SmartAVI XTP-TXS Video Extender

The SmartAVI XTP-TXS Video Extender is a high-performance two-piece solution designed to deliver desktop-grade UXGA video, stereo audio, and essential control signals (IR and RS-232) over long distances with ease. Built for reliability in professional AV environments, this extender pair (transmitter and receiver) uses standard unshielded twisted pair (UTP) cabling to push signals up to 1000 feet away from the source. Whether you’re equipping a corporate boardroom, a university lecture hall, a digital signage network, or a hospital control room, the XTP-TXS provides a robust, cost-efficient extension option that preserves image quality, minimizes cable clutter, and simplifies deployment. By removing the practical limits of traditional VGA, HDMI, or single-line solutions, this extender empowers you to centralize your AV sources while distributing clear video and synchronized control across distant displays and operator workstations—and all with straightforward setup and dependable performance.

• Premium high-resolution extension — Enjoy UXGA clarity (up to 1600x1200) and crisp, faithful image reproduction for complex graphics, CAD drawings, medical visuals, or vibrant corporate presentations, all transmitted over a single UTP link.
• Comprehensive signal transport — The XTP-TXS system transports not only video but also stereo audio, IR (infrared) signals for remote control, and RS-232 data, enabling end-to-end AV distribution and device control from the source to the display or control room.
• Long-distance coverage over standard cabling — Achieve reliable, long-range distribution up to 1000 feet (304.8 meters) using ordinary Cat5e/Cat6 twisted-pair cabling, reducing wiring complexity and installation costs compared with alternative high-bandwidth solutions.
• Two-piece, user-friendly design — A compact transmitter connects to the video source and audio outputs, while a matching receiver sits at the display or controller end; the setup is straightforward, with plug-and-play operation that accelerates installations and minimizes downtime.
• Flexible control and integrated automation — IR passthrough lets operators control source devices remotely from a distant location, and RS-232 support enables compatibility with automation systems for synchronized AV control, room scheduling, and synchronized presentations across a network.

Technical Details of SmartAVI XTP-TXS Video Extender

• Model: XTP-TXS Video Extender (Transmitter and Receiver pair)
• Signal support: Video (UXGA up to 1600x1200), stereo audio, IR, RS-232
• Maximum extension distance: Up to 1000 feet (304.8 meters) over unshielded twisted pair cabling
• Cable type: Unshielded twisted pair (Cat5e/Cat6 recommended)
• Configuration: Two-piece system with separate transmitter and receiver units
• Power: Each unit requires its own power supply (external adapters included with typical kits)
• Operating environment: Designed for professional AV deployments in conference rooms, classrooms, control rooms, and digital signage installations

How to install SmartAVI XTP-TXS Video Extender

• Step 1: Plan your layout. Determine the location of the video source and the display, ensuring the UTP link will not exceed 1000 feet and that power outlets are accessible at both ends.
• Step 2: Connect the transmitter. Attach the video source (e.g., computer or media player) to the transmitter’s video input and connect the corresponding stereo audio output. If you plan to use IR control, connect the IR receiver or emitter per the included guidance.
• Step 3: Run the UTP cable. Lay a single UTP cable (Cat5e or Cat6) from the transmitter location to the receiver location, avoiding interference sources and ensuring the cable path is within recommended distance.
• Step 4: Connect the receiver. At the display end, connect the receiver’s video output to the display’s input, attach the stereo audio to the display or audio system, and attach any IR/RS-232 peripherals as needed for control.
• Step 5: Power up and test. Plug in the power supplies for both transmitter and receiver, power on the source and display, and verify that the video, audio, IR control, and RS-232 communications are functioning correctly. Adjust resolution and display settings as needed to optimize performance.

Frequently asked questions

• What is the purpose of the XTP-TXS Video Extender?

  The XTP-TXS extends UXGA video, stereo audio, IR, and RS-232 control signals over a long distance using a single UTP cable, enabling centralized sources to drive distant displays or control stations without sacrificing image quality or control capabilities.

• Which resolutions does it support?

  The extender supports UXGA quality, up to 1600x1200, with compatibility for other common computer video formats of similar bandwidth. This makes it suitable for detailed business graphics, CAD visuals, and educational content.

• What type of cabling is required?

  Unshielded twisted pair (UTP) cabling such as Cat5e or Cat6 is recommended. A single UTP link carries the video, audio, IR, and RS-232 signals between the transmitter and receiver.

• How many units are needed?

  Two units are required for operation—a transmitter connected to the source and a receiver connected to the display or control end. Each unit uses its own power supply.

• Can I control devices remotely with this extender?

  Yes. The XTP-TXS supports IR passthrough for remote control of source devices and RS-232 for integration with external control systems, making it suitable for automated rooms and centralized AV management.

• Is there any installation complexity?

  Installation is designed to be straightforward. After planning cable length, you simply connect the transmitter to the source, run a single UTP cable to the receiver, connect to the display, and apply power. Basic configuration is typically enough for immediate operation, with additional control options available if needed.

• Are multiple extenders compatible with larger setups?

  The XTP-TXS is designed for scalable AV distribution. In larger installations, you can extend the system by using additional units in a stacked or chained configuration according to the manufacturer’s guidelines, enabling broader coverage across rooms and zones while maintaining signal integrity.