Eaton Tripp Lite Series HDMI over Cat6 Extender Kit, Wallplate, 4K 60Hz, HDR, Dual Output, IR, PoC, 230 ft., TAA

The Eaton Tripp Lite Series HDMI over Cat6 Extender Kit is the premier solution for delivering pristine video and audio signals across long distances with ease. Engineered for high-demand environments like classrooms, corporate training spaces, restaurants, lecture halls, and event venues, this HDMI over Cat6 extender kit brings professional-grade performance to your AV setup. It combines a sleek wallplate transmitter and receiver design with robust 4K 60Hz HDR capability, dual outputs, and convenient control options. When you need to extend your HDMI experience without sacrificing image quality or reliability, this extender kit stands out as a meticulous, future-ready choice that fits flush into standard wall boxes and blends seamlessly into modern installations.

• Extends HDMI signals over Cat6/Cat6a/Cat5e up to 230 feet (70 meters) while preserving full 4K 60Hz video with HDR support, ensuring sharp, lifelike color and detail across large rooms or multiple display setups.
• Dual HDMI outputs on the receiver enable multi-display configurations, conference rooms, or paired displays in classrooms without compromising signal integrity or synchronization.
• Wallplate design for clean, professional installations that disappear into décor and infrastructure, making it ideal for new builds, retrofits, or spaces with fixed mounting requirements.
• IR passthrough and learning capabilities allow remote control of source devices from the display location, improving user experience in training centers, lounges, or dining areas where remote operation matters.
• Power over Cable (PoC) support simplifies installation by minimizing the number of power adapters, while the system remains compatible with traditional power options for flexible deployment in a variety of environments.

Technical Details of Eaton Tripp Lite Series HDMI over Cat6 Extender Kit

• Video and audio: 4K UHD at 60Hz with HDR (HDR10) and broad color support, leveraging HDMI 2.0 bandwidth for high-quality, low-latency signal transport.
• HDMI and HDCP compliance: Supports high-bandwidth digital content protection to ensure compatibility with modern Blu-ray, streaming devices, and gaming consoles.
• Distance and stability: Reliable transmission over Cat6/Cat6a up to 230 feet (70 meters), enabling flexible placement of displays far from the source without degradation.
• Outputs: Dual HDMI outputs on the receiver side provide options for two displays or split-screen configurations, ideal for classrooms, restaurants, and lecture halls.
• Design and installation: Wallplate transmitter and receiver units designed for flush mounting in standard gang boxes, delivering a sleek, professional look in any venue.
• Control and IR: Integrated IR passthrough and remote signal compatibility let you manage source devices from the display location, reducing the need to approach the source and simplifying installations in hard-to-reach spaces.
• Power options: PoC (Power over Cable) capability reduces cable clutter by powering the receiver from the transmitter, with optional external power adapters for scenarios where PoC is not available or preferred.
• Compliance and reliability: TAA compliant, suitable for government and educational deployments where procurement and traceability matter, and built to endure the daily usage patterns of busy venues.

How to install Eaton Tripp Lite HDMI over Cat6 Extender Kit

Installing the Eaton Tripp Lite HDMI over Cat6 Extender Kit is designed to be straightforward for both new installations and retrofits. The system uses standard Cat6 networking cables to bridge the transmitter (source side) and receiver (display side) across the specified distance, while the wallplate form factor keeps mounting clean and unobtrusive. Before you start, plan the route of your Cat6 cable and determine whether you will utilize PoC power or external adapters based on the space and power availability.

Step 1: Plan and prepare your installation. Identify the source device (Blu-ray player, computer, or media streamer) and the display(s). Check that you have reliable Cat6/6a cables rated for the required distance, and confirm that you have the appropriate power options (PoC-enabled setup or external adapters).

Step 2: Mount the wallplate transmitter at the source side. Connect the HDMI output from your source device to the transmitter’s HDMI input. If you are using PoC, connect the transmitter to its power source as specified in the included instructions. The transmitter wallplate will aggregate the HDMI signal and transmit it over Cat6 to the receiver.

Step 3: Run a Cat6 cable from the transmitter wallplate to the receiver wallplate on the display side. Use shielded Cat6a cable in environments with potential interference or electrical noise to maximize signal integrity, especially in classrooms or venues with many cables and devices nearby.

Step 4: At the display side, connect the Cat6 cable to the receiver wallplate’s Cat6 input. Then connect HDMI outputs from the receiver to the display(s) you intend to drive. If you’re using a dual-display configuration, ensure both HDMI outputs are connected to the respective monitors or TVs.

Step 5: Power on the system. If using PoC, the receiver will receive power through the Cat6 cable from the transmitter and should power up automatically. If you are not using PoC, plug in the recommended power adapters to both the transmitter and receiver as directed by the user manual. Configure any IR accessories as needed to enable remote control of the source from the display side.

Step 6: Verify signal quality. Navigate your source device to test 4K content, HDR, and color fidelity. Check both displays if a two-output setup is in use and confirm lip-sync with any audio streams. If you encounter issues, recheck cable quality, ensure proper HDMI version compatibility, and consider replacing any non-shielded or poorly terminated Cat6 cables.

Step 7: Fine-tune for the environment. In rooms with bright lighting, adjust display settings for optimal contrast and color. If your installation includes multiple zones or classrooms, consider labeling cables and connectors for easy maintenance and future upgrades. The Eaton Tripp Lite HDMI over Cat6 Extender Kit is designed to be scalable for growing AV configurations in educational facilities or hospitality settings.

Step 8: Documentation and safety. Keep the setup documentation handy for future reference and ensure all mounting conforms to local electrical and safety codes. If you plan to relocate or modify the system, disconnect power before making changes and retest after any adjustments. With careful planning and proper cabling, your 4K HDR experience will deliver crisp visuals and dependable performance across long-distance runs and multiple displays.

Frequently asked questions

• What is the maximum distance supported between transmitter and receiver? Answer: Up to 230 feet (70 meters) over Cat6/Cat6a, enabling flexible placements away from the source while maintaining 4K 60Hz HDR quality.
• Does this extender support 4K 60Hz and HDR? Answer: Yes. It supports 4K at 60Hz with HDR (HDR10), delivering vibrant color and sharp detail for compatible content and devices.
• How many displays can I run with this kit? Answer: The receiver end provides dual HDMI outputs, allowing two displays to be driven from a single source connection without compromising signal integrity.
• Is HDCP 2.2 supported? Answer: Yes. The system is designed to be HDCP 2.2 compliant, ensuring compatibility with current 4K content protection standards.
• Do I need external power, or is PoC sufficient? Answer: The kit supports Power over Cable (PoC) to simplify power delivery, but external power adapters are available for installations where PoC is not feasible or desired.
• Is the product compliant with procurement standards and suitable for government or educational settings? Answer: Yes. The Eaton Tripp Lite Series HDMI over Cat6 Extender Kit is TAA compliant, making it an appropriate choice for institutions and government procurement processes.