OSIRIS SIGNATURE is the result of months of research, prototypes and listening tests.
OSIRIS SIGNATURE interlink is only made on request in our facilities using the best materials in the market.
- Conductors: 5 x 20 AWG 6N silver (99.99999%) obtained by the most innovative and modern techniques of the OCC* process (Ohno Continuous Casting Process) or our special silver/gold alloy obtained by the same technique.
- Dielectrics: air, Teflon and untreated cotton.
- Shielding: Q-PleX Level I System.
- Z.S.D. (Zero Signal Distortion) technology.
- Individual checking: 10 hours.
- Ultra-soft Techflex outer cover.
- Furutech connectors.
- Custom lenghts, please ask.
Price per couple.
Note: We advise a break-in of approximately 100 hours on all our cables in order to get the most out of them.
What are the differences between silver or silver/gold conductors?
To help you as a reference when choosing between the two versions, the silver offers a more linear sound across the entire frequency range, while the silver/gold version slightly boosts the midrange offering a more pleasant sound in the midrange in certain systems. Please, do not take these words as anything more than an absolute but as a guide, since the final result will depend on factors such as the synergy with the system in which the cables are to be used, the conditioning of the room and the particular taste of the listener. While some people are happy to get as much micro detail out of their recordings, others prefer a smoother sound, with a more textured midrange. That does not mean that one version or another will differ a lot, we usually talk about small details but that they will complete your system and make you enjoy the music to the fullest.
*OCC: The process for obtaining ultrapure copper was developed by Professor Ohno of the Chiba Institute of Technology in Japan. This technology has been applied to the manufacture of copper monocrystals with the continuous casting process in a heated mould. The resulting product is small OCC pure copper rods, of the that the wire can be drawn and that can have copper grains of more than 200 meters in length. It is currently applied to obtaining precious metals such as silver or gold by means of more developed techniques such as the use of the vacuum. Thus, conductive threads with unique characteristics are obtained: monocrystalline, unidirectional, impurity-free, highly resistant to fatigue, flexible, resistant to corrosion, with a very low electrical resistance and with an almost perfect structure.