This renowned High End interconnect cable builds on the time-proved 1.00 mm2 BRC conductors and FTDA® damping method. A conductor free floating in a viscous longitudinal cotton fibre surround with high mechanical decrement provides efficient vibration absorption by as much as 50 times, vastly extending the attainable dynamic range. The SATI®/SDB insulation/binding combination steps down the distributed capacitance, relative permittivity and signal energy loss. The reinforced X-Shield® SE provides superior EMI suppression especially at LF and virtually eliminates electro-dynamic noise, generated in the shield. The thermoplastic polyurethane (TPU) Elastollan®, used for jacketing, exemplifies high elasticity, dielectric long-term stability, exceptional vibration absorption, as well as excellent resistance to abrasions, tears and temperature fluctuations. With all the advanced design attributes the Reference MkII IC presents music precisely with all nuances and emotions carefully retrieved. Excellent noise immunity makes it an ideal solution for professional recording studio applications.
Type: High End analog symmetrical interconnect cable
Wave impedance: 110 Ohm
Conductor: 2 х 1.00 mm² (19 х 0.26 mm) multi-stranded BRC conductors
Conductor damping: FTDA® method
Dielectric binding: SDB
Shield: X-Shield® SE
Jacket: thermoplastic polyurethane (TPU) Elastollan®
Protective cover: nylon sleeve
Outer diameter: 12 mm
Termination: RCA/RCA or XLR/XLR with Reference V2 plugs
Available: in standard terminated lengths
Country of origin: made in Russia
Due to the cable construction complexity and excessive material consumption the initial burn-in period (time during which the best sonic performance is reached) is suggested as 100 hours of uninterrupted music playback at least. We highly recommend playing music of different genres.
Due to our policy of continuous product development, all specifications are subject to change without notice.
Available Terminated Lenghts:
2 х 0.62 m
2 х 1.00 m
2 х 1.65 m
2 х 2.65 m
2 х 4.35 m
2 х 5.00 m