Kramer Electronics 92-7101025 15-pin Hd Cable 25 Ft

Product Description

The KRAMER ELECTRONICS 92-7101025 is a 15-pin HD male-to-male cable designed for AV signal transmission in professional and commercial installations. This cable features a standard 15-pin high-density connector on both ends, making it suitable for connecting video sources, distribution equipment, and display devices where a reliable analog signal path is required. At 25 feet in length, it spans typical rack-to-display and source-to-switcher runs without the need for additional extension hardware. AV technicians and systems integrators rely on this cable type for straightforward point-to-point connections in signal processing setups.

This cable is intended for use in commercial and residential AV environments where 15-pin HD connectivity is required. Common applications include connecting desktop or rack-mounted video signal processing equipment, switchers, and distribution amplifiers to displays or downstream devices. It is sold as a single unit and is well suited for new installations as well as service replacements in existing AV infrastructure.

Key Features

• 15-pin high-density (HD) male connector on both ends for direct device-to-device connections
• 25-foot cable length suitable for standard rack-to-display runs
• Designed for AV signal processing applications in commercial and residential systems
• Single-unit packaging for individual installation or replacement use

Compatibility

Designed as a direct-connect cable for AV signal processing equipment using 15-pin HD male interface connections. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation is typically performed by a licensed AV technician or systems integrator. Power down all connected equipment before connecting or disconnecting signal cables to prevent damage to source or display devices. Secure connectors firmly by hand and avoid over-tightening thumbscrews. Route cables away from high-voltage AC lines to minimize interference in the signal path.