MX XLR 3 Pin Male To 3 Pin Female XLR Cable MX-3331

pgrade your audio connection experience with the MX-3331 XLR 3 Pin Male to 3 Pin Female Cable — a premium-quality, professional-grade microphone cable designed for studio, stage, and broadcast environments. Built with true balanced Lo-Z (low impedance) shielded cable design, this high-performance cord ensures clean, distortion-free signal transmission for all your professional audio applications.

Equipped with high-grade 26 AWG dual copper conductors and shielding, this XLR cable provides top-notch signal clarity and long-distance performance without noise or interference. The heavy-duty flexible rubber jacket, Tri-Grip strain relief, and rubber booty design offer superior durability and handling, even in rugged live performance conditions.

Key Features:

• Model: MX-3331

• Connector Type: 3-Pin XLR Male to 3-Pin XLR Female

• Cable Type: Balanced Lo-Z Shielded Microphone Cable

• Wire Gauge: High-grade 26 AWG dual copper conductors

• Jacket: Flexible, heavy-duty rubber insulation for extended durability

• Strain Relief: Tri-Grip with rubber booty to prevent stress on connectors

• Performance: Noise-free, interference-resistant audio transmission

• Application: Suitable for microphones, mixers, audio processors, and studio interfaces

Professional Sound Meets Rugged Design

The MX-3331 XLR cable is expertly crafted for professional users who demand reliability and sonic precision. Its balanced XLR design ensures superior signal integrity by minimizing electromagnetic interference (EMI) and radio frequency interference (RFI), making it ideal for live sound, studio recording, stage performances, and broadcast installations.

The male-to-female 3-pin XLR configuration is compatible with a wide range of microphones, audio mixers, PA systems, powered speakers, and rack gear, making it an essential piece of equipment in any audio engineer’s toolkit.

Built to Last in Any Environment

Engineered with a durable rubber outer jacket, the MX-3331 is both flexible and strong, allowing it to withstand the rigors of stage and road use. Its rubber booty and Tri-Grip strain relief construction significantly reduces the risk of cable breakage or internal wire damage caused by frequent bending or pulling — common in live performance setups.

The precision-engineered connectors are made to ensure a secure, snug fit with XLR ports, reducing the risk of accidental disconnections and ensuring stable audio performance at all times.

True Balanced Lo-Z Shielded Cable for Pure Audio

The true balanced design with dual copper conductors and shielding enhances signal integrity by reducing line noise and signal degradation over long distances. With 26 AWG (American Wire Gauge) copper, the cable maintains high conductivity for pristine audio transmission with accurate highs, clear mids, and deep bass response.

Perfect for connecting professional microphones to mixing consoles or audio interfaces, this XLR cable ensures that your performance or recording session is captured with full fidelity.

Ideal Emergency Kit Addition

Designed not just for permanent installations, the MX-3331 is also a dependable substitute adapter for quick swaps in live sound emergencies. Keep it in your gig bag or studio drawer as part of your emergency cable kit. It’s a simple, reliable solution when you need it most.

Why Choose the MX-3331 XLR Cable?

• ✅ 3-Pin XLR Male to Female Cable for Versatile Compatibility

• ✅ 26 AWG Dual Copper Conductors for Optimal Signal Transmission

• ✅ Heavy-Duty Rubber Jacket for Long-Term Durability

• ✅ Tri-Grip & Rubber Booty Strain Relief for Extra Protection

• ✅ Interference-Free, True Balanced Shielded Cable

• ✅ Perfect for Studio Recording, Stage Shows, DJs, Broadcast Use

Whether you’re a studio engineer, live sound technician, or performing artist, the MX-3331 XLR 3 Pin Male to Female Cable provides the reliability, durability, and crystal-clear sound transmission you need for high-end performance. Trust MX for premium audio connectivity solutions designed for today’s demanding audio environments.