Performance 4-Channel RCA Cable 9.14 m

This cable is designed to transmit high-quality analog audio signals between components of your marine audio system. It is ideal for connecting an audio source (such as a car stereo or media player) to an amplifier, handling up to four distinct audio channels.

This RCA cable is 30 feet long, which is approximately 9.14 meters.

'4 Channel' (4 channels) indicates that this cable can carry signals for four distinct audio channels simultaneously. This is typically used for a front and rear stereo system, or for a four-channel amplifier.

Yes, this cable is specifically designed for demanding marine environments. It is made with materials resistant to corrosion, moisture, UV rays, and vibrations, ensuring durable performance at sea.

This cable is compatible with most marine audio equipment (car stereos, media players, amplifiers) that use standard RCA connections for analog audio signal transmission.

For installation, connect the RCA plugs of the cable to the RCA outputs of your audio source (e.g., a car radio) and to the RCA inputs of your amplifier. Ensure the connections are secure and that the channels (front/rear, left/right) are correctly paired.

Fusion Performance RCA cables are designed to minimize interference and signal loss, helping to maintain clear and accurate audio quality. High-quality cabling is essential to optimize the sound performance of your system.

It is not recommended to cut pre-assembled RCA cables. Cutting and reconnecting can compromise shielding integrity and signal quality, potentially introducing noise or audio loss. It is preferable to use the appropriate cable length or manage excess cable in an orderly manner.

Yes, Fusion Performance RCA cables feature effective shielding to protect the audio signal from electromagnetic interference (EMI) and radio-frequency interference (RFI), which is critical in a marine environment where numerous electronic devices are present.

This cable is fitted with standard male RCA connectors, designed for easy and reliable connection to the RCA inputs and outputs of your marine audio equipment.

Fusion Performance cables are designed to offer good flexibility, making routing and installation easier in the often cramped spaces on boats, while maintaining their robustness and integrity.

Yes, as long as other audio equipment (car stereo, amplifier, etc.) uses standard RCA connections, this cable is compatible. RCA connectors are a universal standard for transmitting analog audio signals.

Although specifically designed for demanding marine environments, this cable can technically be used in other audio applications requiring high-quality RCA cables. Its corrosion and UV resistance features are, however, optimized for marine use.

No, installing this cable requires no special tools. The RCA connectors are plug-and-play and simply plug into the corresponding ports on your audio devices.

Designed for the marine environment, this cable is made with robust materials and solid connectors to withstand the vibrations and shocks common on board a boat, ensuring a stable and reliable connection in rough conditions.

Yes, RCA cables are specifically designed to carry low-level (line) audio signals between components, such as from a preamplifier output to an amplifier input, without signal degradation.

For a reliable connection, ensure the RCA plugs are fully inserted into the corresponding sockets. The connectors must be clean and dry before connecting. A firm and secure connection minimizes signal loss and interference.

No, this RCA cable is designed to transmit analog audio signals. It is not compatible with digital audio systems that use optical (Toslink) or coaxial digital connections.

During routing, avoid running the cable near power cables, motors, or other sources of electrical interference. Do not pinch the cable and avoid tight bends that could damage the internal conductors or shielding. Use cable ties to secure it firmly.

Yes, Fusion Performance RCA cables are specifically designed to deliver exceptional durability in harsh marine environments. Their robust construction and resistant materials ensure reliable performance and long service life, even when exposed to saltwater, UV rays, and vibrations.