The SATRXL-M3 8-pack provides balanced XLR male to 1/4" TRS patch cables designed for connecting pro audio gear with different connector types. These 3-foot cables bridge the gap between mixers, equalizers, crossovers, compressors, and amplifiers when your rack gear uses mixed connection standards.

Each cable delivers balanced signal transmission using 22-gauge oxygen-free copper conductors wrapped in a heavy-duty flexible rubber jacket for reliable performance in live sound environments. The metal XLR connectors and 1/4" TRS plugs with high-grade fiberglass insulators provide secure connections that won't fail during critical performances.

The 3-foot length works well for rack-mounted gear spacing while keeping cable runs neat and manageable. Shielded construction protects your audio signals from interference in electrically noisy venues. The black finish maintains a professional appearance in any setup.

These cables excel in band rehearsal rooms, church sound systems, and DJ setups where you're mixing different brands of gear with varying connector types. Recording studios often stock these for patching between vintage and modern equipment. Mobile sound reinforcement companies use them to adapt between mixer outputs and processor inputs when building custom PA configurations.

This 8-pack connects directly between XLR outputs and 1/4" TRS inputs without requiring adapters or additional hardware. Each cable comes ready to use straight from the package.

Backed by Seismic Audio's one-year warranty with fast shipping to get your signal chain connected and running.

Technical Specifications

Frequently Asked Questions

What equipment do these XLR to TRS cables connect?

These cables connect gear with XLR outputs to equipment with 1/4" TRS inputs, commonly found when patching mixers to equalizers, crossovers, compressors, or amplifiers. Many mixers have XLR main outputs while rack processors use 1/4" TRS inputs, making these cables essential for building complete signal chains. They're also useful for connecting microphone preamps to audio interfaces or recording equipment.

Are these cables balanced and do they maintain signal quality?

Yes, these are fully balanced cables that maintain professional signal integrity throughout the connection. The XLR male to 1/4" TRS configuration preserves the balanced signal path, reducing noise and interference compared to unbalanced connections. The 22-gauge oxygen-free copper conductors and shielded construction protect your audio from electrical interference in live sound environments.

How many venues or applications can an 8-pack handle?

An 8-pack typically covers the patching needs for a complete band PA system or small to medium church sound setup serving 100-400 people. Mobile DJs often use 4-6 cables to connect their mixer to processors and amplifiers, making this pack ideal for professional mobile rigs. Recording studios keep these on hand for various patching scenarios between different pieces of gear.

Will these work with my specific mixer and amplifier combination?

These cables work with any equipment that has XLR male outputs and 1/4" TRS inputs, regardless of brand. Check that your source device has 3-pin XLR male outputs and your destination equipment has 1/4" TRS (tip-ring-sleeve) inputs, not TS (tip-sleeve) inputs. Most professional mixers, preamps, and processors use these standard connector types for balanced audio connections.

How does the 3-foot length work for rack-mounted equipment?

The 3-foot length is ideal for standard 19-inch rack configurations, providing enough cable to route between units mounted several rack spaces apart without excess slack. This length keeps your rack neat and organized while allowing flexibility for equipment positioning. For longer runs between racks or across rooms, you'll want longer cables, but 3 feet handles most rack-to-rack patching needs perfectly.

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