command Description
fact_device_dose	Displays the device description
fact_discovery	Displays the current state of the discovery service
fact_discovery_mode	Displays the discovery read/write mode
fact_showme	Displays the status of the showme state
fact_device_dose	Sets the device description
fact_discovery	Enables or disables the discovery service
fact_discovery_mode	Sets the discovery mode
fact_showme	Enables or disables the "show me" feature

Help

Command Description
#be1p	Displays a list of available commands

Network

Command Description
#get_gateway	Displays the gateway IP address
#get_ip_address	Displays the IP address
#get_ip_mode	Displays the IP mode
#get_ip认证	Displays the IP configuration information
#get_ip_mode	Displays the network casting mode
#get_network	Displays the subnet mask address

1. 2023年1月1日

Commands

Command Description

#get_telnet_login	Displays the status of the Telnet login
#get_telnet_port	Displays the Telnet listening port
#get_telnet_welcome	Displays the Telnet welcome message
#get_udp_access	Displays the UDP access state
#get开采_port	Displays the UDP listening port
#get_web_port	Displays the HTTP listening port
#act_gateway	Sets the gateway address
#auth_ip_address	Sets the IP address
#act_ip_node	Sets the IP mode
#act_not_mode	Sets the network casting mode
#act_netmask	Sets the subnet mask address
#act_remote_udp_access	Enables or disables remote UDP access
#auth_remote_udp_ip	Sets the remote UDP IP address
#auth_remote_udp_port	Sets the remote UDP listening port
#act_telnet_access	Enables or disables Telnet access
#act_telnet_login	Enables or disables the Telnet login
#act_telnet_pass	Sets the Telnet password
#act_telnet_port	Sets the Telnet listening port
#auth_telnet_welcome	Sets the Telnet welcome message
#auth_udp_access	Enables or disables UDP access
#act_add_port	Sets the UDP listening port
#act_web_port	Sets the HTTP listening port

Routing

Command Description
Get\_zx\_channel	Displays the channel of the Receiver unit (Rx only)
Get\_v	Displays the current video input status
Request\_usb	Requests USB control when active per request is

Commands

RX Specific

#get_clk_lock	Displays the audio clock lock
#get_edid_copy	Displays the EDID copy state (Rx only)
#get_mask	Displays the current video mask state
#get_x_d	Displays the ID of the Receiver unit
#get_ww	Displays the status of the video wall
#get_ww_bo	Displays the video wall bezel compensation
#get_ww_delay	Displays the video wall display delay
#get_ww_hscale	Displays the video wall horizontal up-scaling
#get_ww_layout	Displays the video wall horizontal and vertical maximum display count
#get_ww_osd	Displays the status of the video wall OSD
#get_ww_pos	Displays the video wall display position
#get_ww_shift	Displays the video wall display shift
#get_ww_vscale	Displays the video wall vertical up-scaling
#net_clk_lock	Sets the audio clock lock
#act_oid_copy	Enables or disables EDID copy
#act_mask	Enables or disables video masking
#act_ox_id	Sets the ID of the Receiver unit
#act_ww	Enable / disable video wall
#net_ww_ku	Sets the video wall bezel compensation
#net_ww_delay	Sets the video wall display delay
#act_ww_hscale	Displays the video wall horizontal up-scaling
#act_ww_layout	Sets the video wall horizontal and vertical maximum display count
#set_ww_osd	Enable / disable the video wall OSD
#net_ww_pos	Sets the video wall display position
#act_ww_shift	Sets the video wall display shift
#act_ww_vscale	Displays the video wall vertical up-scaling

Commands

Serial

Command Description
#get_serial_a_low	Displays the Serial-over-IP state
#get_serial_band	Displays the serial baud rate setting
#get_serial_bits	Displays the serial data bits setting
#get_serial_parity	Displays the serial parity setting
#get serial stop	Displays the serial stop bits setting
Fact_serial_a_low	Enables or disables Serial-over-IP mode
Fact_serial_band	Sets the baud rate for the serial port
fact_serial_bits	Sets the data bits for the serial port
fact_serial_parity	Sets the parity setting for the serial port
fact_serial_stop	Sets the number of stop bits for the serial port

System

Command Description
#get_firmware_version	Displays the firmware version
#factory_reset	Resets the unit to factory-default settings
#fw_upgrade	Upgrades firmware using external file
#rcboot	Reboots the unit

TX Specific

Command Description
fgct_block	Displays the current video blocking state
fgct_sdep	Displays the HDCP state
fgct_pq_mode	Displays the picture quality mode
fgct_tx_channel	Displays the video channel
fgct_block	Enables or disables video blocking
fgct_sdep_allow	Enables or disables HDCP detection

Commands

USB

Command Description
#get_nab_allow	Displays the USB-over-IP state
#get_nab_mode	Displays the USB operating mode
#mfk_nab_mode	Displays the mouse operating mode
#mfk_nab_allow	Enables/disables USB over IP
#fect_nab_mode	Sets the USB operating mode
#fect_nab_mode	Sets the USB mouse mode

Video

Command Description
#get_video_allow	Displays the Video-over-IP state
#sec_video_allow	Sets the Video-over-IP state

Web Interface

Command Description
Fact_wobui_ad_pass	Sets the administrator password for the web UI
Fact_wobui_user_pass	Sets the user password for the web UI

Commands

#help

Displays a list of available commands. The commands listed are specific to either the Sender or Receiver unit.

Syntax

help

Parameters

None

Example

help

HELP

FACTORY_RESET

FW UPGRADE

GET BLOCK

GET CLK LOCK

GET DEVICE DESC

GET DISCOVERY

GET DISCOVERY MODE

GET EDID COPY

GET_FIRMWARE_VERSION

| GET GATEWAY

| GET_HDCF

GET IP ADDRESS

GET IP MODE

GET IPCONFIG

GET MASK

GET NET MODE

GET_NETMASK

GET PQ MODE

Commands

#factory\_reset

Resets the unit to factory-default settings. perm must be included and set to 1.

Syntax

|factory_resetparaml

Parameters

param1 Integer 1

Example

*factory_reset 1 RESET TO FACTORY DEFAULTS

Related Commands

rcboot

Commands

#fw\_upgrade

Upgrades the firmware from the command.

Syntax

|fw_upgrade filename

Parameters

filename

String

Example

fw_upgrade firmware_file_v2.bin

Commands

#get\_block

Displays the current video blocking state. This command is only available when connected to a Sender unit. To enable or disable the video blocking state, refer to the #act_block command.

Syntax

get_block

Parameters

None

Example

get block BLOCK DISABLED

Related Commands

oct_mask

set_block

Commands

#get\_clk\_lock

Displays the audio clock lock.

Syntax

Iget_clk_lock

Parameters

None

Example

get clk lock

CLK_LOCK 0

Related Commands

set clk lock

Commands

#get\_device\_desc

Displays the description of the Sender / Receiver unit.

Syntax

get_device_desc

Parameters

None

Example

get device desc

DEVICE DESCRIPTION IS Genius Sender 2

Related Commands

set device dose

Commands

#get\_discovery

Displays the current discovery mode setting.

Syntax

|get_discovery

Parameters

None

Example

get_discovery

DISCOVERY SERVICE SET TO ENABLED

Related Commands

fset_discovery

set showme

Commands

#get\_discovery\_mode

Displays the current discovery mode setting.

Syntax

get_discovery_mode

Parameters

None

Example

get_discovery_mode

DISCOVERY MODE 1

Related Commands

fuel discovery

+rel. discovery mode

set showmo

Commands

#get\_edid\_copy

Displays the EDID copy state. This command is only available when connected to a Receiver unit.

Syntax

get_edid_copy

Parameters

None

Example

get_edid_copy

COPY FDTD OF CONNECTED DISPLAY IS ENABLED

Related Commands

sct_odid_copy

Commands

#get\_firmware\_version

Displays the firmware version.

Syntax

get_firmware_version

Parameters

None

Example

get firmware version

FIRMWARE VERSION IS 1.83hv

Related Commands

fw_upgrade

Commands

#get\_gateway

Displays the gateway address of the Sender/Receiver unit.

Syntax

get_gateway

Parameters

None

Example

get_gateway

GATEWAY: 192.168.0.1

Related Commands

feel to address

fget. To mode

+gel: pacific

fcel_netmask

The

feel_to_address

fset ip mode

set notmask

Commands

#get\_hdcp

Displays the current HDCP state. This command is only available when connected to a Sender unit.

Syntax

get_hdcp

Parameters

None

Example

get_hdcp

HDCF ENCRYPTED SOURCE IS ENABLE

Related Commands

sct_hdcp_allow

Commands

#get\_ip\_address

Displays the current IP address of the Sender or Receiver unit.

Syntax

|get_ip_address

Parameters

None

Example

get_ip_address

IP: 10.5.64.60

Related Commands

fgel_galeway

†qel. i o made

†qel. i pcnfiq

cel_nel_mask

feel. web port.

The Galway

+sel i o address

set in mode

†set netmask

set_web_port

Commands

get_ip_mode

Displays the current IP mode.

Syntax

|get_ip_mode

Parameters

None

Example

get_ip_mode

IF MODE IS SET TO DHCP

Related Commands

fcel_galeway

+cel. i o address

†qel. i pcnfiq

cel_netmask

file web port.

The Galway

+sel i o address

set in mode

‡set netmask

set web port

Commands

#get\_ipconfig

Displays the current IP configuration. In addition to providing the MAC address and the broadcast IP address, this command also provides the same information as executing the #get_ip_mode, #get_ip_address, #get_netmask, and #get_gateway commands.

Syntax

get_ipconfig

Parameters

None

Example

get ipconfig

Displays the current video mask state. This command is only available when connected to a Receiver unit. To enable or disable video masking on a Receiver unit, refer to the #so t mask command.

Syntax

get_mask

Parameters

None

Example

get mask MASK DISABLED

Related Commands

get_block

set_mask

Commands

#get\_net\_mode

Displays the current network mode setting.

Syntax

|get_net_mode

Parameters

None

Example

get net mode

NETWORK MODE SET TO MULTICAST

Related Commands

set not mode

Commands

#get\_netmask

Displays the current net mask setting.

Syntax

| get_netmask

Parameters

None

Example

get_netmask

NETMASK: 255.255.255.0

Related Commands

qcel_qaleway

qcel_ip_address

qcel_lncnfiq

qcel_web_port

set_qaleway

set_ip_address

set_ip_node

set notmask

set_web_port

Commands

#get\_pq\_mode

Displays the picture quality mode. This command is only available when connected to a Sender unit.

Syntax

get_pg_mode

Parameters

None

Example

get_pq_mode

TRANSMITTERR PICTURE QUALITY TS VIDEO

Related Commands

sct_pq_mode

Commands

#get\_remote\_udp\_access

Displays the remote UDP access state

Syntax

get_remote_uop_access

Parameters

None

Example

get remote udp access

REMOTE UDP ACCESS IS ENABLED

Related Commands

file remote udp ip

+qel remote urip por..

†qel. udp access

cel_udp_port.

fuel remote udp access

sel._remote_udp_ip

+sel remote udp por.

+sel. udp access

‡set udp port

Commands

get_remote_udp_ip

Displays the remote UDP IP address.

Syntax

get_remote_udp_ip

Parameters

None

Example

get remote udp access

REMOTE UDP IP: 192.168.1.29

Related Commands

file remote udp access

+qeloremle urip por..

‡gel. udp access

cel_udp_port.

fuel remote udp access

sel._remote_udp_ip

+sel remote udp por.

+sel. udp access

+se1. udp port

Commands

#get\_remote\_udp\_port

Displays the remote UDP listening port.

Syntax

get_remote_uop_port

Parameters

None

Example

get_remote_udp_port

REMOTE UDP COMMUNICATIONS PORT: 50008

Related Commands

file remote udp access

+qel._remote_udp_ip

†qel. udp access

cel_udp_port.

5.1. remite urip access

set_remote_udp_ip

+sel remote udp por.

+rel. udp access

+se1_udp_port

Commands

#get\_rx\_channel

Displays the current channel of the Receiver unit. To set the video channel of a Receiver unit, use the x command

Syntax

get rx channel

Parameters

None

Example

get_rx_channel RECEIVER CHANNEL: 1

Related Commands

get tx channel

set tx channel

Commands

#get\_rx\_id

Displays the ID of the Receiver unit. This command is only available when connected to a Receiver unit.

Syntax

get_rx_id

Parameters

None

Example

get_rx_id RX ID: 8

Related Commands

set rx id

Commands

#get\_serial\_allow

Displays the Serial-over-IP state. Use the #set serial allow command to enable or disable the Serial-over-IP feature.

Syntax

get serial allow

Parameters

None

Example

get_serial_allow

SERIAL OVER IP is ENABLE

Related Commands

get serial baud

gct serial parity

get serial stop

sct serial allow

sct serial baud

set serial bits

sct serial parity

set serial stop

Commands

#get\_serial\_baud

Displays the serial baud rate setting. Use the #set serial baud command to set the baud rate.

Syntax

get serial baud

Parameters

None

Example

get_serial_baud

SERIAL BAUD RATE TS 19200

Related Commands

get serial allow

get serial bits

get serial parity test partial

get serial stop

set serial allow

set serial baud

set serial bits

set serial parity

set serial stop

Commands

#get\_serial\_bits

Displays the serial data bits setting. Use the #set serial bits command to set the number of data bits.

Syntax

get serial bits

Parameters

None

Example

get_serial_bits

SERIAL DATA BITS 75 8

Related Commands

get serial allow

gct serial baud

get serial parity

gct serial stop

sct serial allow

set serial baud

sct serial bits

set serial parity

sct serial_stop

Commands

#get\_serial\_parity

Displays the serial parity bit setting. Use the tset serial parity command to set the parity bit

Syntax

get serial parity

Parameters

None

Example

get_serial_parity

SERIAL PARTY MODE SET TO NONE

Related Commands

get serial alloy

get serial baud

get serial bits

get serial stop

set serial allow

fset serial baud

set serial bits

4.15 Series part

+set_sorial_stop

Commands

#get\_serial\_stop

Displays the serial stop bits setting. Use the #set serial stop command to set the number of stop bits.

Syntax

get serial stop

Parameters

None

Example

#get_serial_stop
SERIAL, STOP BITS TS 1 

Related Commands

#get serial allow
#gct serial baud
#get serial bits
#gct serial parity
#sct serial allow
#set serial baud
#sct serial bits
#set serial parity
#sct serial_stop 

Commands

#get\_showme

Displays the showme state.

Syntax

| get_showme

Parameters

None

Example

get showme

SHOW ME DISABLED

Related Commands

set showmo

Commands

#get\_telnet\_access

Displays the Telnet access state. Use the #set telnet access command to enable or disable Telnet access.

Syntax

get_telnet_access

Parameters

None

Example

get_telnet_access

TELNET ACCESS IS ENABLED

Related Commands

get telnet login

gct telnet port

get telnet welcome

sct telnet access

sct tolnet pass

set telnet login

sct tolnet pass

set telnet port

sct tolnet welcome

Commands

#get\_telnet\_login

Displays the Telnet login status

Syntax

get_telnet_login

Parameters

None

Example

get_telnet_login

TELNET LOGIN SET TO DISABLED

Related Commands

fget_lnet_access

†qel. I.eIrel. port.

get. I.e!rel. we!come

+sel, telnet, access

sel. 1elnel. pass

sel_1elnet_1ogir

+sel, I.eIrel, pass

+sel. telnet. port.

fuel, I.e!nel, we!come

Commands

#get\_telnet\_port

Displays the Telnet listening port.

Syntax

get_telnet_port

Parameters

None

Example

get_telnet_port

TELNET COMMUNICATION PORT: 23

Related Commands

fget_lnet_access

fcel. telnet. lugin

†cel. I.e!nel. welcome

+sel, telnet, access

sel. 1elnel. pass

set_letnet_login

+sel. I.e1rel. pass

‡sel. lelnel. port.

fuel, I.eI net, welcome

Commands

#get\_telnet\_welcome

Displays the Telnet welcome message. Use the #set telnet welcome to create a custom welcome message.

Syntax

get_telnet_welcome

Parameters

None

Example

get_telnet_welcome

TELNET WELCOME SCREEN TS DTSARLED

Related Commands

get telnet access

get telnet login

†get telnet port

set telnet access

set telnet pass

set telnet login

set telnet pass

set telnet port

Commands

#get\_tx\_channel

Displays the video channel of the Sender unit. This command is only available when connected to a Sender unit.

Syntax

get_tx_channel

Parameters

None

Example

get_tx_channel

TRANSMITTER CHANNEL: 1

Related Commands

get rx channel

sct_tx_channel

r

Commands

#get\_udp\_access

Displays the UDP access state. Use the first UDP access command to enable or disable UDP access.

Syntax

get udp access

Parameters

None

Example

get_udp_access

102 ACCESS IS ENABLE

Related Commands

get remote http access

get remote udp ip

fget remote up port

get udp port

set remote udp access

fset remote uap ip

set remote uap port

set udp port

Commands

#get\_udp\_port

Displays the local UDP listening port.

Syntax

|get_udp_port

Parameters

None

Example

get_udp_port

UDP PORT SET TO 50007

Related Commands

ftcel_remote_udp_access

+gel remote udp ip

†gel. remote urip por

+cel_udp_access

fuel remote udp access

sel._remote_udp_ip

+sel remote udp por.

+rel. udp access

‡set udp port

Commands

get_usb_allow

Displays the USB-over-IP state.

Syntax

|get_usb_allow

Parameters

None

Example

get_usb_allow

USB OVER IP is ENABLE

Related Commands

†qel_usb_mode †qel_usb_mouse †set.usb_allow †set.usb_mode †set.usb_mouse

Commands

get_usb_mode

Displays the USB operating mode.

Syntax

| get_usb_mode

Parameters

None

Example

get usb mode

USB OPERATION MODE IS ACTIVE PER REQUEST

Related Commands

feel usb allow

feel usb mouse

+set usb allow

+sel usb mode

set usb mouse

Commands

#get\_usb\_mouse

Displays the mouse operating mode

Syntax

get usb mouse

Parameters

None

Example

get usb mouse

USB MOUSE MODE IS HIGH RESOLUTION

Related Commands

feel usb allow

+gel usb mode

+sel usb allow

+sel usb mode

set usb mouse

Commands

This page has been intentionally left blank

Commands

#get\_video\_allow

Displays the Video-over-IP status. Use the #set video allow command to enable or disable video over IP.

Syntax

get video allow

Parameters

None

Example

get_video_allow

VIDEO OVER TP is ENABLE

Related Commands

sct_video_allow

Commands

#get\_vw

Displays the video wall enable/disable setting

Syntax

I get vw

Parameters

None

Example

get vw

VN O

Related Commands

feel vs bn

fuel vs delay

+gel va houale

fcel va layout

feel we and

fcel, 28 pas

feel va shi

+cel vs vncale

+seL v8

+re|wbu

+ref. var. inday

+

(1) 2017年1月1日

1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 91.

1.2.1. 2.3.1.

The text in the source image is illegible due to extreme pixelation and distortion. No characters, numbers, or symbols can be reliably extracted. Therefore, no OCR output can be generated that matches the visual content of the source image.

+seL_va_sh

4.1.1

Commands

#get\_vw\_bc

Displays the video wall bezel compensation setting.

Syntax

I get vw bc

Parameters

None

Example

# get_vw_bc VW_BC 6223 6550 3429 4010

Related Commands

tel_vz Liu tel_vz delay tel_vz huatale tel_vz_layout tel_vz und tel_vz pos tel_vz shi'l. tel_vz vatale tel_vz tel_vz bu tel_vz delay tel_vz huatale tel_vz layout tel_vz und tel_vz pos tel_vz shi'l.

Commands

#get\_vw\_delay

Displays the video wall delay setting.

Syntax

I get vw delay

Parameters

None

Example

*get_vw_delay VN_DELAY 0

Related Commands

cet_vw_bc

cet_vw_delay

cet_vw_hscale

cet_vw_layout

cet_vw_csd

cet_vw_pos

cet_vw_shitt

cet_vw_vscale

set_vw

set_vw_bc

set_vw_delay

set_vw_hscale

set_vw_layout

set_vw_csd

set_vw_pos

set_vw_shift

set_vw_vscale

Commands

#get\_vw\_hscale

Displays the video wall horizontal upscaling value.

Syntax

get vw bc

Parameters

None

Example

get_vw_bc

VW_HSCALE 0

Related Commands

tqel_va_bu tqel_va_delay tqel_va_husale tqel_va_layout tqel_va_nsd tqel_va_pos tqel_va_xhifi_l tqel_va_vusale tsei_va tsei_va_bu tsei_va_delay tsei_va_husale tsei_va_layout tsei_va_nsd tsei_va_pos tsei_va_xhifi_l

Commands

#get\_vw\_layout

Displays the video wall horizontal and vertical display count.

Syntax

I get vw layout

Parameters

None

Example

get vw layout

VN LAYOUT 2 2

Related Commands

fget va be

+get_vw_delay

Jcet va hscale

get_ww_layout

get_ww_osd

Icet va pa

get vw shift

get vw vscale

4set vw

fset_ww_bc

fset_vw_delay

+set_98_hscale

Aset_ww_layout

+set_ww_csd

Aset va pos

fset va shi t.

fuel_vw_vscale

Commands

#get\_vw\_osd

Displays the enable / disable status of the video wall OSD.

Syntax

get vw osd

Parameters

None

Example

get vw osd

VN_CSD 0

Related Commands

feel vs bn

fuel vs delay

feel w houle

fcel va byouh

feel we and

fcel_28_pas

fcel va shi

+gei va vcaale

The image is too blurry to recognize any text content.

The

于Bet_2W_10814y

fuel vw houale

fuel way you!

TEEL 68 nsd

+sel va pin

+se1_78_sh-1.

1.2.3.1.1

Commands

#get\_vw\_pos

Displays the video wall display position

Syntax

get vw pos

Parameters

None

Example

get vw pos

VW_POS 0 0

Related Commands

fget va bc

Acet vw delay

Aet va hscale

Aget vw layout

det va osd

let vs pos

det vw ob1*

100+ 174 1602

get_vx_value

+ = E L - V W

fset_ww_Lc

fset_vw_delay

fset vw hscale

Aset vs layout

4set vw osd

Jset vw pos

4.51. yu xhi

a1 = 7a2 - 10a_3 + 8

The following table is a single column:

Commands

#get\_vw\_shift

Displays the video wall display shift.

Syntax

I get vw shift

Parameters

None

Example

get_vw_shift

VW_SHIFT 0 0 0 0

Related Commands

fcel_va_bu fcel_vw_delay fcel_vw_huate fcel_vw_layout fcel_vw_nsd fcel_vw_pos fcel_vw_shi71 fcel_vw_huate fcel_vw fcel_vw_bu fcel_vw_delay fcel_vw_huate fcel_vw_layout fcel_vw_nsd fcel_vw_pos fcel_vw_shi71

Commands

#get\_vw\_vscale

Displays the video wall vertical upscaling value.

Syntax

get vw vscale

Parameters

None

Example

get vw vscale

VN_VSCALE C

Related Commands

get va bc

Acet vw delay

Jcet va hscale

get vw layout

det yw osd

[Unreadable]

det vw ob1*

100+ 174 1602

det_vx_value

+ = E L - V W

fset_ww_Lc

fset_vw_delay

fset vw hscale

Aset vw layout

4set vw osd

Jset vw pos

4.01 - 6.0 xh ^1

^1

The following table is a duplicate of the previous table to be corrected.

Commands

#get\_web\_port

Displays the HTTP listening port. Use the tset web port command to set the HTTP listening port.

Syntax

get_web_port

Parameters

None

Example

get_web_port

WEB INTERFACE PORT: 80

Related Commands

get gateway

get ip address

get ipconfig

set gateway

set ip address

set ip_mode

set_notmask

set_web_port

Commands

#reboot

Reboots the Sender / Receiver unit.

Syntax

reboot

Parameters

None

Example

reboot

UNIT WILL REBOOT SHORTLY

Related Commands

factory_reset

Commands

#request\_usb

Requests USB control when ACTIVE PER REQUEST USB mode is set.

Syntax

|request_usb

Parameters

None

Example

request usb

REQUESTING USB FROM SENDER

Related Commands

set_usb_mode

Commands

#set\_block

Enables or disables video blocking at a Sender unit.

Syntax

|set_block pareml

Parameters

paraml Integer

[0 ... 1]

param! Description
0	Disabled
1	Enabled

Example

set block 1

BLOCK ENABLED

Related Commands

steel block

+set mask

Commands

#set\_clk\_lock

Sets the audio clock lock. This command is only available on the Receiver unit. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_block_param1

Parameters

paraml Integer [o ... 500]

Example

set_clk_lock 100

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get clk lock

Commands

#set\_device\_desc

Sets the description for the Sender / Receiver unit. The description string cannot exceed 30 characters in length. Spaces and underscore characters are acceptable. Avoid using symbols and special characters.

Syntax

set_description_param

Parameters

param1 String

Example

|set description Blu-ray Panasonic

PRODUCT DESCRIPTION SET

Related Commands

get_device_doso

Commands

#set\_discovery

Enables or disables the discovery feature. The default value is On.

Syntax

|set_discoveryparam|

Parameters

param! Description
0	Off
1	On

Example

set_discovery 0

DISCOVERY SERVICE SET TO DISARIED

Related Commands

get discovery

+set showe

†cel showe

Commands

#set\_discovery\_mode

Sets the discovery read / write mode.

Syntax

|set_discovery_mode_param

Parameters

paraml Integer

[0 ... 1]

param! Description
0	Read only mode
1	Read / write mode

Example

set_discovery_mode 1

DISCOVERY MODE

Related Commands

+get_edid_copy

Commands

#set\_edid\_copy

Enables or disables the EDID copy state. When parameter = 1, the downstream EDID (connected to the Receiver unit) is copied to the Sender unit. If parameter = 0, then the internal (default) EDID is used. This command is only available when connected to a Receiver unit. After executing this command, the unit must be rebooted to apply the changes.

Syntax

|set_edid_copy_param

Parameters

param1

Integer

[0

...

1]

param1 Description
0	Off
1	On

Example

set_edid_copy_1 COPY FID OF CONNECTED DISPLAY SET TO ENABLED
PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get_edid_copy

Commands

#set\_gateway

Sets the gateway address. This command is only applicable when using Static IP mode. percent must be specified using dot-decimal notation. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_gateway paraaml

Parameters

param1 IP Address

Example

set gateway 192.168.1.1 CATEWAY ADDRESS SET TO 192.168.1.1 PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

Aget_gateway Aget_ip_address Aget_ip_mode Aget_ipconfig Aget_notmask Aget_web_port Aset_ip_address Aset_ip_mode Aset_netmask fset_web_port

Commands

#set\_hdcp\_allow

Blocks or unblocks HDCP-encrypted sources. This command does not decrypt HDCP content and is only available when connected to a Sender unit. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_hdcp_allow param1

Parameters

param1

Integer

[0

...

1]

param1 Description
0	Disabled
1	Enabled

Example

set hdcp allow 1

HDCF ENCRYPTED SOURCE SET TO ENABLED

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get hdep allow

Commands

#set\_ip\_address

Sets the IP address, parameter must be specified using dot-decimal notation. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_ip_address param1

Parameters

param1 IP Address

Example

set_gateway 192.168.1.1 GATEWAY ADDRESS SET TO 192.168.1.1 PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get gateway

get ip address

get ip mode

get ipconfig

get notmask

get web port

set gateway

set_ip_mode

set_notmask

set_web_port

Commands

#set\_ip\_mode

Sets the IP mode. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_ip_mode_param1

Parameters

paraml Integer [0 ... 2]

param: Description
0	Static
1	DHCP
2	Auto IP

Example

set ip mode 1

IF MODE SET TO DHCP

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get_gateway

get ip address

ct ip mode

get ipconfig

get netmask

ect web port

set to address

Commands

#set\_mask

Enables or disables video masking at a Receiver unit.

Syntax

|set_mask param:

Parameters

paraml Integer

[0 ... 1]

param! Description
0	Disabled
1	Enabled

Example

set mask 1

MASK ENABLED

Related Commands

steel mask

+set block

Commands

#set\_net\_mode

Sets the network casting mode.

Syntax

|set_net_mode_param

Parameters

paraml Integer [0 ... 1]

param1 Description
0	Unicast
1	Multicast

Example

set net mode 0

NETWORK CASTING MODE SET TO UNICAST

Related Commands

get not mode

Commands

#set\_netmask

Sets the network mask address. param must be specified using dot-decimal notation. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_netmask_param1

Parameters

param1 IP Address

Example

set_netmask 255.255.255.0

NETMASK ADDRESS SET TO 255.255.255.0

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get gateway

get ip address

†get ip mode

get ipconfig

get_netmask

get web port

set ip address

set ip node

set 15 mode

set gateway

+set_web_port

Commands

#set\_pq\_mode

Sets the picture quality mode. This command is only available when connected to a Sender unit.

Syntax

set_pg_mode param1

Parameters

paraml Integer [0 ... 1]

param1 Description
0	Graphic
1	Video

Example

I set pg mode 1

TRANSMITTER PICTURE QUALITY SET TO VIDEO

Related Commands

get_pq_mode

Commands

#set\_remote\_udp\_access

Enables or disables remote UDP access. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set remote udp access parami

Parameters

paraml

Integer

[0

...

1]

param1 Description
0	Disabled
1	Enabled

Example

set remote uop access 1

REMOTE UDP ACCESS SET TO ENABLED

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

cet_remote_udp_access

get_remote_udp_ip

get_remote_udp_port

get udp access

get_udp_port

set_remote_udp_access

+set_remote_udp_ip

Commands

#set\_remote\_udp\_ip

Set the remote UDP IP address. param must be specified using dot-decimal notation. After executing this command, the unit must be rebooted to apply the changes.

Syntax

#set remote udp ip param1 

Parameters

param1 IP address 

Example

#set_remote_udp_ip 192.168.1.29 

REMOTE UDP IP ADDRESS SET TO 192.168.1.29
PLEASE REBOOT THE UNIT TO APPLY CHANGES 

Related Commands

get remote udp access 

get remote udp ip 

#get remote udp port 

fget_udp_access 

#get_udp_port 

#set remote udp access 

#set remote udp port 

fset udp access 

set_udp_port

Commands

#set\_remote\_udp\_port

Set the remote UDP listening port. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_remote_udp_port_param1

Parameters

paraml Integer [0 ... 65535]

Example

set_remote_udp_port 50008

REMOTE UDE COMMUNICATIONS PORT IS SET TO PORT 50008 PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get remote udp access

get remote udp ip

get remote udp port

fget udp acces

fcet udp port

Aset remote udp access

4set remote upon in

1. set, vdr, aagsee

- -

1. 104 port-1.

Commands

#set\_rx\_id

Sets the ID of the Receiver unit. This command is only available when connected to a Receiver unit.

Syntax

set rx id param1

Parameters

paraml Integer [0 ... 65535]

Example

set_rx_id 1

RX ID: 1

Related Commands

gct_rx_id

Commands

#set\_serial\_allow

Enables or disables serial over IP. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set serial allow param1

Parameters

paraml

Integer

[0

...

1]

param1 Description
0	Disable
1	Enable

Example

|set_serial_allow 0 SERIAL OVER IP SET TO DISABLED PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

Acet_serial_allow

Acet_serial_baud

Acet_serial_bits

Acet_serial_parity

Acet_serial_stop

Acet_serial_baud

Acet_serial_bits

Commands

#set\_serial\_baud

Sets the baud rate for the serial port. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set serial baud para/ml

Parameters

param1 Integer
	[0 ... 9]
param1 Description (baud rate)
0	300
1	600
2	1200
3	2400
4	4800
5	9600
6	19200
7	35400
8	57600
9	115200

Example

set serial baud €

SERIAL PAUD RATE SET TO 19200

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

Commands

#set\_serial\_bits

Sets the data bits for the serial port. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set serial bits param1

Parameters

SERIAL DATA BITS SET TO 8

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

fuel serial allow

cel serial band

fcel_serial_b1.s

cel_serial_parity

Commands

#set\_serial\_parity

Sets the parity bit for the serial port. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_serial_parity_param1

Parameters

paraml Integer [0 ... 2]

param: Description
0	None
1	Odd
2	Even

Example

set serial parity 0

SERIAL PARITY MODE SET TO NONE

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get_sorial_allow

get_serial_baud

get_serial_bits

get_serial_parity

get_serial_atop

set_serial_allow

set serial baud

Commands

#set\_serial\_stop

Sets the number of stop bits for the serial port. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set serial stop para/ml

Parameters

paraml Integer [0 ... 1]

param: Description (stop bits)
0	1
1	2

Example

|set serial stop 0

SERIAL STOP RITS SET TO

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get serial allow

4get_serial_baud

+get_serial_bits

get_serial_parity

+get_serial_stop

set_serial_allow

+set serial baud

Commands

#set\_showme

Enables or disables the "Show Me" feature. When the "Show Me" feature is enabled, then both the Power and Link LED indicators, on the front panel, will flash. This quickly identifies a unit and is useful when multiple units are being used. The default setting is disabled.

Syntax

set_showme param1

Parameters

param1 Integer

[0 ... 1]

param1 Description
0	Disabled
1	Enabled

Example

set_showme 1

SHOW ME ENABLED

Related Commands

get_discovery set_discovery

Commands

#set\_telnet\_access

Enables or disables Telnet access. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set telnet access param1

Parameters

paraml

Integer

[0

...

1]

param1 Description
0	Disabled
1	Enabled

Example

set telnet access 1

TELENET ACCESS SET TO ENABLED

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

Aget_teinet_access
Aget_teinet_login
Aget_teinet_port
Aget_teinet_welcome
Aset_teinet_login
Aset_teinet_pass
Aset_teinet_port 

Commands

#set\_telnet\_login

Enables or disables the Telnet login process. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_telnet_login_param1

Parameters

paraml

Integer

[0

...

1]

param1 Description
0	Disabled
1	Enabled

Example

set telnet login 1

TELENET INTERFACE LOGIN SRT TO ENABLED

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

Aget_teinet_accesa
Aget_teinet_pass
Aget_teinet_port
Aget_teinet_welcome
Aset_teinet_accesa
Aset_teinet_pass
Aset_teinet_port 

#set\_telnet\_pass

Sets the Telnet password. The password cannot exceed 8 characters in length and is case-sensitive. No special characters are allowed. The default password is admin. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_telnet_pass param1

Parameters

param1 String

Example

set_telnet_pass b055man

TELNET INTERFACE PASSWORD IS SET h055man PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get_telnet_access

get_telnet_pass

get_telnet_port

get_telnet_welcome

set_telnet_access

set_telnet_login

set_telnet_port

set_telnet_welcome

Commands

#set\_telnet\_port

Sets the Telnet listening port. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_telnet_port_param1

Parameters

param1

Integer

[0

...

65535]

Example

set_telnet_port 23

TELNET COMMUNICATIONS PORT SET TO PORT 23

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get_tolnet_access

get_teinet_pass

get_tolnet_port

last_to/not_re/gemo

set_telnet_welcome

set telnet access

set to|net login

set_teinet_pass

set_teinet_welcome

Commands

#set\_telnet\_welcome

Enables / disables the Telnet welcome screen. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_telnet_welcome_param

Parameters

paraml

Integer

[0

...

1]

param1 Description
0	Disabled
1	Enabled

Example

I set telnet welcome Welcome!

TELENET WELCOME SCREEN IS ENABLED

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

#get_teinet_accesa
#get_teinet_pass
#get_teinet_port
#get_teinet_welcome
#set_teinet_accesa
#set_teinet_login
#set_teinet_pass 

Commands

#set\_tx\_channel

Sets the video channel for the Sender unit. This command is only available when connected to the Sender unit.

Syntax

set tx channel param1

Parameters

paraml Integer [0 ... 255]

Example

set_tx_channel 1

TRANSMITTER CHANNEL SET TO 1

Related Commands

get tx channel

get rx channel

-

Commands

#set\_udp\_access

Enables or disables UDP access. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_udp_access param1

Parameters

paraml

Integer

[0

...

1]

param1 Description
0	Disabled
1	Enabled

Example

set udp access 0

UDP ACCESS SET TO DISABLED

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get_remote_udp_access

get remote udp ip

get remote udp port

fect udp access

get_udp_port

set remote udp access

+set remote udp ip

Commands

#set\_udp\_port

Sets the local UDP listening port. After executing this command, the unit must be rebooted to apply the changes.

Syntax

#set_udp_port param1 

Parameters

param1 Integer [0 ... 65535] 

Example

#set_udp_port 50007 

UDP COMMUNICATION TS SET TO PORT 50007 

PLEASE REBOOT THE UNIT TO APPLY CHANGES. 

Related Commands

Aect remote udp access 

get remote udp ip 

#get_remote_udp_port 

+get_udp_access 

#gct_udp_port 

#set_remote_udp_access 

#set_remote_udp_ip 

#set_remote_uap_port 

+set_udp_access 

Commands

#set\_usb\_allow

Enables or disables the USB-over-IP feature. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set usb allow paraml

Parameters

paraml Integer [0 ... 1]

param Description
0	Disabled
1	Enabled

Example

set usb_allow 1 USB OVER UP SET TO ENABLED PLEASE REBOOT THE UNIT TO APPLY CHANG IS

Related Commands

oct usb allow

4 oct usb mode

get usb mouse

act usb mode

4set_usb_mouse

Commands

#set\_usb\_mode

Sets the USB operating mode. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set_udp_port param1

Parameters

paraml Integer [0 ... 1]

param1 Description
0	Active per request
1	Active on link

Example

set usb mode 0

USB OPERATION MODE SET TO ACTIVE PER REQUEST

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

oct usb allow

ct usb mode

get usb mouse

sct usb allow

set usb mouse

Commands

#set\_usb\_mouse

Sets the USB mouse mode. After executing this command, the unit must be rebooted to apply the changes.

Syntax

#set_udp_port param1 

Parameters

paraml Integer [0 ... 1]

param1 Description
0	High resolution
1	Compatibility

Example

|set_usb_mouse 0
USB MOUSE MODE SET TO HIGH RESOLUTION
PLEASE REBOOT THE UNIT TO APPLY CHANGES 

Related Commands

#get_usb_allow
#get_usb_mode
#get_usb_mouse
#set_usb_allow
#set_usb_mode 

Commands

#set\_video\_allow

Enables or disables the Video-over-IP feature. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set video allow param1

Parameters

paraml Integer [0 ... 1]

param1 Description
0	Disabled
1	Enabled

Example

|set video allow 1

VIDEO OVER TP IS SET TO RNARLED

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get_video_allow

Commands

#set\_vw

Enable / disable the video wall. After executing this command, the unit must be rebooted to apply the changes.

Syntax

set vw param1

Parameters

paraml

Integer

[0

...

1]

param1 Description
0	Disable
1	Enable

Example

set vw 1

VN 1

PLEASE REBOOT THE UNIT TO APPLY CHANG'S

Related Commands

†cel. vw bx:

fget vw delay

†qel. vw hscale

get vs layout

get vw osd

†gel vw pos

get vs shift

Tqel. vw vnsate

fset vw bc

1. ... ... ...

Commands

#set\_vw\_bc

Sets the video wall bezel compensation value. All arguments are expressed in 0.1 mm units:

param1 is the video width

param2 is the overall width

param3 is the video height

param4 is the overall height

Syntax

set_vw_be param1 param2 param3 param4

Parameters

param1	Integer	[o	...	99999]
param2	Integer	[o	...	99999]
param3	Integer	[o	...	99999]
param4	Integer	[o	...	99999]

Example

set vw bc 190 200 90 100

VW BC 190 200 90 100

Related Commands

get vw bc

fget_vw_delay

cet_vw_hscale

Acet vw layout

get_ww_osd

dget_vw_pos

fçet_va_shift.

get vw vscale

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Commands

#set\_vw\_delay

Sets the video wall display delay in microseconds.

Syntax

|set vw delay param

Parameters

paraml Integer

[0 ... 99999]

Example

set vw delay 16000

VN_DELAY 16000

Related Commands

feel vs bn

fcel vs delay

+cel va houle

feel vs byouk

feel, we and

fcel_78_p25

fcel va shi t.

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1. 2017年1月1日

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The vw and

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Commands

#set\_vw\_hscale

Sets the video wall horizontal upscaling.

Syntax

|set vw hscale param|

Parameters

paraml Integer

[0 ... 1]

Example

set vw hscale 1

VN_HSCALE

Related Commands

feel vs bn

fcel vs delay

+cel va houle

feel vs byouk

feel, vw and

fcel, 78 pus

tgei va shi

†gei va vouale

+5e1.78

fuel vs delay

fetivay

fuel, vw and

fuel ve pan

feel_ow_shi

+sel, vw vncn1e

Commands

#set\_vw\_layout

Sets the maximum horizontal and vertical display count for the video wall:

param1 is the maximum horizontal display count.

param2 is the maximum vertical display count.

Syntax

set_vw_layout param1 param2

Parameters

param1	Integer	[o	...	15]
param2	Integer	[o	...	15]

Example

set vw layout 2 2

VW_LAYOUT 2 2

Related Commands

†qel. vw bs

↑cel_vw_delay

†qel. vw hscale

gel_vw_1ayou1.

†qel_ve usd

‡cel. vw pus

fcel va shi 1.

feel, ve, vouale

+kmL yw b:

4km1.0m2.1m3.2m

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Commands

#set\_vw\_osd

Enable / disable the video wall OSD.

Syntax

|set vw osd param

Parameters

paraml Integer

[0 ... 1]

paramt Description
0	Disable
1	Enable

Example

set vw osd 1

VW CSD 1

Related Commands

fuel vs bo

feel va delay

feel vs huacele

feel vs layout

fect vs osd

feel ve pin

fect vs shift

†qel va vnsale

+e1 w

1.2.3.4.5.6.7.8.9

Commands

#set\_vw\_pos

Sets the video wall position.

param1 is the row position.

param2 is the column position.

Syntax

set vw pos param1 param2

Parameters

param1	Integer	[o	...	15]
param2	Integer	[o	...	15]

Example

set_vw_pos 2 2

VW_POS 2 2

Related Commands

†qel. vw bs

↑cel_vw_delay

†qel. vw hscale

gel_vw_1ayou1.

†gel_ve_nd

†gel. ve pas

fcel. vw shi 71.

fcel, yy, vouale

+e+1, vw b:

fuel vw delay

+ve | vse hovss] =

+ref|.ve |ayou|

Commands

#set\_vw\_shift

Sets the video wall display shift. paramz must be specified in increments of eight pixels (e.g. 0, 8, 16, 24, etc.)

Syntax

set vw shift param1 param2

Parameters

paraml Character

param Description
U	Shift up
D	Shift down
L	Shift left
R	Shift right

param2 Integer

[0 80000]

Example

set vw shift L 16

VN SHIFT L 16

Related Commands

get vw bc

get vw delay

get vw hscale

get vw layout

get vw csd

get vw pos

get vw shift

Commands

#set\_vw\_vscale

Sets the video wall vertical upscaling

Syntax

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Commands

#set\_web\_port

Sets the HTTP listening port.

Syntax

|set_web_port.param1 

Parameters

param1 Integer

[0 ... 65535]

Example

set_web_port 82

WEB INTERFACE PORT SET TO BO

PLEASE REBOOT THE UNIT TO APPLY CHANGES

Related Commands

get gateway

get ip address

†get ip mode

get ipconfig

get notmask

get web port

set gateway

set ip address

set_ip_mode

+set_netmask

Commands

#set\_webui\_ad\_pass

Sets the Administrator password for the Web interface login. The password cannot exceed eight characters in length. The default password is added.

Syntax

set webu1 ad pass param1

Parameters

param1 Password

Example

set webut ad pass b058mar WEB UI ADMINISTRATOR PASSWORD IS SET

Related Commands

sct_wobui_user_pass

Commands

#set\_webui\_user\_pass

Sets the User password for the Web interface login. The password cannot exceed eight characters in length. The default password is user.

Syntax

set webu user pass param1

Parameters

param1 Password

Example

set_webui_user_pass mlniCn

WEB UT USER PASSWORD TO SET

Related Commands

set webui ad pass

Commands

r

Changes a Receiver unit to the specified video channel. Changing the video channel allows a Receiver unit to accept the signal from a Sender unit that uses the same video channel. This command is only available when connected to a Receiver unit. Do not precede this command with the # symbol.

Syntax

r paraml

Parameters

param1 Integer [o ... 255]

Example

r 1

TRANSMITTER 1 ROUTED TO RECEIVER

Related Commands

None

Network Cable Diagram

Gefen recommends the TIA/EIA-568-B wiring option. Use the table below when field-terminating cable for use with Gefen products.

Pin Color Description
1 Orange / White TD+ (Transmit Data, positive differential signal)
2 Orange TD- (Transmit Data, negative differential signal)
3 Green / White RD+ (Receive Data, positive differential signal)
4 Blue Unused
5 Blue/White	Unused
6 Green	RD- (Receive Data, negative differential signal)
7 Brown / White	Unused
8 Brown / White	Unused

Rack Tray Installation

The following illustrations provide instructions for installing the Sender and/or Receiver unit(s) in the Gefen 1U Rock Tray (Gefen part no. EXT-RACK-1U-CRY).

Step 1 Step 2

Step 3 Line up holes on unit and rack tray. Install coul, rail screws. Step 4

3D diagram showing a mechanical component with a bracket and a base, no text or symbols present

3D diagram of a rectangular block with two vertical arrows pointing downward (no text or symbols)

Step 5 Step 6

3D rendering of a rectangular electronic component or enclosure with a flat top and central slot (no text or symbols visible)

3D rendering of a rectangular block with a small protrusion on top, placed on a flat base (no text or symbols)

Specifications\*

Connectors & Indicators

Video In Connector (Sender)	1 x HDMI, DisplayPortTM, DVI, or VCA
Video Out Connector (Sender)	1 x HDMI, DVI, or VGA (not avail on DisplayPortTM)
Video Out Connector (Receiver)	1 x HDMI, DisplayPortTM, DVI, or VGA
Line In Connector (Sender) - 1 x 3.5mm mini-stereo, female
Line Out Connector (Sender) - 1 x 3.5mm mini-stereo, female
Mic In Connector (Receiver) - 1 x 3.5mm mini-stereo, female
Headphones/Line Out Conn. (Receiver)	1 x 3.5mm mini-stereo, female
Opt Out Connector (Receiver)	1 x TOSLINK®(not available on VCA model)
USB Host Interface Port (Sender) - 1 x Type-B
USB Device Ports (Receiver) - 2 x USB 2.0, Type-A- 2x USB 1.1, Type-A
LAN Connector (Sender) - 1 x RJ-45, shielded, with PoE
LAN Connectors (Receiver) - 2 x RJ-45, shielded, 1 with PoE
RS-232 Connector (Sender) - 1 x DB-9, female
RS-232 Connector (Receiver) - 1 x DB-9, male
IR Sensor (Receiver)	(1) Located on front panel
IR Extender Type	EXT-RMT-EXTIRN
IR In/Ext Connector (Sender / Receiver)	1 x 3.5mm mini-stereo, female
IR Out Connector (Sender / Receiver)	1 x 3.5mm mini-stereo, female
Power Requirement (Sender / Receiver)	5V DC, or PoE (802.3af standard)
Power Connector (Sender / Receiver)	1 x 5V DC, locking, 5.5mm barrel/2.1mm pin
Power Indicator (Sender / Receiver)	1 x LED, blue
Link Indicator (Sender / Receiver)	1 x LED, green

Continued on next page

Specifications

Operational
Operating Temperature: +32 to +122°F (0 to +50°C)
Operating Humidity: 5% to 90% RH, non-condensing
Storage Temperature: -4 to -185°F (-20 to +85°C)
Storage Humidity: 0% to 95% RH, non-condensing
MTBF: 50000 hours
Physical
Dimensions (W x H x D, not including connectors)	- Sender: 8.4" x 1.7" x 5.9" (214mm x 45mm x 150mm) - Receiver: 8.4" x 1.0" x 5.9" (214mm x 25mm x 150mm)

* Features and specifications are subject to change without notice.
All trademarks and registered trademarks are properties of their respective owners.

GEFEN®

Nortek Security & Control, LLC