OYAIDE ACROSS 750 V2 Interconnect Cable

The Oyaide ACROSS 750 V2 is a coaxial interconnect cable designed to ensure stable analogue transmission with low parasitic capacitance. It relies on a 102SSC copper centre conductor combined with a proprietary C.I.S. (Cross-Insulated-Stabilizer) structure incorporating an air layer, in order to reduce dielectric interactions and preserve signal integrity, particularly in the high-frequency range.

Intended for high-fidelity audio links, it combines a controlled-geometry coaxial architecture with low-dielectric-constant polyolefin insulation, limiting losses and internal interference while maintaining high mechanical stability. This approach allows it to integrate into demanding systems where control of capacitance, internal vibrations and conductor/insulation interactions directly conditions the accuracy of reproduction.

Oyaide ACROSS 750 V2: 102SSC Conductor

The ACROSS 750 V2 relies on the proprietary 102SSC conductor, drawn from primary copper conforming to JIS C1011 to eliminate any impurities associated with recycling, while a surface stripping process removes residual contaminants to promote uniform conduction. This approach is extended through drawing via natural diamond dies, refining the strand structure and improving their consistency, while maintaining a manufacturing tolerance of ±1µm that limits electrical variation. The whole, completed by a double annealing process reducing internal mechanical stress, achieves a conductivity of 102.3% IACS, ensuring stable and predictable signal transmission.

Oyaide ACROSS 750 V2: Halogen-free insulation

The assembly is enclosed in a halogen-free polyethylene outer jacket, selected for its stable dielectric properties and low interaction with the signal, while contributing to the mechanical protection of the cable in both domestic and professional environments. This outer sheath maintains consistent electrical performance by limiting external influences, while its composition ensures controlled dissipation of thermal and mechanical stress.