Full HD HDMI Extender over IP with PoE/RS-232 & IR - Encoder (TX)

Upgrade your video distribution with a future-ready solution designed to deliver pristine Full HD HDMI imaging over IP networks. The Encoder (TX) of the Full HD HDMI Extender over IP with PoE/RS-232 & IR brings high-definition HDMI signals from a source to distant displays with exceptional clarity, reliability, and effortless integration. Whether you’re outfitting a premium home theater, a corporate boardroom, a university classroom, or a digital signage installation, this transmitter sets the standard for scalable, professional AV distribution. Built to work seamlessly with compatible RX receivers, it reduces cable clutter, simplifies installation, and enables centralized control across rooms and buildings.

• Outstanding image quality over IP — transmit Full HD video with crisp 1080p60 visuals and accurate color reproduction, preserving the integrity of your source content across long cable runs and complex networks.
• Power over Ethernet (PoE) enabled — simplified installation by delivering power through the Ethernet cable when paired with a PoE-enabled receiver, reducing wiring and power outlets in hard-to-reach spaces.
• Integrated control with RS-232 — bidirectional RS-232 support enables seamless device control, projector or display automation, and integration with your existing AV control systems.
• IR pass-through for convenient remote operation — infrared in/out support lets you control the source or display from the room, across the network, or from a remote location, maintaining a clean, clutter-free setup.
• Professional, scalable distribution — designed for multi-room, multi-display deployments; pairs with compatible receivers to extend HDMI over IP while preserving signaling integrity, synchronization, and reliability in busy environments.

Technical Details of Full HD HDMI Extender over IP with PoE/RS-232 & IR - Encoder (TX)

• Video and audio — supports Full HD HDMI video output from the source, delivering sharp 1080p (and compatible 1080i/720p formats) with digital audio pass-through for an immersive viewing experience.
• HDMI input — 1× HDMI input to receive the video signal from a local source, ready for extension over IP to one or more remote displays when paired with a matching RX unit.
• Network transmission — transmits the HDMI signal over standard IP networks, enabling flexible routing across multiple rooms or buildings via Ethernet infrastructure.
• PoE support — enables power delivery to the TX encoder over the Ethernet connection when used with PoE-capable receivers or network gear, simplifying installation and reducing local power requirements.
• RS-232 serial control — provides RS-232 connectivity for control commands and monitoring, allowing integration with AV controllers and automated room setups.
• IR pass-through — integrated IR emitters and receivers for bidirectional IR control, enabling remote operation of connected sources and displays from the user’s seating area.
• Form factor and compatibility — compact encoder unit designed to install discreetly in AV racks or behind display equipment; designed to work with compatible RX receivers and standard HDMI-compliant sources.
• Power and indicators — efficient power usage with LED indicators to show link status, activity, and PoE presence, helping technicians diagnose and maintain installations quickly.

How to install Full HD HDMI Extender over IP with PoE/RS-232 & IR - Encoder (TX)

1. Prepare your source device (Blu-ray player, media server, computer, etc.) and connect its HDMI output to the TX encoder’s HDMI input using a high-quality HDMI cable.

2. Connect the TX encoder to your network using an Ethernet cable. If PoE is available on your RX receiver or network switch, enable PoE to power the TX unit remotely. Ensure the network path provides stable IP routing between TX and its paired RX units.

3. Attach the RS-232 control cable (if required) between the TX encoder and your AV control system or peripheral devices to enable centralized room automation and device commands.

4. Connect any IR blaster/receiver hardware to the IR ports on the TX encoder to enable remote control of the source and display from the user area or from a central control location.

5. Install the corresponding RX receivers at the destination displays or rooms. Connect the RX HDMI outputs to the displays and verify that the RX units are on the same network and properly configured to receive the transmitted signal from the TX encoder.

6. Power up the TX encoder (via PoE or external power, depending on your setup) and the RX receivers. Use the on-device indicators to confirm a successful link and network connectivity.

7. Test the system by playing content from the source and verifying that video, audio, IR control, and RS-232 commands function as intended across the distribution network. Fine-tune any routing settings in your AV controller or network switch as needed.

Frequently asked questions

• Q: What resolutions does the Full HD HDMI Extender over IP support? A: The Encoder (TX) is designed for Full HD distribution, supporting 1080p video with standard audio formats. It reliably preserves image quality for typical home theater and professional applications. It is intended to work in conjunction with compatible RX receivers to deliver the final viewing experience at the destination.
• Q: Does this extender require a direct line-of-sight between TX and RX? A: No. Because it operates over IP networks, the signal can traverse network equipment and cables without a direct line-of-sight, enabling flexible placement of source, switch, and display devices across rooms or buildings.
• Q: Is PoE required, or can the TX encoder be powered by an external adapter? A: PoE is supported to simplify installation, but depending on your hardware environment, you may also power the TX encoder with an appropriate external power supply if PoE is not available.
• Q: Can I control the displays or sources remotely? A: Yes. The built-in RS-232 support allows you to send control commands, and the IR pass-through enables remote operation of the connected devices from the control room or seating area, enhancing convenience in professional setups.
• Q: Do I need a separate RX receiver for every display? A: In most deployments, yes. Each display location typically requires its own RX receiver to decode the signal transmitted from the TX encoder. Pair the TX with the appropriate RX units and connect each RX to its display.