Professional XLR patch cables designed for live sound engineers, DJ setups, and permanent installations where color-coded signal routing matters. This 6-pack of red cables helps you organize complex audio systems with instant visual identification of specific signal paths.

Each 10-foot XLR cable delivers balanced audio transmission between mixers, amplifiers, processors, and other professional audio gear. The metal 3-pin connectors (male to female) ensure secure connections that won't fail during critical performances, while the heavy-duty rubber jacket withstands the rigors of touring and permanent installation.

Built with 22-gauge oxygen-free copper conductors and comprehensive shielding for clean signal transmission. The 10-foot length provides flexibility for rack-to-rack connections, stage box to mixer runs, or connecting processors in equipment racks without excess cable clutter.

Red cables work perfectly for organizing monitor feeds, effects sends, or any dedicated signal path you need to identify quickly during setup or troubleshooting. Whether you're connecting a digital mixer to amplifiers, linking crossover outputs to power amps, or routing signals through your effects rack, color-coded cables eliminate guesswork in complex systems.

Standard XLR connections work with all professional audio equipment including mixers, amplifiers, equalizers, crossovers. The female connector attaches to your source output and the male connector attaches to your destination input. Perfect for musicians, DJs, sound engineers, podcasters, churches, and recording studios. The pack includes six identical cables ready to use out of the box.

Seismic Audio backs these professional patch cables with a one-year warranty. Ships fast to keep your audio projects moving forward without delay.

Technical Specifications

Frequently Asked Questions

What audio equipment do these XLR cables connect?

These balanced XLR patch cables connect mixers, amplifiers, equalizers, crossovers, compressors, and other professional audio gear with XLR inputs and outputs. They work with both analog and digital audio equipment. The male-to-female configuration handles standard signal routing between rack-mounted processors and mixing consoles.

Why choose red cables instead of standard black?

Red cables provide instant visual identification of specific signal paths in complex audio systems. Many engineers use red for monitor feeds, effects sends, or critical signal routing that needs quick identification during setup or troubleshooting. Color-coded cables eliminate guesswork and reduce setup time in permanent installations and touring rigs.

Are 10-foot cables the right length for rack connections?

Ten feet works well for most equipment rack configurations, mixer-to-amplifier connections, and stage box routing. This length provides flexibility without excess cable that creates clutter, while being long enough for most standard audio equipment spacing. For longer runs between FOH and stage, consider 25-foot or 50-foot cables.

Can I use these cables for microphones?

Yes, these XLR cables work perfectly for microphone connections since they use the same balanced 3-pin XLR standard as dedicated mic cables. The 22-gauge conductors and shielding provide clean signal transmission for both dynamic and condenser microphones. Many engineers prefer color-coded cables to organize different mic channels.

Do these cables work with DMX lighting systems?

While these XLR cables can physically connect to DMX lighting fixtures and controllers, there are important technical considerations. Audio XLR cables are typically 75-ohm impedance while DMX signals are designed for 120-ohm impedance cables. This impedance mismatch can potentially cause signal reflections, data errors, or intermittent lighting control issues, especially on longer cable runs. For occasional short-distance DMX use, these cables may function adequately, but dedicated DMX cables with proper 120-ohm impedance are recommended for reliable lighting control systems.

WARNING: This product can expose you to chemicals including Di(2-ethylhexyl)phthalate (DEHP), which is known to the State of California to cause cancer. For more information, go to: www.P65Warnings.ca.gov