Cabo de Áudio Vivolink PRORCARCA1 1 m 2 x RCA Preto

The Vivolink PRORCARCA1 is a 1 m audio cable with 2 male RCA connectors on each end, designed for connecting audio equipment with RCA inputs. Constructed from tinned copper conductors and featuring 100% aluminium foil shielding, the cable provides stable signal transmission in environments with potential interference. Gold-plated RCA contacts and a durable black jacket contribute to long service life and reliable connections.

Advantages

The cable's aluminium foil shielding offers effective protection against electromagnetic interference, while AWG 24 wire size and tinned copper conductors ensure consistent audio quality. Increased flexibility allows a small bending radius for easier routing in tight spaces, and gold-plated connectors reduce contact corrosion for improved long-term reliability.

Suitable for

• Connecting CD players, DACs or stereo receivers to amplifiers
• Home audio systems and hi-fi setups with RCA inputs
• Temporary or permanent installations in environments with possible interference

Key specifications

• Brand: VivoLink
• Model: PRORCARCA1
• Connectors: 2 x RCA — 2 x RCA (male)
• Cable length: 1 m
• Conductor: tinned copper, AWG 24
• Shielding: 100% aluminium foil
• Contacts: gold-plated
• Colour: Black
• Weight: 0.05 kg
• EAN: 5712505322147

How to use

Connect one end of the Vivolink PRORCARCA1 to the source device's RCA output and the other end to the receiving device's RCA input, ensuring the left (white or black) and right (red) channels match. Route the cable with a gentle bend to avoid sharp kinks; the increased flexibility allows tighter routing but avoid stress at the connector ends. Verify secure seating of the gold-plated RCA plugs to maintain optimal signal transfer.

Recommendations

For best performance, keep the cable away from strong power cables and large transformers to reduce potential interference. If routing near other cables is unavoidable, try to cross them at right angles. Inspect connectors periodically and clean contacts if oxidation appears.