The tried-and-trusted 1.00 mm2 BRC conductors and the FTDA® conductor damping method remain the foundation of this iconic interconnect. Without compromising any aspect of the original design, our complex SATI®/SASDB® insulation was scrutinized and enhanced. SASDB® with the cotton tape underlayer provides efficient shield’s decoupling from the Cable Core and virtually eliminates electro-dynamic noise, generated in the shield. X-Shield® with the improved shielding properties upon curving and reduced contact noise in the shield structure rejects most of emitted interferences throughout the entire frequency spectrum. High-damping jacketing with TPU Elastollan® exemplifies unmatched mechanical strength and vibration absorption. Being perhaps the most technically refined and sonically cohesive interconnect in its class, the new Reference MkIII IC exceeds every expectation a true audiophile has ever imagined. It performs with an immense sense of scale and agility, creating a truly captivating musical loftiness.
Specifications
Type: | High End symmetrical interconnect cable |
Wave impedance: | 110 Ohm |
Conductor: | 2 х 1.00 mm2 (19 х 0.26 mm) multi-stranded BRC conductors |
Insulation: | SATI® with more PTFE tapes |
Conductor damping: | FTDA® (Fiber Torsion Damping) method |
Dielectric binding: | SASDB® with the bonding cotton tape layer |
Shield: | the latest generation of X-Shield® |
Jacket: | thermoplastic polyurethane (TPU) Elastollan® with increased elasticity |
Protective cover: | nylon sleeve |
Outer diameter: | 11.3 mm |
Termination: | RCA/RCA or XLR/XLR with Reference NG 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.