Product Overview
Bi-wire cables can enhance the sound of speakers with two sets of binding posts by reducing impedance and improving signal isolation. The result is often described as more precise sonic output with reduced distortion and better overall separation between high, mid, and low frequencies.
SVS SoundPath Ultra Bi-Wire Speaker Cables ensure pristine audio signal transfer with dual braided balanced conductors featuring 164 strands of 99.99% pure copper. This level of engineering ensures a consistent, sonically accurate signal and performance on par with the best bi-wire speaker cables available.
For rejection of RF noise and interference, the SVS SoundPath Bi-Wire Speaker Cables feature a three-layer shielding system. A precision machined and anodized aircraft grade aluminum body surrounds multiple PVC dielectric cores to protect each conductor from outside interference. The stylish braided cotton jacket for improved gripping and protecting against physical wear and tear.
Three-Layer Insulation System Deters Interference with Style
3-layer shielding system, including 3.2mm and 7.6mm PVC dielectric cores, protects each conductor from noise and distortion caused by interference.
Extra durable precision machined and anodized aircraft grade aluminum body.
Pristine signal transfer from hand-soldered 24K Gold-plated spades or banana plugs. Bare wire also available.
Premium braided cotton jacket adds gription and protects against physical wear and tear.
SVS SoundPath Ultra Bi-Wire Speaker Cable Specs:
14 AWG stranded speaker wire - Each SoundPath Ultra Bi-Wire Cable is made with four braided Dual Balanced conductors, with a total of 164 strands of 99.9% pure stranded copper.
Speaker and amp terminals consist of precision machined and anodized aircraft grade aluminum body - stylish and durable with a great feel and easy handling
PVC dielectric joint - Flexible and durable break-out for Positive and Negative terminals
Rated Bandwidth = DC-5.0 MHz (3M cable) with ≤1.1 Voltage Standing Wave Radio (VSWR) and ≥26dB Return Loss
Conductor DCR = 8 mΩ/meter
Nominal Impedance = 90Ω - Cable and connectors are impedance-matched to minimize VSWR and Return Loss
Nominal Capacitance = 68pF/meter @ 1kHz
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