Kramer Electronics 96-02121001 Usb 2.0 Extension Cable

Product Description

The KRAMER ELECTRONICS 96-02121001 is a USB 2.0 Type-A male to Type-A female extension cable designed to extend the reach of existing USB 2.0 connections. It provides a straightforward pass-through link between a USB host port and a connected device, maintaining USB 2.0 signal integrity along the extended run. This cable is suited for AV signal processing environments and general IT or low-voltage installation work where additional cable length is needed at a USB port. Electricians, AV integrators, and systems technicians commonly use this type of accessory when rack-mounted equipment or wall-plate installations require extended USB connectivity.

This extension cable is appropriate for residential and commercial AV installations, IT closets, and workstation setups where a USB 2.0 device cannot reach the host port directly. Typical applications include extending keyboard, mouse, USB drive, or peripheral device connections at presentation systems, control consoles, and AV racks. It is sold as a single unit and is compatible with any USB 2.0 Type-A host port.

Key Features

• USB 2.0 Type-A male to Type-A female configuration for direct port extension
• Maintains USB 2.0 standard signal throughput over the extended connection
• Compact, single-unit accessory suited for AV and IT rack environments
• Designed for AV signal processing accessory applications

Compatibility

Designed as a standard USB 2.0 Type-A extension accessory compatible with any USB 2.0 Type-A host port and USB 2.0 peripheral devices.

Installation Notes

Installation requires no tools beyond hand-tightening the USB connectors at each end. Ensure the host device is powered down or the USB port is inactive before connecting or disconnecting to avoid data transfer interruption. Follow applicable low-voltage wiring guidelines and AV system documentation when integrating into rack or wall-plate assemblies. Do not daisy-chain multiple passive USB extension cables beyond USB 2.0 specification limits, as signal degradation may result.