Professional XLR patch cables designed for musicians, DJs, podcasters, churches, recording studios, and mobile entertainers who need reliable signal routing in tight rack spaces and control surfaces. The SAXLX-2 Yellow 6-pack delivers consistent balanced audio connections for mixers, equalizers, crossovers, and amplifiers.

Each 2-foot cable features metal 3-pin XLR male to female connectors that lock securely and maintain clean signal transfer between gear. The bright yellow jacket makes cable identification simple during setup and troubleshooting in low-light venues.

Built with 22-gauge oxygen-free copper conductors and shielded construction, these patch cables handle professional audio signals without noise or interference. The heavy-duty flexible rubber jacket protects against wear from repeated plugging and unplugging during mobile setups.

Perfect for connecting outboard processors in equipment racks, linking mixer outputs to amplifier inputs, or creating custom signal chains for PA systems. These short runs work well in control rooms, DJ booths, and anywhere gear sits close together. The 2-foot length minimizes cable clutter while providing enough reach for most rack configurations.

Yellow color coding helps organize complex audio setups where multiple signal paths need visual identification. Can also serve as microphone cables for close-mic applications.

To connect properly, attach the female connector to your source output and the male connector to your destination input.

Seismic Audio backs each cable with a one-year warranty and ships nationwide. Professional-grade construction at a practical price point for working audio professionals.

Technical Specifications

Frequently Asked Questions

What are XLR patch cables used for in live sound setups?

XLR patch cables connect balanced audio equipment like mixers, equalizers, crossovers, and amplifiers. The 2-foot length works perfectly for rack-mounted gear where components sit close together, eliminating excess cable that creates clutter and signal degradation.

Can these cables work as microphone cables?

Yes, these XLR cables can function as microphone cables for close-mic applications where you need a short run. However, most microphone applications require longer cables - these 2-foot lengths are primarily designed for equipment patching rather than mic-to-mixer connections.

How do I organize multiple XLR cables in a rack setup?

The yellow color coding helps identify specific signal paths in complex audio systems. Use different colored XLR cables for different functions - yellow for effects sends, black for main outputs, etc. This visual organization saves time during setup and troubleshooting.

Are these cables suitable for permanent installations?

These patch cables work well for permanent rack installations in studios, houses of worship, and broadcast facilities. The heavy-duty rubber jacket and quality connectors handle repeated use, while the 2-foot length minimizes rack space and keeps connections organized.

What's the difference between patch cables and regular XLR cables?

Patch cables are shorter cables designed for connecting equipment that sits close together, typically in racks or control surfaces. Regular XLR cables are longer for spanning greater distances. These 2-foot patch cables reduce clutter and provide just enough length for most rack configurations without excess cable.

Can these XLR cables be used for DMX lighting applications?

While these cables have the correct 3-pin XLR connectors used in DMX systems, using audio cables for DMX is not recommended. DMX requires 120-ohm impedance cables, while audio XLR cables like these are typically 75-ohm. This impedance mismatch can cause signal reflections, data errors, and unreliable lighting control, especially over longer runs or in complex lighting networks. For proper DMX performance, use cables specifically designed for digital lighting protocols.

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