The SAXLX-3 Green 6-pack delivers professional XLR patch cables for studios and mobile rigs where color-coded signal routing matters. These 3-foot balanced cables handle the short runs between rack gear, mixers, and processors where organization and signal integrity are essential.

Each cable features male to female 3-pin XLR connectors with metal housings that lock securely into equipment. The 22-gauge oxygen-free copper conductors maintain clean signal transmission between outboard gear, while the shielded design prevents interference in complex audio environments.

The heavy-duty rubber jacket withstands repeated connection cycles and cable management without cracking or memory coil. At 3 feet, these cables provide the ideal length for rack-to-rack connections and mixer patch bays without excess slack cluttering your setup. The bright green color makes signal tracing quick during live sound checks and studio sessions.

Connect mixers to equalizers, crossovers to amplifiers, or use them for microphone runs. The balanced XLR connection works with any professional audio equipment using standard 3-pin XLR inputs and outputs. The female connector attaches to your source output and the male connector attaches to your destination input. Six cables give you enough for a complete outboard rack or multiple microphone setups.

These cables serve musicians, DJs, churches, schools, broadcasters, and content creators. Each cable comes ready to use with no additional adapters needed. Seismic Audio backs these cables with a one-year warranty and ships them fast so your rig stays connected and your shows stay on schedule.

Technical Specifications

Frequently Asked Questions

What equipment can I connect with these XLR patch cables?

These cables work with any professional audio gear using 3-pin XLR connections, including mixers, equalizers, crossovers, amplifiers, compressors, and effects processors. They're also suitable for microphone connections. The balanced design makes them ideal for connecting outboard gear in rack systems.

Why choose 3-foot cables over longer lengths for patch connections?

Three-foot cables provide the optimal length for most rack-to-rack connections and mixer patch bays without creating cable clutter. Shorter cables reduce signal path length and keep your setup organized, while longer cables often create messy loops that can pick up interference. This length works perfectly for equipment mounted in standard 19-inch racks.

Can I use these cables for microphones?

Yes, these cables work well for microphone connections in home studios or rehearsal spaces where 3 feet provides adequate reach. The balanced XLR design handles microphone signals properly with clean transmission.

What's the advantage of buying cables in color-coded packs?

Color-coding simplifies signal tracing during setup and troubleshooting, especially in complex systems with multiple outboard processors. Green cables can represent a specific signal path or channel group, making it easier to identify connections during live sound checks or studio sessions when you need to quickly trace signal flow.

Can these cables be used for DMX lighting applications?

While these cables use the same 3-pin XLR connectors as DMX lighting fixtures, they're not optimized for DMX use. DMX requires 120-ohm impedance cables, while audio XLR cables typically use 75-ohm impedance. Using audio cables for DMX may work for short runs but can cause signal degradation, data errors, or unreliable lighting control over longer distances. For professional DMX installations, dedicated DMX cables are recommended.

Do these cables require any special adapters or converters?

No adapters needed – these cables feature standard 3-pin XLR male and female connectors that plug directly into any professional audio equipment with XLR inputs and outputs. The female end connects to outputs while the male end connects to inputs, following standard audio connection 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