Comprehensive Connectivity MPS-MPS-75P 3.5mm Cable 75 Feet

Product Description

The Comprehensive Connectivity Co. MPS-MPS-75P is a 3.5mm mini stereo audio cable measuring 75 feet in length. It connects audio sources and destinations using standard 3.5mm connectors at both ends, making it a practical solution for longer audio signal runs where a short patch cable will not reach. Audio technicians, AV installers, and low-voltage integration professionals typically deploy this cable in permanent or semi-permanent signal routing applications. The 75-foot length suits installations where equipment racks, mixing consoles, or source devices are located at a distance from speakers, amplifiers, or recording inputs.

This cable is suited for residential and commercial AV installations where a 3.5mm mini stereo connection is required over an extended run. Typical applications include conference room audio, classroom sound systems, installed sound reinforcement, and equipment rack integration. The full 75-foot run reduces or eliminates the need for intermediate adapters or cable couplers in most standard installation scenarios.

Key Features

• 3.5mm mini stereo connectors at both ends for direct source-to-destination wiring
• 75-foot length supports long signal runs without intermediate coupling
• Sold as a single unit, ready for immediate deployment
• Designed for installed AV and low-voltage audio applications

Compatibility

Designed as an OEM-style replacement or standard installation cable for any device or system accepting a 3.5mm mini stereo audio connection.

Installation Notes

Installation is performed by licensed AV integrators or low-voltage technicians. Power down or mute connected audio equipment before making or breaking signal connections to prevent transient noise damage to downstream components. Route cable away from AC power lines and transformers to minimize electromagnetic interference on the audio signal. Secure the cable along its run using appropriate cable management hardware to prevent mechanical stress at the connector terminations.