Ivuna RCA Male to Male 3.5 Jack Cable 1.0 Meter - Black

Save £8.27 GBP
£17.26 GBP
£8.99 GBP

Key Features

Connects your portable CD or digital audio players to your portable speakers or AV receiver

Provides maximum conductivity and prevents corrosion with 24k gold-plated connectors and contacts

Ensures easy identification and proper connection with integrated colour-coding on connectors (Cablesson Logo)

Allows consistent signal between components using high-quality copper Multiple Shielded 99.96% Oxygen Free Copper Conductors

3.5mm Stereo Male to 2 x Phono (RCA) Male

Description

Introducing the Cablesson Ivuna RCA to Jack Cables - Black
Cablesson Ivuna RCA to Jack Cables which feature many of the advanced technologies found in higher performance cables which features: higher quality gold tip connections user-friendly features like colour-coded connectors (Cablesson Logo) for easy error-free hookup plus increased power handling of speaker cables to deliver the full dynamic range of audio designed with stylish futuristic gold plated connectors.
Today's home theatre systems deliver high performance Audio (Surround Sound). While the connection between sources such as Blu-Ray and an AV receiver are digital the connection to the speakers and subwoofers are analogue.
The high performance of today's technology is wasted if the cable used interferes with the audio as it travels to our ears
Cablesson Ivuna RCA to Jack Cables delivers the dynamic range and power that make experiencing your audio the best that it can be allowing you to hear all the audio nuances from a whisper to an explosion. Get the most from your home movie experience with Cablesson Ivuna RCA to Jack Cables.
The Cablesson Ivuna RCA to Jack Y Audio Cable hooks up your portable audio player to portable speakers or an AV receiver with ease. Gold-plated connectors and contacts maximize conductivity while preventing corrosion using high-quality copper cable aids signal consistency. Meanwhile the shielded cable cuts down on electromagnetic and radio frequency interference.

Designed in Oxford United Kingdom

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