PSSO XLR cable 3-pin, 5 m, black, Neutrik-compatible connectors

PSSO XLR cable 3-pin, 5 m, black, Neutrik-compatible connectors is a balanced audio cable designed to transmit low-noise microphone and line-level signals over a 5 meter distance. The cable features three-conductor wiring in a shielded jacket and Neutrik-compatible XLR male and female connectors to ensure a secure, locking connection with compatible professional audio equipment. It is intended for use between microphones, mixers, audio interfaces and stage devices where reliable signal integrity and durable external construction are required.

Advantages

The cable offers balanced signal transmission that reduces interference and hum, a 5 m length suitable for many studio and stage layouts, and Neutrik-compatible connectors that provide firm locking and good contact. Its shielded construction and flexible outer jacket help protect the conductors from mechanical stress and electromagnetic noise while maintaining handling ease during setup and teardown.

Suitable for

• Connecting microphones to mixers or audio interfaces
• Patch and stage runs for live sound
• Studio recording of vocals and instruments
• Broadcasting applications and mobile recording setups

Key specifications

• Connector type: 3-pin XLR male to 3-pin XLR female (Neutrik-compatible)
• Cable length: 5 meters
• Configuration: balanced, three-conductor with shield
• Color: black
• Construction: flexible outer jacket with strain relief at connectors

How to use

Insert the male XLR into the microphone input and the female XLR into the output of the microphone or other source, or vice versa depending on signal flow. Ensure connectors click and lock in place to secure the connection. Route the cable to avoid sharp bends and pinching; when running near electrical equipment, keep a reasonable distance to reduce potential interference. For longer installations, test the signal during setup and confirm polarity and pin wiring if troubleshooting noise or phase issues.

Usage recommendations

Store the cable coiled without tight kinks and avoid repeated sharp bends at the connector ends. Regularly inspect connectors for secure contacts and replace the cable if outer jacket damage exposes inner conductors. For optimal low-noise performance, maintain separation from power cables and use balanced inputs and outputs on connected devices.