Vivolink PROMJ25 audio cable 25 m 3.5mm Black

The Vivolink PROMJ25 is a 25 m audio cable with 3.5 mm male connectors on both ends, designed for reliable audio connections between devices. The conductor is made of tinned copper, the contacts are gold-plated, and the cable features 100% aluminium foil shielding to reduce interference. Increased flexibility allows a small bending radius, making it suitable for installations that require routing through tight spaces.

Advantages

100% aluminium foil shielding improves resistance to electromagnetic interference; gold-plated 3.5 mm connectors enhance contact reliability and corrosion resistance; tinned copper conductor provides consistent signal transfer; flexible construction permits a reduced bending radius for easier cable management and longer service life under frequent handling.

Suitable for

• Connecting audio players, smartphones or laptops to amplifiers or mixers
• Temporary or permanent audio installations in studios and rehearsal rooms
• Stage setups and live sound where a long 25 m cable run is required
• Home audio systems that need extended reach between components

Key specifications

• Connector 1: 3.5 mm male
• Connector 2: 3.5 mm male
• Cable length: 25 m
• Conductor material: tinned copper
• Shielding: 100% aluminium foil
• Wire size: AWG 24
• Product colour: Black
• Weight: 0.7 kg
• Contacts: gold-plated

How to use

Connect one 3.5 mm male connector to the audio output of your source device and the other 3.5 mm male connector to the input of the destination device. Route the cable avoiding sharp edges and excessive tension; use cable ties or clips to secure runs and prevent strain on connectors. For best results, keep the cable separated from mains power cables to minimise potential interference.

Recommendations

For prolonged reliability, avoid repeated tight bends near the connectors and store the cable coiled loosely. If used in permanent installations, ensure connections are checked periodically and gold-plated contacts are kept clean to maintain optimal signal quality.