Vivolink PROAUDXLRJACK10 cable de audio 10 m XLR 6,35 mm negro

The Vivolink PROAUDXLRJACK10 is a 10 m professional audio cable with a male XLR connector on one end and a 6.35 mm (1/4") mono TS jack on the other. Constructed with tinned copper conductors and nickel-plated contacts, the cable provides reliable signal transmission for stage and studio use while maintaining a compact, robust build in black finish.

Advantages

High-conductivity tinned copper conductors and tight cable mesh shielding reduce interference and ensure clear sound with minimal noise. Nickel-plated contacts offer good corrosion resistance and consistent connectivity. The 10 m length and 22 AWG wire size balance flexibility and signal integrity suitable for professional audio connections between microphones, mixers, instruments and amplifiers.

Suitable for

• Connecting microphones or DI boxes to mixers and preamps (XLR to TS applications)
• Wiring instruments such as keyboards or electric guitars to amplifiers or effects
• Stage and studio signal routing where a balanced XLR connection is required at one end and a mono 6.35 mm jack at the other

Key specifications

• Length: 10 m
• Connector 1: XLR (male)
• Connector 2: 6.35 mm (mono TS)
• Conductor material: tinned copper
• Contact plating: nickel-plated
• Wire gauge: 22 AWG
• Colour: Black
• Brand: VivoLink
• MPN: PROAUDXLRJACK10
• EAN: 5711783937593

How to use

Connect the male XLR end to the XLR output of the source device (for example a microphone, DI box or mixer output) and plug the 6.35 mm mono TS jack into the receiving input such as an amplifier, instrument input or mixer channel. Ensure connectors are fully seated to avoid intermittent contact. Route the cable to minimise exposure to power cables and radio-frequency sources, and secure it to prevent tripping or mechanical strain.

Recommendations

For best results in live and studio environments, keep the cable untwisted and avoid tight bends near the connectors. If using long runs in high-interference areas, maintain separation from mains and wireless transmitters to preserve signal clarity.