Eaton Tripp Lite P568FMM-40M-8K6 131' HDMI Active Optical Fiber Cable with Detachable Connectors, 8K UHD, Black

Get reliable, long-distance 8K video and multichannel audio for commercial AV, security monitoring and high-performance home theater with the Eaton Tripp Lite P568FMM-40M-8K6 HDMI Active Optical Fiber Cable. This active optical HDMI cable converts signals to fiber for lossless transmission up to 131' (40 m), so displays, projectors and surveillance monitors receive full 8K UHD resolution, HDR color and Dolby 7.1 surround without degradation or lag. With 48 Gbps bandwidth and 4:4:4 chroma support, it preserves critical color detail for PC-over-HDMI workflows, video walls and mission‑critical monitoring. Installers will appreciate the slim, flexible PVC jacket and detachable HDMI-to-micro-HDMI adapters that make conduit pulls and tight routing simpler while reducing labor. The cable draws power from connected devices—no external power required—and gold-plated contacts plus double shielding minimize EMI/RFI interference in security rooms and networking closets. Note the directional design: confirm Source and Display labels before installation. Upgrade your AV, surveillance or digital signage deployment with an 8K-ready cable engineered for long runs—order the Eaton Tripp Lite HDMI Active Optical Fiber Cable today and simplify large-scale installations.

• Deliver pristine 8K UHD picture and Dolby 7.1 audio across long runs, so large rooms, digital signage and control rooms look and sound their best
• Active optical design transmits HDMI up to 131' (40 m) with zero signal loss or added latency — ideal for AV, security and surveillance installations
• Slim, flexible fiber cable with detachable Type A/Type D adapters eases conduit pulls and wall routing, reducing install time and labor costs
• Supports HDR, 4:4:4 chroma and 48 Gbps bandwidth for accurate color reproduction and low-latency gaming or monitoring applications
• Gold-plated contacts and double shielding protect signal integrity in EMI/RFI-prone environments for reliable, long-term performance