Speaker Cables

Plus is a big, but cost-effective upgrade for music lovers who want to replace their smaller, thinner speaker cables with heftier cables. Plus networks insure better low frequency signal transfer and help reveal more musical information because they reduce noise.

Reference Speaker Cable transfers bass energy down through the bottom octave with amazing accuracy and creates a quiet interface between some of the most challenging speaker and amplifier combinations.

Supers hefty cable construction provides effortless current transfer in even the most demanding musical passages. Compared to Plus, Super extends performance at the frequency extremes because of its network technology and current carrying capability.

Use Ultra with accurate speakers that have well-damped enclosures to appreciate fully its resolution and power-carrying capability. To capture the full capabilities of an Ultra-based system, ask your retailer to help you with speaker placement and room treatments.

More precisely calibrated to the characteristics of your amplifier than Reference Speaker Cable, Transparent XL Speaker Cable will free your system to provide unexpected levels of musical involvement when you turn the lights down low and listen.

Designer Caelin Gabriel set out to design a new benchmark for value that would perform well beyond the VENOM-X’s affordable price points. Based on exhaustive test results, the VENOM-X range of cables have exceeded every expectation. VENOM-X cable designs are expressly developed to offer performance previously considered unobtainable at two to three times their affordable price points.

ArNi® is a type of wire created by Shunyata Research designed to be the finest quality wire available for audio purposes. It begins with the highest purity of copper available – OFE C10100 or Ohno (single crystal). Then it is formed in virtual hollow tubes eliminating skin effects and eddy current distortions. In addition, the wire undergoes our proprietary KPIP™ process.

HARP was discovered through Gabriel’s research into ‘current drift’ and audio frequency current resonances that occur in speaker cables. Theoretically, a speaker cable may develop current resonances in the audio band, being roughly analogous to standing waves (modals) in room acoustics. The ‌‌HARP module acts as a current mode diffraction device that breaks up these resonances, improving the perceived resolution and coherency of the system.

HARP was discovered through Gabriel’s research into ‘current drift’ and audio frequency current resonances that occur in speaker cables. Theoretically, a speaker cable may develop current resonances in the audio band, being roughly analogous to standing waves (modals) in room acoustics. The ‌‌HARP module acts as a current mode diffraction device that breaks up these resonances, improving the perceived resolution and coherency of the system.