Wave Fidelity Storm Reference single SPIDF RCA cable

Mint condition, sold with original packaging. Many identify the effects of RF interference as a harsh sound similar to digital glare which ultimately makes the music sound fatiguing. The presence of RF noise can sometimes be mistaken for detail or a widened sound stage but this is merely an artefact of the interference and is not true detail. Many say that the presence of RF is most easily recognised when it is eradicated. In other words listen with your normal cables and then try the WAVE Storm reference cables. Most instantly hear the difference saying the music sounds darker, more relaxed and with more detail coming through. Owners of the cables also report that the bass is deeper and has more detail. A vague desire to turn the volume down is instead replaced by a desire to turn the volume up which in my experience is always a sure sign that the RF noise has been eliminated from the system. Indeed I now find that I can listen at higher volume levels without the music ever appearing 'loud'. Rock music actually sounds like rock music should and classical music is allowed to be played at realistic concert levels all without harshness. Our current working theory is that the WAVE cables suck so much noise out of the digital signal. The cables are designed and manufactured in the Vale of Belvoir in rural Leicestershire. At the heart of the WAVE Storm BNC cables is a 5N (99.999%) pure solid silver conductor to allow a strong digital signal. A foil screen is incorporated for high frequency shielding together with a silver plated mesh screen. The result is a true 75 ohm cable. High quality Oyaide BNC connectors are used and these are silver soldered throughout with particular attention to providing a full circumference solder connection to the sheathing for STORM Reference grade performance. Each of the WAVE Storm Reference BNC cables incorporates 20 ferrites to filter out RF interference. These ferrites are carefully selected to target the specific problem frequencies. The ferrites are also tightly fitting on the cables which increases their effectiveness. The WAVE ferrites can be contrasted with clip on split ferrites which are often targeting the wrong frequencies which are loose fitting. Clip on ferrites also pinch the dielectric and the screen is brought closer to the central conductor at the pinch points resulting in a changed cable characteristic.