The SA43PM-3 breakout snake cable transforms a single CAT6 Ethercon connection into four separate XLR male outputs, making it essential for digital mixing consoles, stage boxes, and networked audio systems. This 3-foot cable eliminates the need to run multiple individual XLR lines when connecting digital audio interfaces to analog equipment.

Built with heavy-duty OFC conductors and braided shielding, this snake cable maintains signal integrity across all four channels while minimizing noise and preventing data loss. The balanced design ensures clean audio transmission whether you're running analog signals, digital audio, or DMX lighting control.

The RJ45 Ethercon female connector locks securely into compatible digital mixers, stage boxes, and audio interfaces, while the four color-coded XLR male connectors simplify identification during setup and teardown. Each channel features individual shielding within the heavy-duty jacket construction, protecting against electromagnetic interference in demanding live sound environments.

Perfect for permanent installations in churches, theaters, and recording studios where clean cable runs matter, or for mobile setups where reducing cable count saves time and prevents tangles. The 3-foot length works well for connecting rack-mounted digital interfaces to nearby analog gear or bridging the gap between a stage box and monitor console.

Connect the Ethercon end to any compatible digital audio device with RJ45 Ethercon output, then plug the four XLR male connectors directly into mixing consoles, amplifiers, or other XLR female inputs. Cable comes ready to use out of the box.

Seismic Audio backs this professional snake cable with reliable construction designed for years of trouble-free operation in live sound and studio applications.

Technical Specifications

Frequently Asked Questions

What equipment does this snake cable connect to?

The SA43PM-3 connects any device with RJ45 Ethercon output (like digital mixing consoles, stage boxes, or audio interfaces) to four separate pieces of equipment with XLR female inputs (mixing boards, amplifiers, powered speakers, or recording gear). This is commonly used to break out digital mixer outputs to analog equipment or to connect networked stage boxes to individual audio devices.

Can I use this cable for DMX lighting control as well as audio?

Yes, this snake cable works with DMX lighting signals in addition to analog and digital audio. The heavy-duty OFC conductors and balanced design maintain signal integrity for DMX512 lighting control, making it versatile for venues that need to distribute both audio and lighting control signals through their Ethercon infrastructure.

How does this 3-foot length work in typical setups?

The 3-foot length is ideal for rack-to-rack connections, connecting a digital stage box to a nearby monitor console, or bridging equipment that's close together in a control room or equipment rack. For longer runs between the digital source and analog destinations, you'd typically use a longer CAT6 Ethercon cable to reach the general area, then use this 3-foot breakout snake for the final connections.

Will this work with my digital mixer's Ethercon outputs?

This cable works with any digital mixer, audio interface, or stage box that has RJ45 Ethercon female outputs designed for multi-channel audio breakout. Check your mixer's manual to confirm it outputs multiple audio channels through its Ethercon connector - some use Ethercon only for control data, not audio signals.

What's the difference between this and running four separate XLR cables?

This snake cable reduces cable clutter, setup time, and potential connection points that could fail or introduce noise. Instead of managing four separate XLR runs from your digital source, you get one secure Ethercon connection that automatically provides all four channels with consistent signal quality and built-in organization through color-coded outputs.

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