ULTIMATE IC S/PDIF

Our top-of-the-line digital coaxial cable is fully compliant with AES3 unbalanced specification.

Thanks to the Infinite SATI® insulation, comprised of multiple bi-directional X-Cross PTFE tape layers, the exact 75 Ohm wave impedance matching and unprecedented conductor damping are obtained. Cold dielectric tape overlaying avoids thermal stress to a conductor and its recrystallization, resulting in unparalleled electrical conductivity and structural uniformity. SATI®, which has no equal in the industry to date, steps down signal energy loss and dispersion to vanishingly low levels. Superb EMI immunity especially at UHF eliminates the origins of noise-correlated jitter and contributes to virtually unimpeded digital pulse’s time scale and shape. Ultimate IC S/PDIF is probably the finest choice not only for linking High End digital equipment, but for professional clock pulse distribution of the utmost precision.

Specifications

Type: High End digital coaxial cable for S/PDIF or high-stable clock pulse distribution including Word Clock / Master Clock
Signal attenuation: max 0.004dB/m at 10MHz; max 0.01dB/m at 1GHz
Wave impedance: 75 Ohm
Supports: up to 24-bit/192kHz Hi-Res Audio
Conductor: 1.00 mm² (19 х 0.26 mm) multi-stranded BRC+ conductor
Insulation & damping: Infinite SATI® with more PTFE tape layers
Shield: X-Shield® SE
Jacket: thermoplastic polyurethane (TPU) Elastollan®
Protective cover: nylon sleeve
Outer diameter: 11.8 mm
Termination: RCA/RCA or BNC/BNC with Ultimate 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 Lengths

1 × 0.62 m
1 × 1.00 m
1 × 1.65 m