Tripp Lite U444F3-10M-H4K6 Usb to Hdmi Aoc 10M 4K

Product Description

The TRIPP LITE U444F3-10M-H4K6 is an active optical cable designed to extend a USB source signal to an HDMI display over a distance of 10 meters (approximately 32.8 feet). Active optical cable (AOC) construction uses fiber optic transmission inside a standard cable jacket, allowing longer runs with no signal degradation compared to passive copper cables. This cable is suited for AV integrators, IT professionals, and facility technicians connecting laptops, workstations, or other USB-enabled sources to 4K HDMI displays in conference rooms, classrooms, and commercial installations.

This cable is appropriate for fixed-installation environments where a 10-meter run between source and display is required. Typical use cases include boardroom AV setups, digital signage, and training room display connections where the source device is positioned far from the screen. The USB input side draws power from the host device, eliminating the need for a separate power supply in most deployments.

Key Features

• Active optical cable construction enables 10-meter runs without signal loss
• USB to HDMI conversion supports 4K resolution output
• Bus-powered from the USB host — no external power adapter required
• Single-cable solution simplifies installation in fixed AV environments
• Designed for professional AV and IT integration applications

Compatibility

Designed as an OEM-style replacement or standard-fit active optical cable for USB-equipped source devices outputting to HDMI displays in commercial AV and IT infrastructure applications.

Installation Notes

Installation is typically performed by AV integrators or IT technicians. Power down or sleep the source device before connecting the cable to avoid enumeration issues. Route the cable through conduit or cable management raceways to protect the optical fiber core from sharp bends or crushing. Do not exceed the minimum bend radius specified by the manufacturer, as fiber optic cables are more sensitive to physical stress than standard copper cables.