Cinch Extension Cable ROLINE 2x RCA M-M 5 m

The ROLINE Cinch Extension Cable ROLINE 2x RCA M-M 5 m is an audio/video extension lead with two male RCA connectors on each end and a 5 meter cable length. It is designed to extend the reach of existing RCA leads between components such as amplifiers, CD/DVD players, TVs and analogue audio equipment while maintaining a stable analogue signal path. The cable construction and connectors aim to minimise signal loss and preserve stereo audio and composite video quality over the extended distance.

Advantages

This 5 m ROLINE extension cable provides a straightforward way to lengthen RCA connections without changing original equipment. The symmetrical 2x RCA male-to-male configuration ensures compatibility with standard stereo and composite jacks. The cable’s length gives increased placement flexibility, and the durable connectors help maintain consistent contact and reduce the risk of intermittent signals.

Suitable for

• Extending analogue stereo audio connections between devices
• Extending composite video connections for legacy video equipment
• Home theater setups where component repositioning is needed
• Audio systems, mixers or amplifiers requiring longer RCA runs

Key specifications

• Cable length: 5 m
• Connector type: 2 x RCA (male) on each end
• Signal type: analogue stereo audio and composite video
• Cable purpose: extension for existing RCA leads

How to use

Insert the male RCA plugs into the corresponding RCA female jacks on your source and destination devices, matching left/right channels and video connectors by colour or labelling. Ensure connectors are fully seated to prevent loose contacts. Route the cable to avoid sharp bends, kinks or tight staples and keep it away from strong sources of electrical interference to preserve signal integrity.

Usage recommendations

For best results use this cable as an extension to high-quality RCA leads rather than as a primary long-distance run; when combining multiple extension segments, check signal quality and minimise the number of joins. For longer distances or critical applications consider balanced or digital alternatives to avoid degradation of analogue signals.