SHIVERPEAKS S/CONN maximum connectivity Cable de audio RCA, 2x conector RCA macho a 2x conector RCA macho, conectores metálicos dorados, 5,0 m, Negro 40225

Connecting your audio components shouldn't mean compromising on signal quality or dealing with flimsy connectors that loosen over time. The SHIVERPEAKS S/CONN maximum connectivity RCA Audio Cable solves this by delivering a robust, interference-free link between your amplifier, receiver, CD player, turntable, or any device with RCA ports. Its dual metal RCA plugs with gold plating ensure a secure, corrosion-resistant connection that maintains pristine stereo sound even over longer distances.

Who is it for

This cable is ideal for audiophiles, home theater enthusiasts, and anyone who needs a dependable analog audio connection between components. Whether you're setting up a hi-fi system, connecting a subwoofer, or extending an existing RCA run, this 5-meter cable gives you the reach and reliability you need without signal degradation.

Main features

• Dual RCA male to dual RCA male connectors for stereo audio.
• Gold-plated metal connectors for optimal conductivity and corrosion resistance.
• 5.0 m length allows flexible placement of audio equipment.
• Supports analog stereo signals for clear, balanced sound.
• Bi-directional design works in any orientation.
• Durable construction from the S/CONN maximum connectivity series.

Specifications

• Brand: SHIVERPEAKS
• Model: 40225
• MPN: 40225
• EAN: 4017538402257
• Cable type: Analog Audio Cable
• Connector 1: 2x RCA Male
• Connector 2: 2x RCA Male
• Connector plating: Gold Plated
• Connector housing material: Metal
• Cable length: 5.0 m
• Audio channels: Stereo
• Signal type: Analog Audio
• Product series: maximum connectivity
• Colour: Black

Tips

To get the best performance, ensure both connectors are fully seated and avoid sharp bends that could strain the cable. For longer runs, keep the cable away from power cords to minimize interference. Clean the gold-plated contacts periodically with a dry cloth to maintain optimal signal transfer.