• Under license our SC-Matrix V2, HighEnd Speaker cable guarantees true, natural sound with great dynamics, excellent attack and the tightest bass.

     

    With a litz stranding, the copper strands have the necessary surface area for a clean transmission of the treble range. The individual wires are reverse-braided to decrease all effects of stray RF EMI and also help the cable return to its original position, even after extreme twisting.

     

    The cable features strands of high-density oxygen-free copper cores inside a CL2-rated PVC jacket, providing unparalleled audio of the highest resolution and fidelity, so you hear more of the music with deeper, tighter bass, better imaging and a powerful dynamic range.

    True 13AWG construction translates into  2 cores of 2.85mm²  pure 99.999% OFC that allows the cable to be suitable for the most demanding speakers and monoblock amplifiers, with zero signal loss even on long runs

    Compatibility

    Fits banana plugs, spade tips or bent pin connectors, which are typically compatible with high-end amplifiers, reference speakers and A/V receivers and other professional sound applications and subwoofer  Installations

    Review of our 1st customer

    “The content sounds rich and & “live” with a pure tone and completely transparent presentation”.

     

    Please note: The cable is under license and is a no-compromise high-end OFC – 7N purity product with a high copper strand count available and suitable for top-end stereo and reference home theatre applications.

    Imported and Distributed by SoundFoundations with Online partner HIFIMART

     

     

    Technical Specifications:

    • Outer Profile:  9.0mm dia
    • True 99.99% OFC (7C purity)
    • Jacket Material: Linear Polyethene (LPE)
    • Gauge 13 :  ( 2 * 2.85 mm² )
    • Jacket Colour: Nylon Meshed Techlex

     

    Electrical Measurements 

    • Conductor construction 50 strands*0.25mm
    • Capacitance – wire/wire at 1ft (audio) – 52 pF
    • Insulation resistance per 1km – 0.01 GΩ
    • Insulation resistance per 1000ft – 0.003 GΩ
    • Conductor resistance per 1km – 6.0 Ω
    • Temp Range – 30 to + 70 degrees