XLR to XLR microphone cable SSQ XX5, balanced audio cable, 5 m length

SSQ Cable XX5 is an XLR-to-XLR balanced audio cable with a 5 m length designed for microphones, stage equipment and studio connections. The cable uses a standard three-pin XLR configuration to transmit balanced analog audio signals, providing reliable connectivity between microphones, mixers, audio interfaces and outboard gear. Its 5-metre length gives flexibility for stage placement and studio routing while maintaining signal integrity for live sound, recording and broadcast setups.

Advantages

The balanced XLR wiring reduces susceptibility to electromagnetic interference and ground loop noise, making the cable suitable for environments with multiple electronic devices and long cable runs. A robust outer jacket and strain relief at the connectors improve durability and help prevent signal dropouts caused by repeated movement or handling. The standard three-pin XLR connectors ensure compatibility with most professional audio equipment and simplify setup in both live and studio contexts.

Suitable for

• Connecting microphones to mixers and audio interfaces
• Linking stage equipment and DI boxes
• Studio patching between preamps and outboard processors
• Live sound and broadcast signal routing

Key specifications

• Cable type: balanced audio cable
• Connector type: 3-pin XLR male to 3-pin XLR female
• Length: 5 m
• Signal: analog balanced
• Jacket: flexible, durable outer sheath

How to use

Connect the XLR male end to the microphone or the output of an audio device and the XLR female end to the mixer, audio interface or receiving device. Ensure connectors are fully seated and, where available, engage any locking mechanism to prevent accidental disconnection. Keep the cable routed away from power cables and strong RF sources to minimise interference. Coil and store the cable using natural loops to avoid kinks and extend service life.

Usage recommendations

For optimal performance, use the SSQ XX5 cable in balanced audio chains and avoid running it parallel to mains cabling. Regularly inspect connectors and the jacket for wear; replace the cable if connectors become loose or if the shielding is compromised. For permanent installations, consider securing the cable with clips and allow service loops to reduce strain on connectors.