AAC IC-3 e2 Cryo Interconnect Cable Pair Silver XLR
DEEP CRYO TREATED FOR THE ULTIMATE LEVEL OF PERFORMANCE
Audio Art’s cryo treated e Series takes another evolutionary leap with the IC-3 e2 interconnect. Incorporating a patented process deep cryogenic treatment designed specifically for audio cables and components, and connector parts designed to enhance cryo treated cables, your musical signal will flow through your system, into your ears with an absolute minimum degree of alteration. The result is a highly musical interconnect with richly refined tonal characteristics, strongly resolved frequency extremes, improved micro and macro dynamic shadings, holographic spatial cues, and more! IC-3 e2 will transport your music to sublime levels of performance that will have your toes tapping, while doing so at factory direct prices free from consumer funded dealer mark-ups.
ETI RESEARCH KRYO XLR
ETI Research’s Kryo XLR is a high-performance audio connector offering innovations and refinements in abundance! With pinpoint CNC machining to ensure the female connection is at an exact thickness, and conductive components made from silver plated tellurium copper, Kryo delivers the best possible high-fidelity audio performance, plus long-lasting durability. Kryo XLR also offers a robust housing made from brass, designed for superior vibration damping and high EMI/RF noise rejection. Over the years, XLR connectors with some type of copper have been available but the male pins typically have too much mass which causes excessive capacitance, altering the sound. Many of these XLR’s also have female connectors which are brass formed leading to sibilance and grain being introduced to the music! ETI Kryo XLR’s tellurium copper for all conductive elements, ensures maximum fidelity, and an attention to performance enhancing details that result in the best connector choice always having the least effect on sound.
THE CABLE AT THE CORE
Multiple stranded, silver-coated OFC copper conductors insulated in an ultra-low loss foamed Polyethylene dielectric, in a low capacitance design. 100% aluminum mylar shielding provides immunity to noise, with an upgraded, durable Techflex jacket.