Male to Female XLR Cable for Microphone VCELINK

High-Fidelity Audio Performance

-24 AWG oxygen-free copper conductor with dual shielding design using aluminum foil and copper braid to effectively suppress EMI and RF interference.

-Zinc alloy connectors with gold-plated pins deliver clean, low-noise signal transmission, maintaining consistent audio quality over long cable runs.

Secure and Stable Connection

-Precision-engineered zinc alloy XLR connectors provide excellent shielding and durability for repeated plug-and-play use.

-Integrated locking latch mechanism ensures a firm, vibration-resistant connection during live performances and studio sessions.

Durable and Flexible Cable Construction

-Nylon-braided outer jacket combined with flexible PVC insulation enhances tensile strength, abrasion resistance, and bend tolerance.

-Designed for high-mobility environments such as stages, studios, touring setups, and field recording.

Wide 3-Pin XLR Compatibility

-Compatible with standard 3-pin XLR devices including microphones, mixers, audio interfaces, amplifiers, PA systems, and studio equipment.

-Suitable for professional audio, live sound reinforcement, broadcasting, recording studios, and home audio setups.

XLR Cables are designed to connect microphones, mixers, audio interfaces, powered speakers, and PA systems using a balanced audio signal. It helps reduce noise, hum, and signal interference, making it ideal for studio recording, live sound, podcasting, broadcasting, and stage performance where clean and stable audio transmission is required. This male to female XLR microphone cable features gold-plated 3-pin connectors and a balanced design to minimize signal loss while maintaining clear, low-noise audio over long distances. Built with oxygen-free copper conductors and dual shielding (aluminum foil + braided shield), the cable effectively resists electromagnetic and radio frequency interference, ensuring reliable performance. 

The male-to-female XLR cable is widely employed in professional audio applications to connect microphones to mixers or audio interfaces, to interconnect mixers with powered speakers or PA systems, and to extending the distance between audio equipment without signal degradation.