Mogami GOLD 3.5mm TRS to Dual RCA Stereo Cable – 15 ft, Gold Contacts

Premium signal quality for every connection

The Mogami GOLD 3.5mm TRS to dual RCA cable is designed to preserve your source’s clarity from the first click of the play button to the final note. Built with Mogami’s renowned Gold series construction, this cable emphasizes low-noise signal transfer and consistent performance across sessions, helping you capture or reproduce precise audio with confidence.

Featuring gold-plated contacts, a sturdy 15-foot length, and straight connectors, it’s built to handle stage, studio, and home setups alike. The cable uses the same high-end mic, instrument, and multi-channel interface design you’ll find in world-class studios, backed by Mogami’s lifetime warranty for long-term reliability.

Why engineers and performers choose Mogami Gold

• Gold-plated contacts for reliable, corrosion-resistant connections.
• Low-loss signal transfer that helps maintain source detail and dynamic range.
• Durable, consistent manufacturing quality for repeatable results.
• 15-foot length offers flexible routing for stage, studio, and home setups.
• Versatile 3.5 mm TRS to dual RCA configuration for connecting portable devices to larger inputs.

Real-life setups and use cases

Use this cable to route a laptop, smartphone, or tablet output into a mixer, PA system, or home stereo with ease. Ideal for recording, rehearsal spaces, or live performances where clean, quiet signal paths matter. Its straight connectors and robust build help minimize accidental unplugging during busy sessions.

• During live performances, connect a mobile device to a mixer for backing tracks or cue audio.
• In the studio, feed a computer’s 3.5 mm output into an external interface or monitor system for review and dialing in levels.
• For home audio setups, link portable players to a stereo receiver or powered speakers without extra adapters.

Note: While the cable is designed for clear, dependable transfer, outcomes can vary with external equipment and environment. Consider this as a solid option for improving signal integrity in many common routing scenarios.