Professional patch cables designed for connecting mixers to rack-mounted processors, equalizers, and amplifiers in live sound and studio environments. The red color coding helps identify specific signal paths in complex audio setups where cable management is critical.

Each cable features a balanced XLR female connector on one end and a 1/4" TRS male connector on the other, enabling you to connect equipment with different connector types while maintaining balanced signal integrity. The 22-gauge oxygen-free copper conductors deliver clean signal transmission for professional audio applications.

Built with metal XLR connectors and 1/4" TRS plugs featuring high-grade fiberglass insulators for durability and reliable connections. The heavy-duty flexible rubber jacket protects the internal wiring while remaining pliable for easy routing around racks and stages. Each cable measures 6 feet in length, providing sufficient reach for most rack-to-rack connections without excess cable clutter.

These balanced patch cables work well for connecting mixing consoles to outboard gear like compressors, crossovers, and EQs in recording studios, live venues, and houses of worship. The 6-pack configuration provides enough cables to handle multi-channel processing chains or create redundancy for critical connections.

Connect XLR outputs from mixers or interfaces directly to TRS inputs on rack processors and amplifiers. All six cables ship together for immediate deployment.

Seismic Audio backs these patch cables with a one-year warranty and ships them fast to keep your audio setup running smoothly.

Technical Specifications

Frequently Asked Questions

What equipment do these XLR female to TRS cables connect?

These cables connect mixing consoles or audio interfaces with XLR outputs to rack-mounted processors, equalizers, compressors, or amplifiers with 1/4" TRS inputs. They're commonly used to route mixer channel outputs or aux sends to outboard gear, then back to the mixer or directly to power amplifiers. The balanced connection maintains signal quality over the 6-foot length.

Why choose XLR female to TRS over other patch cable configurations?

XLR female to TRS cables adapt between two common professional audio connector types while maintaining balanced signal integrity. Many mixers have XLR outputs for main and monitor sends, while rack processors often feature 1/4" TRS inputs. This configuration eliminates the need for additional adapters that could introduce noise or connection failures in your signal chain.

How many channels can I connect with this 6-pack?

This 6-pack handles six channels of balanced audio, perfect for connecting stereo main outputs plus four auxiliary sends, or six individual channels to a multi-channel processor. For stereo applications, you'll use two cables (left and right), leaving four cables for additional sends, returns, or backup connections. The pack covers most small to medium mixing console patching needs.

Do these cables work with unbalanced equipment?

Yes, these balanced cables work with unbalanced equipment, though you won't get the noise rejection benefits of balanced operation. When connecting to unbalanced gear, the cable will adapt the signal appropriately. However, for purely unbalanced connections, standard TS to TS cables are more cost-effective. Use these when you specifically need the XLR female to TRS male configuration.

What's the difference between TRS and TS connectors on patch cables?

TRS (tip-ring-sleeve) connectors have three contacts and carry balanced signals or stereo information, while TS (tip-sleeve) connectors have two contacts for unbalanced mono signals. These cables use TRS connectors to maintain balanced operation when connecting XLR sources to TRS inputs. The balanced connection reduces noise and interference, especially important in professional audio environments with long cable runs.

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