AudioQuest Earth XLR (pair) 0.75M / USED

The Pinnacle of the Elements Series

The AudioQuest Earth is one of the most acclaimed analog interconnect cables in the high-end category, designed to deliver a transparent and dynamic listening experience. As part of the Elements series, the Earth incorporates advanced technologies that minimize distortion, allowing music to emerge with naturalness and precision. The use of Solid Perfect-Surface Copper+ (PSC+) conductors ensures an exceptionally smooth surface, drastically reducing strand-to-strand interactions and distortions caused by metal grain boundaries.

Dielectric-Bias System (DBS) Technology

One of the most significant features of the AudioQuest Earth is the 72V Dielectric-Bias System (DBS). This patented technology creates a strong and stable electrostatic field that polarizes the insulation molecules, reducing the effect of dielectric smearing. The result is a sound that emerges from an absolutely "black" and silent background, offering exceptional detail and soundstage depth, without the need for extensive cable burn-in.

Advanced Geometry and Shielding

The cable's construction is based on Triple-Balanced geometry, which uses a separate ground-reference conductor, ensuring that the shield is never used as an inferior ground-reference conductor. Simultaneously, the Carbon-Based 6-Layer Noise-Dissipation System (NDS) provides superior shielding that absorbs and reflects Radio Frequency Interference (RFI) before it reaches the equipment's ground plane. The use of FEP Air-Tube insulation ensures minimal contact between conductors and insulation, keeping the signal energy intact.

Aesthetics and Build Quality

Every detail of the AudioQuest Earth has been engineered to deliver peak performance. The plugs are cold-welded with hanging-silver plating over high-purity red copper, ensuring a perfect electrical connection. Due to the directionality of drawn metal, the cable is controlled for correct signal direction, offering the best possible performance when the arrows point from the source to the receiver or component.