SVS SoundPath Ultra Bi-Wire Speaker Cable
Renders the best sound possible from speakers with two sets of binding posts, SoundPath Ultra Bi-Wire Speaker Cables pass the full power of any AV receiver or amplifier while rejecting interference to ensure flawless performance. Terminations are hand-soldered by SVS craftsmen.
Technical Specifications:
- Cable Type: Bi-wire speaker cable
- Wire Gauge: 14 AWG stranded speaker wire
- Conductor: 99.99% pure stranded copper
- Total Strands: 164 copper strands
- Conductor Design: Four braided dual-balanced conductors
- Shielding: 3-layer shielding system
- Nominal Impedance: 90Ω
- Capacitance: 68 pF/meter @ 1 kHz
- Conductor DCR: 8 mΩ/meter
- Rated Bandwidth: DC–5.0 MHz at 3M
Price range: ₹18,500 through ₹23,500
Product Details
The SVS SoundPath Ultra Bi-Wire Speaker Cable delivers clean and accurate signal transfer to bi-wire speakers. Its 14 AWG, 99.99% OFC copper conductors support high dynamic range and excellent conductivity. In addition, the 3-layer shielding system helps reject RF noise and interference.
Hand-soldered 24K gold-plated connectors provide reliable contact, while the braided cotton jacket adds durability. Therefore, this premium bi-wire speaker cable is an excellent choice for high-performance stereo and home theater systems with dual speaker binding posts.
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
Additional information
| Condition | New |
|---|---|
| SIZE | 10 feet, 20 feet |
