LIGHTWARE PRO20-HDMI-F100 UBEX F-Series Endpoint Device User Guide

LIGHTWARE PRO20-HDMI-F100 UBEX F-Series Endpoint Device User Guide

Important Safety Instructions

Please read the supplied safety instruction document before using the product and keep it available for future reference.

The extender is Class 1 laser product

Introduction

Thank you for choosing Lightware UBEX F-series endpoint device. UBEX (Ultra Bandwidth Extender) product family offers a new optical solution allowing 4K@60Hz 4:4:4 uncompressed signal extension with extra low latency for the users. We use packet-based transmission instead of the conventional method. We use standard, certificated 10 Gbps SFP+ optical modules which are plug and play, so they are interchangeable by the user. There could be either duplex multimode/singlemode modules (1–1 fiber for each direction per 10 Gbps link) or bidirectional singlemode modules (1 fiber for both direction per 10 Gbps link). The maximum supported cable length is 400 m with multimode modules (OM4), and 10 km with short range singlemode modules, or 80 km with long range singlemode modules. In a typical application with standard, non-blocking 10 Gbps Ethernet switch it is necessary to use both directions of the link. Therefore the number of necessary fibers depends on the link speed and the optical module: for 10 Gbps 1 or 2 fibers, for 20 Gbps 2 or 4 fibers are needed. One of the primary advantages of the new architecture is scalability

Box Contents

UBEX endpoint device

IEC power cable

Safety and warranty info, Quick Start Guide

Phoenix Combicon 5-pole connector (2x) *

Phoenix Combicon 3-pole connector *

***** Only for UBEX-PRO20-HDMI-F110 and UBEX-PRO20-HDMI-F120 models.

Front Panel Operation

Navigation in the LCD Menu

The front panel has a color LCD showing the most important settings and parameters. The jog dial control knob can be used to navigate between the menu items or change the value of a parameter (in case of TX, RX or TRX as well). The knob can be pressed to enter a menu or edit/set a parameter.

The LCD Menu in Extender and Matrix Modes

The menu structure is different in Extender and Matrix mode. The following settings are not available in the LCD menu of the endpoint in Matrix mode but they can be set in the Matrix Management Unit:

• Video settings – TX/RX/TRX input/output settings
• EDID operations – EDID switching and saving
• Network settings – static and DHCP (dynamic) IP address settings
• Reloading factory default values

The Extender or Matrix mode is set automatically in the endpoint device. If the device detects direct connection with another endpoint device at the other side of the connection, the application mode is set to Extender mode; if the device is managed by the MMU, the application mode is set to Matrix mode.

Operation Mode Settings (only in Extender Mode)

The operation mode (TX/RX/TRX) of the unit can be changed from the LCD menu in a few steps.

1. Navigate to the System settings / Operation mode / Switch mode… submenu and select the required mode: Transmitter, Receiver or Transceiver.
2. After the confirmation the unit resets. After booting up the device operates in the desired mode.

Set Static IP Address (only in Extender Mode)

The IP address of the endpoint can be set from the front panel:

1. Navigate to the System settings / Network / DHCP menu and check the current state of the DHCP. If the setting is Enabled change it to Disabled. After this navigate to Save and press Enter.
2. Navigate to the System settings / Network / Static IP menu and select the Static IP address, Subnet mask, Static gateway options. Set the parameters by the front panel buttons according to your network requirements.
3. Navigate to Save and press Enter.

Set Dynamic IP Address (DHCP) (only in Extender Mode)

1. Navigate to the System settings / Network / DHCP menu and check the current state of the DHCP. If the setting is Disabled change it to Enabled.
2. Navigate to the Save submenu (the last one of the Network menu) and press Ente

Restore Factory Default Settings

Navigate to the System settings / Factory defaults menu and press Enter. After the
confirmation the device reboots and the factory default values are reloaded in the device.

Front View – All Models

Rear View – UBEX-PRO20-HDMI-F100

Rear View – UBEX-PRO20-HDMI-F110

Rear View – UBEX-PRO20-HDMI-F120

1| Status LEDs| The LEDs give immediate feedback about the current status of the extender.
---|---|---
2| LCD screen| LCD screen showing the most important settings and parameters in the front panel menu.
3| Jog dial control knob| Easy setting and menu navigation by the jog dial control. Turn and click the knob while getting feedback on the LCD.
4| Reset button| Reboots the device (the same as disconnecting from the power source and reconnecting again).
5| AC connector| Standard IEC connector accepting 100-240 V, 50 or 60 Hz.
6| Ethernet connectors| Standard locking RJ45 connectors for 1 Gbps Ethernet connections to control the device, for user Ethernet access and firmware upgrade purpose. F100 model is built with 2x RJ45 connectors, F110 and F120 models are built with 3x RJ45 connectors.
7| HDMI input port| HDMI input ports with HDMI 2.0 support for source devices
8| HDMI output ports| HDMI output ports
9| SFP+ port slots| Optical port slots for two 10 GbE SFP+ modules or DAC cables. Ports can be used for either singlemode or multimode optical connections.
10| USB B-type connector| USB connection to host (computer) unit via USB B-type connector.
11| USB A-type connectors| USB KVM ports for HID-compatible devices (preferably keyboard and mouse).
12| Audio input port| 5-pole Phoenix connector for balanced analog audio input. The port is available in all operation modes (TX/RX/TRX).
13| Audio output port| 5-pole Phoenix connector for balanced analog audio output. The port is available in all operation modes (TX/RX/TRX).
14| Infrared connectors| 2 x 3.5mm jack (TS/TRS) connectors for Infrared units (IR IN for the detector, IR OUT for the emitter).
15| RS-232 connector| 3-pole Phoenix connector for serial communication

Status LEDs

Aggregationis working.
| blinking| The connection is established on SFP+ LINK 1 and 2 and LACP detectionperiod is active.
| off| No connection is established on one of the SFP+ links.
MMU AVAILABLE| Transmitter / Receiver / Transceiver
| on| Matrix mode is active; the communication is live between the endpoint and the Matrix Management Unit (MMU).
| blinking| Matrix mode is active; no communication between the endpoint and the MMU.
| off| Extender mode is active; another endpoint is connected via the optical link.

Mounting Options

The device can be mounted in several ways, depending on the application. Besides using with rack shelf, a mounting bracket is available, which offers easy mounting on truss systems with standard clamps or using the unit built into furniture. The 1U high rack shelf provides mounting holes for fastening two half-rack sized units. Mounting bracket V2 allows mounting the device to any furniture surface. Fasten the bracket on the side of the unit with the provided screws and fasten it to a stand / board / furniture. To order mounting accessories please contact sales@lightware.com.

Mounting with the 1U High Rack Shelf

Mounting with Mounting Bracket V2

 M3x6 size is the longest allowed screw for fixing the accessories to the housing. Using different (e.g. longer) screws may cause damage to the device.

Connecting Steps

Transmitter (TX) Operation Mode

Receiver (RX) Operation Mode

Transceiver (TRX) Operation Mode

The HDMI in 1 port cannot accept AV signal when the device is configured as a transceive.

Transmitter (TX) Mode

HDMI in| Connect the UBEX transmitter and the source devices (e.g. PC, Blu-ray player) using the HDMI input 1 and 2 ports by HDMI cables
Local HDMI out| Connect the local sink devices (e.g. monitor, 4K TV) to the HDMI output 1 and 2 ports by HDMI cables. The output ports are local loopback ports in this case: the same streams received on the input ports are transmitted forward.
Ethernet| Optionally, connect the UBEX transmitter to a LAN in order to control the device. User Ethernet is also transmitted over the SFP+ interface so be sure not to create a network loop!
Power| Connect the power adaptor to the AC inp
Audio in| Connect an audio source (e.g. media player) to the audio input connector.
Audio out| Connect an audio sink (e.g. active speakers) to the audio output.
RS-232| Optionally for RS-232 extension: connect a controlled unit (e.g. 4K TV) to the RS-232 port of the device with a serial cable.
USB-B| Optionally for USB HID extension: connect the transmitter to the computer by the USB-B cable.
USB-A| Optionally for USB HID extension: connect the USB HID devices to the transmitter (preferably mouse and keyboard).
Transceiver (TRX) Mode

HDMI in| Connect the UBEX transceiver and source devices (e.g. PC) using the HDMI input 2 port by an HDMI cable
HDMI out| Connect a sink device (e.g. 4K TV) to the HDMI output 1 port by a HDMI cable.
Local HDMI out| Connect a local sink (e.g. monitor) to the HDMI output 2 by an HDMI cable. The output port is a local loopback port in this case: the same stream received on the HDMI input 2 port is transmitted forward.
Ethernet| Optionally, connect the UBEX transceiver to a LAN in order to control the device. User Ethernet is also transmitted over the SFP+ interface so be sure not to create a network loop!
Power| Connect the power adaptor to the AC input on the transceiver first, then to the AC power socket
Audio in| Connect an audio source (e.g. media player) to the audio input connector.
Audio out| Connect an audio sink (e.g. audio amplifier) to the audio output.
RS-232| Optionally for RS-232 extension: connect a controlled unit (e.g. 4K TV) to the RS-232 port of the device with a serial cable.
USB-B| Optionally for USB HID extension: connect the transceiver to the computer by the USB-B cable.
USB-A| Optionally for USB HID extension: connect the USB HID devices to the transceiver (preferably mouse and keyboard).

Factory Default Settings

The following settings are applied in the device once the factory default settings are recalled:

GENERAL SETTINGS

System settings
Application mode (Extender / Matrix)| Auto (the endpoint detects automatically the actual application mode)
Network settings
Static IP address – TX mode| 192.168.0.101
Static IP address – RX mode| 192.168.0.102
Static IP address – TRX mode| 192.168.0.101
Subnet mask| 255.255.255.0
Default gateway| 192.168.0.1
DHCP| Disabled
LW3 protocol command port| 6107
HTTP port| 80
HDMI PORT SETTINGS – TRANSMITTER MODE

HDMI input port properties
Scaler mode – HDMI in 1| Pass-through
FRC mode – HDMI in 2| Pass-through
Color space converter – HDMI in 1 and 2| No conversion
HDCP setting – HDMI in 1 and 2| Enabled
HDMI PORT SETTINGS – RECEIVER MODE

HDMI output port properties
Scaler mode – HDMI out 1| Pass-through
FRC mode – HDMI out 1 and 2| Pass-through
Color space converter – HDMI out 1 and 2| No conversion
Timing mode – HDMI out 1 and 2| Free run
HDCP mode – HDMI out 1 and 2| Auto
HDMI PORT SETTINGS – TRANSCEIVER MODE

HDMI input 2 port properties
FRC mode| Pass-through
Color space converter| No conversion
HDCP setting| Enabled
HDMI output 1 port properties
Scaler mode| Pass-through
FRC mode| Pass-through
Color space converter| No conversion
Timing mode| Free run
HDCP mode| Auto

First Steps of Device Configuration

Setting the Operation Mode

All endpoint devices are manufactured as transmitter (TX) by default. Set up the operation mode for the endpoints that are to be used as receivers (RX) or transceivers (TRX) with the front panel LCD menu.

Connecting to the Devices over LAN

Connecting the devices to the network using the factory default network settings might cause IP address conflict.

Please follow the steps before connecting the endpoint devices to the network:

1. Set different static IP addresses or set DHCP (dynamic IP address) on the front panel LCD menu or via the Lightware Device Controller (LDC) software.
2. Establish connection between the endpoint devices over the SFP+ interface.

Cabling of the BiDi SFP+ Modules

In case of using bidirectional (BiDi) SFP+ modules in the UBEX endpoint devices, please check the wavelength of the INPUT and OUTPUT modules. If the wavelengths are different, the cabling might be also different and the modules shall be connected across.

Software Control – Using Lightware Device Controller (LDC)

The device can be controlled from a computer through the Ethernet ports using Lightware Device Controller. Please download the application from www.lightware.com, install on a Windows PC or a macOS and establish connection to the device.

Extender and Matrix Application Modes

Extender Mode

OPT| Connect singlemode or multimode (depends on the installed SFP+ modules) fiber optical cables or DAC cables between a UBEX transmitter and a receiver, or two transceiver
DAC| Connect singlemode or multimode (depends on the installed SFP+ modules) fiber optical cables or DAC cables between a UBEX transmitter and a receiver, or two transceiver

Matrix Mode

OPT| Connect singlemode or multimode (depends on the installed SFP+ modules) fiber optical cables or DAC cables between the UBEX transmitter / receiver / transceiver devices and the Layer 3 (L3) network switch. Also connect the Matrix Management Unit (MMU) to the switch by fiber optical or CATx cable to configure and control the virtual matrix.
DAC| . The Matrix Mode is applied automatically in the endpoint devices once the MMU claims the endpoint.

Further information on the device is available at www.lightware.com.
The User’s Manuals are also available via the QR codes below (Extender – left; Matrix – right):

Contact Us

sales@lightware.com
+36 1 255 3800
support@lightware.com
+36 1 255 3810
Lightware Visual Engineering PLC.
Budapest, Hungary
Doc. ver.: 1.6
19210057

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