Skip to content
Experience cinematic magic at home! Chat with us for a free consultation and deals!
Chat with us for best deals!

SVS SoundPath RCA Audio Interconnect Cable for Subwoofers

by SVS
SKU SPRCA2M
Original price Rs. 4,200.00 - Original price Rs. 9,800.00
Original price
Rs. 4,900.00
Rs. 4,200.00 - Rs. 9,800.00
Current price Rs. 4,900.00
  • Please get in touch with us before placing a direct order
  • Authorised SVS Dealer in India
  • Brand New in a Box Unit(s)
  • Price is inclusive of all taxes
  • Official SVS India Warranty

Country of Origin:

Enhance your home audio setup with the SVS SoundPath RCA Audio Interconnect Cable, expertly engineered for optimal performance with subwoofers. This high-quality cable is designed to deliver flawless signal transfer, ensuring deep, rich bass and precise audio clarity. Constructed with premium materials, the SoundPath cable features durable connectors and a flexible design, making installation easy without sacrificing sound quality. Whether you're upgrading your sound system or setting up a new one, this interconnect cable provides the reliability and performance you need to fully enjoy your favorite music and movies.

Perfect for audiophiles and home theater enthusiasts alike, the SVS SoundPath RCA Audio Interconnect Cable is a must-have accessory for achieving the best audio experience possible. Experience the difference today!

Features:

  • High-quality RCA interconnect for superior audio signal transfer.
  • Designed specifically for subwoofers, ensuring deep bass reproduction.
  • Premium materials for durability and long-lasting performance.
  • Low-capacitance design to reduce signal loss and interference.
  • Flexible and easy to install, ideal for any home audio setup.
  • Compatible with a wide range of audio equipment.

Video Review:

Technical Specification:

Cable - Materials of Construction

  • All new premium cotton braided jacket – attractive, durable, outermost boundary of five-layer dielectric insulation system
  • High density 7.0mm PVC outside core dielectric – part of five-layer insulation system
  • 1.6mm HDPE inside core dielectric – part of five-layer insulation system, shields each
  • PET Mylar shield layer – part of five-layer insulated system, shields and binds internal structureunique conductor
  • Directional shield layer is a spiral braid of premium grade Aluminum foil and 56 strands of 99.99% OFC tinned copper Shielding – critical part of five-layer insulation system. Soldered to ground terminal at the source side helps reduce EMI and RF noise between electronics.
  • Total five-layer isolation system rejects electromagnetic (EM) and radio frequency (RF) interference.
  • The Dual balanced conductors are made from 14 strands of 99.99% OFC stranded copper conductors, and individually isolated in independent HDPE dielectric jackets - allow consistent signal flow, high signal purity, and minimize signal loss.
  • Nominal Cable Diameter: 7mm

RCA Connector - Materials Of Construction

  • Precision soldered with high grade lead-free solder – Durable and consistent electrical contacts with consistent signal flow.
  • 24K gold plated brass conductor pin – effective electrical contact and signal flow.
  • 24K gold plated brass split grounding body – tight fit with consistent electrical contact for stable grounding.
  • Precision machined and anodized aircraft grade aluminum shell with white and red marking bands – Stylish and durable body with a great feel and easy handling. Red and White marking bands for easy Left and Right designation.
  • Center Pin and Outer Ring: Gold-plated brass for optimum signal quality and integrity.

Electrical Properties

  • Conductor DCR = 77 mΩ/meter
  • Shield DCR: 30 mΩ/meter
  • Nominal Impedance: 110Ω. Cable and RCA connectors are impedance-matched to minimize Voltage Standing Wave Ratio (VSWR) and Return Loss.
  • Nominal Capacitance: 39 pF/meter @ 1kHz
  • Rated Bandwidth: DC-5.0 MHz (3M cable) with ≤1.09 VSWR and ≥27dB Return Loss

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)