Professional XLR microphone cables built for performers, sound engineers, and venues who need reliable signal transmission over long distances. This 2-pack of 50-foot XLR cables handles everything from live sound reinforcement to studio recording setups where standard cable lengths fall short.

Each cable features male-to-female XLR connectors with heavy-duty metal construction that stands up to repeated plugging and unplugging. The 22-gauge oxygen-free copper conductors deliver clean signal transmission while the shielded design rejects RF interference that can plague cheaper cables.

The 50-foot length bridges the gap between stage and mixing position, connects microphones to distant PA systems, or runs signal between rack-mounted processors. Heavy-duty rubber jacketing protects the internal wiring from stage abuse while maintaining flexibility for easy coiling and transport.

These balanced XLR cables work with dynamic and condenser microphones, connect mixers to amplifiers, link crossovers and equalizers, or carry signal in professional applications. Perfect for musicians, DJs, sound engineers, churches, recording studios, and broadcasters.

Each cable terminates in professional 3-pin XLR connectors that lock securely into place. The female connector connects to your source output and the male connector connects to your destination input. You get two complete 50-foot cables ready to use out of the box.

Seismic Audio backs these microphone cables with a full one-year warranty and ships them fast so you can focus on your performance, not your connections.

Technical Specifications

Frequently Asked Questions

What's the difference between 50-foot and shorter XLR cables for live sound?

Longer XLR cables like these 50-footers let you position your mixing board away from the stage without signal loss, which is essential for proper sound monitoring in live sound applications. The balanced XLR design and quality shielding maintain clean signal transmission even at this extended length, while shorter cables force you to place your mixer closer to the stage where it's harder to hear the room mix properly.

Can I use these XLR cables for both microphones and connecting audio equipment?

Yes, these balanced XLR cables work for microphones, connecting mixers to amplifiers, linking processors like crossovers and equalizers, and various professional audio applications. The male-to-female configuration makes them versatile for most professional audio setups where you need to extend existing XLR connections or create new signal paths in your PA system.

How do these cables perform in outdoor events or high-interference environments?

The shielded construction and oxygen-free copper conductors provide strong rejection of RF interference from cell towers, radio stations, and wireless devices that can cause noise in outdoor settings. The heavy-duty rubber jacket protects against moisture and temperature changes, making these cables reliable for outdoor festivals, church services, and mobile DJ setups where environmental conditions vary.

Can I use these audio XLR cables for DMX lighting applications?

While these cables have the correct 3-pin XLR connectors, they're not ideal for DMX lighting. Audio XLR cables have 75-ohm impedance while DMX requires 120-ohm impedance. This impedance mismatch can cause signal reflections, data errors, and unreliable fixture control in lighting systems. For best results with DMX lighting, use cables specifically designed for DMX512 protocol with proper 120-ohm impedance.

Do I need special adapters to connect these to my mixer or speakers?

These cables have standard 3-pin XLR male and female connectors that plug directly into most professional mixers, powered speakers, amplifiers, and microphones without adapters. If your equipment has different connector types like 1/4-inch or RCA, you'll need separate adapter cables, but most live sound gear uses XLR connections for balanced signal transmission.

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