Overview
In 1982, Sony Offered us a "perfect sound forever", as well as the attitude that "it's just digital, so all CD players have the same sound." This idea was refuted and the qualitative differences between readers became a truth accepted. Then have appeared the separate transport and DAC combinations, which resulted in the attitude that "all S / PDIF digital audio cables have the same sound ..." until it is also refuted. Today, the border has moved again. Is digital audio really only one and zeros? We do not think so, and when you have had the opportunity to listen FOREST USB, you will not think either ...
Solid silver conductors at 0.5%.
Solid conductors minimize the harmful effects of electrical and magnetic interaction between strands. For digital cables, whose signals are of such a high frequency that they move almost exclusively on the surface of the driver, more and more thick silver layers are applied to AudioQuest's long grain-grain copper conductors (LGC) To further improve the dissipation of noise. Placing the upper metal outside the driver produces the greatest benefit on overall performance - an extremely cost-effective way to maximize a digital cable.
Hard cell foam insulation
Hard-cell foam insulation (HCF) guarantees the critical geometry of the pair of signals. Any solid material adjacent to a driver is part of an imperfect circuit. The insulation of the wires and the materials of the printed circuits all absorb energy. Part of this energy is stored, then released as distortion. Hard foam insulation is similar to PE foam used in our more affordable bridge & falls, and is injected nitrogen to create air pockets. Like nitrogen (such as air) does not absorb energy and therefore does not release energy from or to the driver, the distortion is reduced. In addition, the rigidity of the material allows the cable conductors to maintain a stable relationship over the entire length of the cable, producing a stable impedance character and further minimizing distortion.
All drivers are controlled for the directionality of RF noise.
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