Chord Company

The Chord Company’s EpicX ARAY Analogue RCA cable is engineered to enhance the audio experience with its unique ARAY conductor technology and superior materials. Designed for audiophiles seeking detailed sound reproduction, it combines high-quality silver-plated copper conductors with advanced insulation and connectors. The EpicX ARAY is a versatile choice for high-fidelity audio systems.

Key Features

• ARAY Conductor Technology: Enhances detail, dynamics, and musical coherence.
• High-Quality Materials: Silver-plated, multi-strand, oxygen-free copper conductors.
• Advanced Insulation: XLPE insulation for improved performance.
• Premium Connectors: ChorAlloy™ plated VEE 3 RCA plugs.

Detailed Description

ARAY Conductor Technology

The EpicX ARAY Analogue RCA cable incorporates Chord's proprietary ARAY conductor technology, which is designed to improve the cable’s ability to carry more detail and dynamics. This technology ensures that the cable delivers a more involving and musical sound by accurately portraying the individual timbres of instruments and maintaining coherence.

High-Quality Materials

Constructed from heavy gauge silver-plated, multi-strand, oxygen-free copper conductors, the EpicX ARAY cable ensures superior conductivity and signal transmission. This choice of material significantly reduces signal loss and distortion, resulting in a cleaner, more accurate audio output.

Advanced Insulation

The cable features XLPE (Cross-linked Polyethylene) insulation, which provides excellent electrical properties and stability. XLPE is known for its low dielectric loss and high insulation resistance, making it ideal for high-performance audio cables. This insulation helps to preserve the integrity of the audio signal, further enhancing the listening experience.

Premium Connectors

Equipped with ChorAlloy™ plated VEE 3 RCA plugs, the EpicX ARAY ensures a secure and high-quality connection. ChorAlloy™ plating offers excellent resistance to corrosion and tarnishing, ensuring long-term reliability and consistent performance.

Technical Specifications