Professional XLR patch cables designed for musicians, DJs, podcasters, recording studios, churches, and schools who need reliable balanced connections in their signal chain. The SAXLX-10 6-pack delivers consistent performance for connecting mixers, equalizers, crossovers, and amplifiers in professional audio setups.

Each 10-foot cable features heavy-duty shielded construction that maintains signal integrity across your entire audio path. The flexible rubber jacket stands up to repeated coiling and transport, while 22-gauge oxygen-free copper conductors ensure clean signal transmission from source to destination.

Metal 3-pin XLR connectors provide secure male and female connections that lock firmly into place on professional audio gear. The female connector attaches to your source output and the male connector attaches to your destination input. The 10-foot length offers flexibility for rack-mounted processors, stage monitoring setups, and front-of-house configurations without excess cable creating clutter. Shielding protects against interference from lighting systems and power sources commonly found in live environments.

These balanced XLR cables work equally well for connecting outboard gear in recording studios, linking processing equipment in installed sound systems, or running microphone lines to mixing consoles. The purple jacket makes cable identification simple in complex setups where multiple signal paths converge. Six cables in one pack means you can wire an entire effects rack or create a complete monitor send system.

Standard 3-pin XLR connectivity works with all professional audio equipment using balanced connections. Seismic Audio backs these cables with a one-year warranty and ships them ready to integrate into your existing signal chain.

Technical Specifications

Frequently Asked Questions

What audio equipment do these XLR patch cables connect?

These balanced XLR patch cables connect mixers, equalizers, crossovers, amplifiers, and any professional audio gear with 3-pin XLR inputs and outputs. They work for linking outboard processors, connecting monitor sends, or routing signals between rack-mounted equipment. You can also use them as microphone cables.

How many cables do I need for a typical live sound setup?

A basic 4-channel mixer setup typically needs 2-4 XLR patch cables for connecting outboard gear like compressors or EQs. Larger setups with multiple processors, monitor sends, and effects units often require 6-8 cables. This 6-pack covers most small to medium setups where you're connecting several pieces of rack gear.

Will 10-foot cables work for my equipment rack configuration?

Ten-foot cables provide enough length for connecting equipment within a single rack or between adjacent racks without excess cable creating signal path clutter. They work well for front-of-house setups, stage monitor processing, and studio outboard gear connections. For longer runs between stage and mixing position, consider 25-foot or 50-foot options.

What's the difference between these patch cables and regular microphone cables?

These are functionally identical to microphone cables - same 3-pin XLR connectors, same balanced signal path, same shielding. The main difference is intended use: patch cables typically stay connected between permanent equipment, while mic cables get plugged and unplugged frequently. The heavy-duty jacket handles both applications equally well.

Can I use these cables for DMX lighting control?

While these XLR cables physically connect to DMX lighting fixtures, there are technical considerations. DMX requires 120-ohm impedance cables, while audio XLR cables like these are 75-ohm. This impedance mismatch can cause signal reflections and data errors in complex DMX chains, potentially leading to unreliable fixture control or dropouts. For short DMX runs with just a few fixtures, they may work adequately, but dedicated 120-ohm DMX cables are recommended for professional lighting installations to ensure reliable data transmission and prevent troubleshooting headaches.

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