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EWA Starting Point Digital interconnect at ABCaudio 1
  • EWA Starting Point Digital

    Introducing the EWA Starting Point Digital Cable—specifically terminated for S/PDIF: coaxial digital interconnect, this iteration of the Starting Point series is exclusively offered as RCA - RCA.


    Crafted with an adjusted termination, the Starting Point Digital Cable transforms seamlessly into a digital interconnect, providing a high-quality solution for your digital audio needs.


    Featuring a twin shield comprising conductive thermoplastic and an extremely tightly lapped copper shield, this cable excels at resisting electrical losses and physical impacts. Meticulously specified, the shielding employs very pure, oxygen-free copper. The conductor, composed of the same multi-stranded material, incorporates a five percent mix of ultra-pure silver to enhance its performance.


    As with all EWA products, the Starting Point Digital Cable is expertly handcrafted in the UK at the time of order. Upon receipt, you have thirty days to immerse yourself in the listening experience and evaluate your new acquisition within the context of your own system. If, for any reason, the product does not meet your expectations, it can be returned for a full refund, excluding shipping costs. However, we are confident that the EWA Starting Point Digital Cable will captivate your senses and seamlessly integrate into your digital audio setup.

    • EWA Starting Point digital interconnect (measured per metre):


      L (inductance) signal: 1.0 µH

      L (inductance) ground: 1.3 µH

      C: (capacitance): 90 pF

      R (resistance) signal: 2.5mΩ

      R (resistance) ground: 5mΩ



      Neutrik Rean gold plated RCA plugs.

      Over 5000 mating cycles (5 - 20N mating force)

      Contact resistance: ≤10mΩ

      Insulation resistance: ≥2,000MΩ

      Dielectric strength: 50Hz 0.5KVdc

      7.3mm dia.


      Other features:

      Electrically damped to suppress cable resonance (ringing), with the result that deleterious harmonics from that resonance are suppressed effectively. The connection is as fast as it can be, but without the phase disrupting harmonics.