Bestselling Audioquest Husky Xlr Low-frequency Subwoofer Audio Interconnect Pro Version [sjENm8Kp]

Unleash the Power of Your Subwoofer with AudioQuest Husky XLR Cable

The Bestselling Audioquest Husky Xlr Low-frequency Subwoofer Audio Interconnect Pro Version [sjENm8Kp] is meticulously designed to connect your amplifiers, receivers, soundbars, and AVRs to a diverse range of high-quality subwoofers. This cable is engineered for exceptional performance and outstanding value, delivering best-in-class audio quality. Experience naturally beautiful, deeply impactful bass that doesn't bleed into other areas of the sonic spectrum, providing a more enjoyable and satisfying listening experience.

Superior Materials and Time-Tested Design

The AudioQuest Husky cable features solid 5% Silver conductors to minimize distortion and enhance the dissipation of high-frequency noise. Polyethylene AirTube insulation contributes to cleaner, more coherent sound, while Carbon-Based Metal-Layer Noise-Dissipation efficiently dissipates high-frequency noise. AudioQuest's 72v Dielectric-Bias System (DBS) produces blacker backgrounds for a more immersive entertainment experience.

• Solid 5% Silver Conductors: Eliminate strand-interaction distortion for clearer audio.
• Polyethylene Air-Tube Insulation: Reduces the out-of-focus effect for more coherent sound.

Enhance Your Listening Experience

The AudioQuest Husky XLR cable is ideal for producing immediate thrills as well as nuanced, complex emotions, making it perfect for both casual listening and critical audio analysis. Its Triple-Balanced Geometry ensures that the positive and negative signals have equally superior conducting paths, while the Cold-Welded Hanging-Silver over Pure Red Copper Terminations ensure optimal signal transfer. Whether you're a music enthusiast or a home theater aficionado, the AudioQuest Husky XLR cable is designed to elevate your audio experience.

• 72v Dielectric-Bias System (DBS): Minimizes distortion and enhances clarity.
• Direction-Controlled Conductors: Ensure induced noise is dissipated properly.