Professional XLR patch cables built for musicians, DJs, sound engineers, podcasters, churches, and recording studios who need reliable balanced connections between mixers, processors, and amplifiers. Each cable in this 6-pack features metal 3-pin XLR connectors (male to female) with secure locking mechanisms that won't pull loose during performances.

These 6-foot balanced cables handle professional audio signals between mixing consoles, equalizers, crossovers, amplifiers, and outboard processors. The heavy-duty flexible rubber jacket protects against wear while remaining easy to coil and transport. Shielded construction with 22-gauge oxygen-free copper conductors ensures clean signal transfer without noise or dropouts.

The 6-foot length works perfectly for equipment racks, short runs between stage boxes and mixers, or connecting processors in mobile DJ setups. Gray color coding helps with cable management in complex installations. Each cable uses the standard XLR pinout (pin 1 ground, pin 2 hot, pin 3 cold) for compatibility with all professional audio gear. The female connector attaches to your source output and the male connector attaches to your destination input.

Use these for connecting wireless receiver outputs to mixers, linking equalizers to power amplifiers, or creating sends to monitor systems. They also work as microphone cables for vocal mics or instrument pickups. Perfect for churches, small clubs, corporate events, and mobile DJ rigs where short, reliable connections matter more than long cable runs.

Each cable comes ready to use with molded strain relief at both ends. The complete 6-pack gives you enough cables for most small to medium PA system setups. Backed by Seismic Audio's one-year warranty with fast shipping direct from our warehouse.

Technical Specifications

Frequently Asked Questions

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

XLR patch cables and microphone cables use identical connectors and wiring, so they're completely interchangeable. The main difference is intended use - patch cables typically come in shorter lengths for connecting equipment in racks, while mic cables are usually longer for stage-to-mixer runs. These 6-foot cables work perfectly for either application.

Can I use these cables to connect my mixer to powered speakers?

These cables work if your powered speakers have XLR inputs, but check your mixer's outputs first. Many small mixers only have 1/4-inch or RCA outputs, which would require different cables. If both your mixer and speakers have XLR connections, these will deliver clean, balanced audio with excellent noise rejection.

How many cables do I need for a basic DJ or band setup?

A typical mobile DJ setup needs 2-4 XLR cables for main speaker connections, plus extras for monitors or processors. Small bands usually need 4-6 cables for mixer-to-speaker connections and monitor sends. This 6-pack covers most basic setups with a couple spares for emergency replacements.

Can I use these XLR cables with DMX lighting controllers?

While XLR cables can physically connect to DMX lighting equipment, audio cables aren't ideal for DMX applications. Audio XLR cables typically have 75-ohm impedance, while DMX requires 120-ohm impedance for proper signal transmission. Using audio cables for DMX can cause signal reflection, data corruption, and intermittent lighting glitches. For reliable DMX control, dedicated DMX cables with proper impedance matching are recommended, though these audio cables may work for short runs in emergency situations.

What are the best applications for these 6-foot cables?

The 6-foot length is perfect for equipment racks, small stages, and mobile setups where gear stays close together. Think coffee shops, small wedding receptions, corporate presentations, or house of worship installations with compact sound systems. Also ideal for connecting outboard processors, wireless receivers to mixers, or creating monitor sends in compact setups.

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