Hosa CMR-225 25' 3.5mm to Dual RCA Male Stereo Audio Cable

3.5mm to RCA Stereo Cable for Home and Professional Audio

The Hosa CMR-225 Stereo Breakout Cable is designed to connect devices with a 3.5mm TRS output to audio systems with dual RCA inputs. It allows you to route stereo audio from smartphones, tablets, laptops, media players, and computers into mixers, amplifiers, powered speakers, and home entertainment systems with dependable signal transfer.

Reliable Audio Connection for Media Players and AV Systems

This stereo breakout cable is commonly used to connect portable audio devices to home stereo receivers, PA systems, and recording interfaces. The dual RCA male connectors separate left and right audio channels for proper stereo playback, making it a practical solution for both consumer and professional audio applications.

Oxygen Free Copper for Clear Signal Transfer

Built with oxygen-free copper conductors, the CMR-225 delivers clean and consistent audio with reduced signal loss. This construction helps maintain sound quality across the full length of the cable, making it suitable for longer cable runs where clarity and stability are important.

Spiral Shielding for Noise Reduction

An oxygen-free copper spiral shield surrounds the conductors to reduce electromagnetic and radio frequency interference. This shielding improves flexibility while helping prevent unwanted noise, making the cable reliable in environments with lighting, power cables, and other electronic equipment nearby.

Durable Connectors for Long Term Use

Nickel-plated connectors provide a secure connection and resist corrosion over time. The 3.5mm TRS plug connects easily to portable devices, while the dual RCA male connectors integrate smoothly with standard audio inputs on receivers, mixers, and speakers.

Extended Length for Flexible Setup Options

With a 25-foot cable length, this stereo breakout cable offers generous reach for room layouts, stage setups, and installed AV systems. It allows equipment to be placed where needed without sacrificing signal quality or requiring additional adapters.