Professional gray XLR patch cables built for musicians, DJs, content creators, schools, recording studios, and broadcasters who need reliable balanced connections in their signal chain. This 6-pack of 10-foot cables handles the backbone connections between mixers, processors, and amplifiers where consistent signal transfer matters most.

Each cable delivers balanced audio transmission through 22-gauge oxygen-free copper conductors, maintaining signal integrity across your entire setup. The heavy-duty flexible rubber jacket withstands repeated coiling and transport while protecting the internal wiring from stage wear and road stress.

At 10 feet per cable, these patch cables provide the ideal length for rack-to-rack connections and mixer-to-processor runs without excess cable cluttering your setup. Metal 3-pin XLR connectors (male and female) ensure secure connections that won't work loose during performance. The shielded design prevents noise interference in environments with wireless systems and LED lighting.

Use these cables to connect equalizers to crossovers, send mixer outputs to amplifiers, or create processor chains in your rack system. They're equally effective for extending microphone runs in fixed installations. The 6-pack quantity covers most small-to-medium PA system patching needs.

Standard XLR male-to-female configuration connects directly to any equipment with XLR inputs and outputs. The female connector attaches to your source output and the male connector attaches to your destination input. All six cables ship ready to use with no additional adapters required. Backed by Seismic Audio's one-year warranty with fast shipping to keep your system running.

Technical Specifications

Frequently Asked Questions

What equipment do these XLR patch cables connect?

These cables connect any audio equipment with XLR inputs and outputs, including mixers to equalizers, processors to amplifiers, and crossovers to power amps. They're also used for extending microphone runs. The male-to-female configuration makes them ideal for signal chain patching in professional audio systems.

How many cables do I need for a typical PA system setup?

Most small-to-medium PA systems require 4-6 patch cables for core connections between mixer, processors, and amplifiers. This 6-pack covers typical patching needs, including stereo connections from mixer to EQ, EQ to crossover, and crossover to amplifiers. Larger systems may require additional cables for monitor sends and effects loops.

Can these cables be used as microphone cables?

Yes, these XLR patch cables work perfectly as microphone cables since they use the same balanced 3-pin XLR connection standard. The 10-foot length is ideal for close-mic applications, drum overheads, or extending existing microphone runs. The shielded design and OFC conductors provide the same signal quality required for professional microphone applications.

What's the difference between patch cables and speaker cables?

XLR patch cables like these carry low-level balanced audio signals between audio equipment, while speaker cables carry high-power signals from amplifiers to speakers. Patch cables use smaller gauge wire and XLR connectors, whereas speaker cables use thicker wire with 1/4" or Speakon connectors. Never use XLR patch cables to connect amplifiers directly to passive speakers.

Will these cables work with my existing audio rack setup?

These standard XLR patch cables work with any professional audio equipment using 3-pin XLR connections. The 10-foot length is perfect for rack-to-rack connections and typical equipment spacing in mobile racks or permanent installations. The flexible jacket allows easy routing behind equipment while the metal connectors ensure secure, long-lasting connections in professional environments.

Can these XLR cables be used for DMX lighting applications?

While these XLR cables can physically connect to DMX lighting equipment, they're not specifically designed for DMX signals. Audio XLR cables typically use 75-ohm impedance while DMX512 protocol requires 120-ohm impedance cables. Using audio XLR cables for DMX may work for short runs but can cause signal degradation, data errors, or lighting control issues over longer distances. For reliable DMX applications, dedicated DMX cables with proper impedance matching are recommended. However, for temporary setups or short cable runs where DMX cables aren't available, these may function adequately.

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