Master Series

The motivation behind the “birth” of Master Series was to combine high end audio specifications like the extreme detail, the 3-dimensionality and the flat response, with professional audio mechanical characteristics, such as the extreme durability and flexibility. The goal has been achieved and the cables of Master Series, due to their outstanding characteristics, launching new standards in the world of professional audio.

Ultra-high Purity Conductors. For the maximum conductivity at a given thickness and length, the cables of Master Series are using the extreme efficiency RSOFC (Refined Surface Oxygen Free Copper) conductors of 5N (99,9997%) metal purity. A sophisticated conductor design that significantly elevates performance of musical instruments, microphones, speakers and any other professional device.

Controlled LCR Values. By controlling and combining specific LCR (inductance, capacitance and resistance) values on each cable type, we achieve this “strongly desired” flat response by every musician, producer or sound engineer.

Dual Layer Insulation. For maximum performance, we have developed controlled density dual-layer insulation techniques, helping our cables to keep relative permittivity and dissipation factor at the lowest possible levels, to score the highest possible quality factor values and at the same time to provide excellent flexibility and safety.

High Conductive Shields. Based on high conductive shielding configurations of either Braid or Foil/Braid or Foil/French Braid^TM shields, our cables achieve maximum protection against all kinds of emitted interference and the same time score an impressively high discharge rate of noise currents, providing ultra-low transferred impedance values, that lead to an impressively accurate response across the full frequency range of any instrument, microphone, speaker or electronic device.

Noise Cancellation Design. Additional protection against magnetically coupled interference is also provided by the twisted pair structure of our conductors. The appropriate number of twists per unit length and the accurate uniform continuation is helping our cables to achieve a very effective noise rejection, helping connected components to provide even higher S/N ratio (signal to noise ratio).