Eaton Tripp Lite BHDBT-K-E3SI-LR HDBASET HDMI Over CAT5/6/6A Extension

Deliver crystal‑clear 4K video and full device control across long distances with the Eaton Tripp Lite BHDBT-K-E3SI-LR HDMI over Cat5/6/6A extender kit. This HDBaseT video extender package extends uncompressed HDMI audio/video, RS‑232 serial and two‑way IR control up to 328 feet using a single Cat5e/6/6A cable—perfect for conference rooms, digital signage, security and surveillance monitoring. The kit supports UHD 3840 x 2160 resolution and 7.1‑channel surround (including DTS‑HD and Dolby TrueHD) so you preserve image and audio fidelity at the remote display.

Integrated networking makes deployment more efficient: three 10/100 Ethernet ports on both transmitter and receiver provide LAN passthrough for connected devices, enabling streaming, updates and remote access without extra switches. Locking HDMI ports and HDBaseT reliability reduce cable failures in mission‑critical installations, while plug‑and‑play operation minimizes setup time. With RS‑232 at up to 115 Kbps and bi‑directional IR, you maintain full control of source and display equipment from either end.

Choose the BHDBT-K-E3SI-LR for professional AV, monitoring and security applications—contact us to discuss deployment or order your extender kit today.

• Extend 4K video, audio and control up to 328 ft over a single Cat5e/6/6A cable for clean, long‑reach A/V and surveillance deployments
• Built‑in LAN passthrough with three 10/100 Ethernet ports on TX/RX enables networked devices and streaming at remote locations
• Two‑way IR and RS‑232 control (up to 115 kbps) keeps displays, players and serial devices manageable from either end—ideal for monitoring and digital signage
• Supports UHD 3840 x 2160, 7.1 surround, DTS‑HD and Dolby TrueHD for high‑quality video and audio distribution
• Locking HDMI ports and HDBaseT reliability reduce downtime and cable disconnections in critical installations
• Plug‑and‑play design simplifies integration into security, conferencing, and commercial AV systems without complex configuration