OYAIDE TUNAMI TERZO V2 Interconnect Cable

The Oyaide TUNAMI TERZO V2 is a premium interconnect cable designed to ensure very-low-loss analogue transmission with high immunity to interference. It relies on a 102SSC copper conductor with a 1.25mm² cross-section combined with a dense-geometry 3E structure, while integrating a triple shield and low-dielectric-constant polyolefin insulation to stabilise electrical parameters and limit parasitic interactions across the full spectrum.

Intended for demanding high-fidelity systems, it combines high conduction capacity, advanced interference management and control of mechanical phenomena, preserving signal integrity even in complex electromagnetic environments. This approach enables it to serve as a critical link within an audio chain, while maintaining electrical consistency and reproduction stability suited to the most sensitive configurations.

Oyaide TUNAMI TERZO V2: Enhanced cross-section and polyolefin insulation

The cable adopts a conductor cross-section of 1.25mm², the largest among the brand's signal cables, thus reducing transmission losses by lowering linear resistance. This increased conduction capacity results in better signal integrity over longer distances or in low-level configurations, while maintaining stable dynamics.

This approach is extended through the use of a polyolefin polymer insulation, whose dielectric constant — approximately four times lower than PVC — limits energy storage and signal lag effects.

Oyaide TUNAMI TERZO V2 : PU outer jacket

The assembly is protected by a pearl-white polyurethane outer jacket, selected for its mechanical strength and stability over time, while ensuring effective protection against external stresses. This jacket contributes to maintaining the structural integrity of the cable, thus extending the benefits of internal design choices in terms of electrical stability and vibration management.

This coherence between conductor, insulation and shield enables the TUNAMI TERZO V2 to maintain constant parameters in real-world conditions, facilitating its integration into systems where control of losses, interference and mechanical phenomena directly influences the quality of sound reproduction.