Vivolink PROAUDXLRJACK1 audiokaapeli 1 m XLR 6.35 mm musta

The Vivolink PROAUDXLRJACK1 is a 1 m stage audio cable with a male XLR connector on one end and a male 6.35 mm (1/4") TS jack on the other. Constructed with tinned copper conductors and nickel-plated contacts, the cable provides reliable signal transmission and resistance to corrosion. The tight braided shielding reduces electromagnetic interference to maintain clear, low-noise audio for live and studio use.

Advantages

This cable combines a high-density braided shield and 22 AWG tinned copper conductors to deliver stable signal quality and effective protection against radiation noise. Nickel-plated connectors enhance durability and contact reliability. Its 1 m length and black finish make it convenient for short patch connections on stage or in compact setups.

Suitable for

• Connecting microphones or balanced XLR outputs to instruments or equipment with an unbalanced 6.35 mm TS input
• Stage and live sound patching where a short, robust cable is required
• Home and project studio connections between outboard gear and instruments

Key specifications

• Length: 1 m
• Connector 1: XLR male
• Connector 2: 6.35 mm (1/4") TS male
• Conductor material: tinned copper
• Wire gauge: 22 AWG
• Contacts: nickel-plated
• Colour: Black
• Weight: 0.008 kg

How to use

Plug the male XLR connector into the balanced XLR output of a microphone preamp, mixer or other audio source. Insert the male 6.35 mm TS jack into the unbalanced instrument input or line-level input on the receiving device. Use the cable for short interconnections to avoid signal degradation; ensure connectors are fully seated to maintain a secure audio connection.

Recommendations

For best results, use the Vivolink PROAUDXLRJACK1 for short runs (around 1 m) where an XLR-to-TS connection is required. Avoid routing the cable parallel to power cables to minimize interference and inspect connectors regularly for wear. This cable is intended for audio signal transfer; it does not convert between balanced and unbalanced wiring schemes internally.