Tripp Lite U026-10M Usb 2.0 Extension Cable 33 Feet

Product Description

The TRIPP LITE U026-10M is a USB 2.0 hi-speed extension cable rated for full 480 Mbps data transfer at a full run length of 33 feet (10 meters). It extends an existing USB connection between a host device and a peripheral without requiring an additional hub or repeater within its rated distance. This cable is used in networking equipment setups, AV installations, and workstation environments where USB peripherals must be positioned at a greater distance from the host. Installation is handled by IT technicians, AV integrators, and electricians supporting structured cabling projects.

This cable suits commercial and residential deployments where standard USB cord lengths fall short. Typical applications include connecting USB peripherals such as scanners, printers, webcams, and input devices to a workstation or control system located across a room. The 33-foot run is appropriate for conference rooms, service counters, and industrial workstations. It is sold as a single unit and is ready to install out of the package with no additional hardware required.

Key Features

• 33-foot (10-meter) run length extends USB 2.0 connections beyond standard cable reach
• USB 2.0 hi-speed specification supports up to 480 Mbps data transfer
• Single-unit packaging, no additional components required for installation
• Suited for networking equipment environments per supplier category classification

Compatibility

Designed as a standard USB 2.0 Type-A extension cable for use with USB 2.0 and USB 1.1 compatible host devices and peripherals.

Installation Notes

This cable is installed by IT technicians, AV integrators, or electricians during peripheral and structured cabling deployments. No tools are required for termination since connectors are factory-installed. Ensure the total cable run from host to peripheral does not exceed USB 2.0 specification limits when daisy-chaining with other cables or hubs. Route cable away from high-voltage power lines to reduce electromagnetic interference.