Binary B-USB2-EXTAA-15 Usb 2.0 A-a Extension Cable

Product Description

The BINARY B-USB2-EXTAA-15 is a USB 2.0 Type-A male to Type-A female extension cable measuring 15 meters in length. It is designed to extend the reach of an existing USB 2.0 connection between a host device and a peripheral, such as a keyboard, mouse, scanner, or other low-power USB device. This cable is suited for AV integration, control system wiring, and structured interconnect applications where additional cable run length is required. Installation is typically handled by low-voltage technicians and AV or systems integrators working in residential or commercial environments.

The B-USB2-EXTAA-15 is used in applications where the native cable length of a USB peripheral falls short of reaching the host device or distribution point. Common scenarios include conference room AV setups, digital signage installations, and control system deployments. The 15-meter run length accommodates longer in-wall or under-desk routing without the need for an active repeater in standard low-power USB applications.

Key Features

• USB 2.0 Type-A male to Type-A female passive extension cable
• 15-meter cable length for extended peripheral reach
• Sold as a single cable unit (each)
• Passive construction suitable for low-power USB peripherals
• Designed for structured interconnect and AV integration applications

Compatibility

Designed as a standard USB 2.0 Type-A passive extension cable for use with USB 2.0 host ports and compatible peripherals in residential and commercial low-voltage installations.

Installation Notes

This cable is installed by low-voltage technicians or AV integrators and requires no special tools beyond standard cable management hardware. At 15 meters, signal integrity should be verified for the specific peripheral load, as USB 2.0 passive cables at this length may experience degradation with higher-power or higher-bandwidth devices. Power down or disconnect host equipment before connecting or disconnecting USB cables to avoid port damage. Route away from high-voltage conductors in accordance with applicable low-voltage wiring guidelines.