Chord Company

The ClearwayX ARAY Analogue Mini-Jack/RCA Cable by Chord Company is designed for high-quality audio connections between devices. Hand-built in the UK, this cable features advanced conductor geometry and premium materials to deliver superior sound performance.

Key Features

• ARAY Conductor Geometry: Enhances audio clarity and detail.
• Heavy Gauge Oxygen-Free Copper: Ensures high conductivity and minimal signal loss.
• XLPE Insulation: Provides excellent electrical properties.
• Dual-Layer Counter-Wound Foil Shielding: Offers superior noise rejection.
• ChorAlloy™ Plated Connectors: Ensures reliable and durable connections.

Detailed Description

ARAY Conductor Geometry

The ARAY conductor geometry used in the ClearwayX ARAY cable is designed to enhance the clarity and detail of audio signals. This unique configuration ensures that the signal path is as direct and interference-free as possible, resulting in a more accurate and immersive listening experience.

Heavy Gauge Oxygen-Free Copper

The cable utilizes heavy gauge oxygen-free copper conductors, which are known for their high conductivity and low resistance. This choice of material minimizes signal loss and ensures that the audio signal is transmitted with maximum fidelity.

XLPE Insulation

The use of XLPE (Cross-linked Polyethylene) insulation provides excellent electrical properties, including high dielectric strength and low signal attenuation. This insulation helps maintain the integrity of the audio signal by reducing the likelihood of electrical interference.

Dual-Layer Counter-Wound Foil Shielding

The ClearwayX ARAY cable features dual-layer counter-wound heavy gauge foil shielding. This advanced shielding technique effectively rejects external noise and interference, ensuring that the audio signal remains clean and undistorted.

ChorAlloy™ Plated Connectors

The cable is equipped with ChorAlloy™ plated connectors, which provide a secure and stable connection. These connectors are designed to be durable and reliable, maintaining optimal performance over time.

Technical Specifications