Binary B-USB2-EXTAAP-20 Usb 2.0 a Male to Female Cable

Product Description

The BINARY B-USB2-EXTAAP-20 is a USB 2.0 Type-A male to Type-A female extension cable rated for runs up to 20 meters. It is designed to extend the reach of USB 2.0 devices where short stock cables fall short of the installation point. The cable terminates with a standard Type-A male connector on one end and a Type-A female pass-through on the other, allowing a downstream USB device to connect as if plugged directly into the source port. Installers working in AV, control systems, or structured wiring applications will find this cable suited for runs that exceed typical desktop lengths.

This cable is intended for commercial and residential installations where USB 2.0 signal extension is required over long distances. Common applications include connecting USB control devices, HID peripherals, or AV system components to host equipment mounted in racks, closets, or remote enclosures. The 20-meter length makes it practical for conference rooms, classrooms, and similar installed environments where source equipment and endpoints are separated by a significant distance.

Key Features

• USB 2.0 Type-A male to Type-A female extension configuration
• 20-meter cable length for long-distance USB runs
• Sold as a single unit, ready for installation
• Interconnect cable category — suited for structured AV and control wiring

Compatibility

Designed as a USB 2.0 Type-A extension cable compatible with any host or device using a standard Type-A USB 2.0 interface. No specific model compatibility data was provided with this product.

Installation Notes

This cable should be installed by a qualified AV technician or low-voltage systems integrator. Verify that total USB cable run length, including any upstream cabling, does not exceed USB 2.0 specification limits for reliable signal integrity. Route away from high-voltage wiring and EMI sources to maintain signal quality. Power down connected equipment before disconnecting or reconnecting USB cables to avoid device faults.