The SASPC5n 10-pack delivers professional-grade TRS patch cables for studio engineers, live sound technicians, and mobile performers who need reliable balanced connections throughout their signal chain. These 5-foot cables handle the critical connections between mixers, equalizers, compressors, effects units, and amplifiers where signal integrity matters most. Each cable features balanced TRS 1/4" connectors on both ends, maintaining proper signal levels and reducing noise in professional audio applications. The 5-foot length provides the flexibility needed for rack-mounted gear connections while keeping cable runs organized and manageable. Built with 22-gauge oxygen-free copper conductors, these patch cables deliver clean signal transfer in demanding live sound and studio environments. The multi-color pack helps technicians organize complex signal routing—use different colors for sends, returns, and monitor feeds to speed up troubleshooting and system management. Perfect for connecting outboard gear in recording studios, setting up monitor mixes for live bands, or routing signals in church sound systems and DJ setups. The balanced design makes these cables essential for any professional audio installation where you need to maintain signal quality over longer cable runs between rack-mounted processors. Each 10-pack includes multiple cable colors for easy signal identification. All connections are TRS 1/4" male to TRS 1/4" male, ready to connect balanced professional audio equipment without adapters or converters. Seismic Audio backs these patch cables with a one-year warranty, and they ship fast so you can get your signal chain connected properly without delay. Technical Specifications Spec Value Connector Type TRS 1/4" Male to TRS 1/4" Male Cable Length 5 feet Conductor Gauge 22 AWG Conductor Material Oxygen-Free Copper (OFC) Cable Type Balanced TRS Quantity Multi-Colored 10 Pack Colors Multiple Colors Warranty 1 Year Recommended For Studio patch bays, rack gear connections, balanced audio routing Frequently Asked Questions What's the difference between TRS and TS patch cables? TRS (tip-ring-sleeve) cables carry balanced audio signals, which reduces noise and interference compared to TS (tip-sleeve) unbalanced cables. TRS patch cables are essential for professional studio and live sound applications where you're connecting balanced equipment like mixers, compressors, and effects processors. The balanced design maintains signal integrity over longer cable runs and in electrically noisy environments. Can I use these cables to connect my guitar to an amplifier? These TRS patch cables are designed for balanced line-level connections between professional audio equipment, not instrument-level signals. For guitar-to-amp connections, you need unbalanced TS instrument cables. These TRS cables work best connecting mixers to equalizers, compressors to effects units, or any balanced professional audio gear in your signal chain. How many people can hear a sound system connected with these patch cables? The patch cables themselves don't determine venue capacity—that depends on your amplifiers and speakers. However, these balanced TRS cables are commonly used in professional sound systems serving anywhere from 50-person conference rooms to 500+ person venues. The balanced design ensures clean signal transfer regardless of your system's power level. What equipment connects with TRS 1/4" patch cables? These cables connect professional audio equipment with balanced 1/4" TRS inputs and outputs, including mixing consoles, graphic equalizers, compressor/limiters, reverb units, crossovers, and powered speakers with balanced inputs. Most professional rack-mounted audio processors use TRS connections for line-level signals, making these cables essential for any serious audio setup. Why does this pack include multiple colors? Different colored cables help organize complex signal routing in studios and live sound setups. Use one color for effects sends, another for returns, and a third for monitor feeds—this makes troubleshooting faster and prevents accidentally unplugging the wrong connection during performances. The color coding system is especially valuable in permanent installations like churches or venues with multiple signal paths.
