Tripp Lite P568F-10M-8K6 8K Hdmi Active Optical Cable

Product Description

The TRIPP LITE P568F-10M-8K6 is an active optical HDMI cable engineered to carry 8K video signals over fiber optic construction. Active optical cable (AOC) technology uses internal electronics to drive the signal, allowing longer runs without the signal degradation common to passive copper HDMI cables. This cable is suited for installations requiring high-bandwidth 8K resolution in commercial AV systems, home theater builds, and professional display environments. It is typically installed by AV integrators, low-voltage technicians, and electricians working with structured media systems.

This cable is designed for applications where long-distance 8K HDMI signal transmission is required. It fits scenarios such as digital signage installations, large-format display arrays, broadcast monitoring setups, and high-end home theater rooms where source equipment is located far from the display. The fiber optic core allows the cable to be routed through tight conduit or over longer distances while maintaining signal integrity at 8K resolution.

Key Features

• Active optical construction supports 8K resolution over extended cable lengths
• Fiber optic core reduces signal loss compared to passive copper HDMI cables
• 10-meter cable length accommodates source-to-display runs in larger rooms or rack-to-display scenarios
• HDMI form factor maintains compatibility with standard HDMI display inputs and source outputs
• Designed for low-voltage AV installations in commercial and residential settings

Compatibility

Designed as an active optical replacement for passive HDMI cables in 8K-capable display systems with standard HDMI ports.

Installation Notes

This cable is installed by low-voltage AV technicians or licensed electricians following applicable NEC low-voltage wiring guidelines. Power down all connected equipment before connecting or disconnecting the cable. Active optical cables have a defined directionality — verify source and display ends before routing. Do not bend the cable beyond its minimum bend radius, as fiber optic cores can be damaged by sharp bends during pull-through installation.