CARDAS Crosslink

George Cardas claims that resonant behavior of a conductor or a strand is the reason for performance gaps in many cables. Each and every strand in a cable has its own ´sound´ due to microscale vibrations and ringing. Two or more wires of the same mass and tension are supposed to have common mechanical resonating points and share the same note. Two or more wires or bundles of wires, differing in size, each have their own resonant points. When combined, wires find new points of interaction, creating another note.

There is a solution - create a multiple strand conductor, where the individual strands share no common mathematical node or resonant point and layer them to cancel the noise they each create. In so called golden section stranding, derived from divine ratios (Fibonacci sequences), the individual strands are arranged so each strand is coupled to another, whose note or sound is irrational with its own, thus nulling inter-strand resonance.

Cardas cables also employ a unique stranding method where strands diminish in size towards the interior of the conductor. This design is called Constant Q Stranding and it allows each strand of the cable to share the load equally. All George Cardas's cables use OFC copper - actually Cardas Audio is one of the few manufacturers that draw their own conductors from copper rods instead of outsourcing the wires from elsewhere like most competitors do.