“Tributaries Series 8 Audio cables produced a dramatic and easily perceivable improvement in clarity, resolution, musicality and overall listening pleasure” Ralph Tarnofsky | Professional Audio Consultants Learn More
Tributaries complete line of audio, speaker and power cables were developed exclusively for Tributaries by celebrated cable designer Jay Victor. Using some of the same design principles from Clarus Audiophile cables, it took 3 years to complete the engineering and cosmetic design to offer this comprehensive family of cables to the market. Tributaries cables incorporate a host of patented ...
All Series 8 Cables are meticulously assembled by hand in Orlando, Florida. Series 8 Mark II balanced audio cables begin with extremely high-grade linear crystal copper (LC-OFC) developed specifically for audio applications. Tributaries LC-OFC is carefully drawn to produce a low crystal volume per foot resulting in less signal loss and distortion. Conductors consist of […]
All Series 8 audio cables are meticulously assembled by hand in Orlando, Florida. Series 8 Mark II Single-Ended RCA audio cables begin with extremely high-grade linear crystal copper (LC-OFC) developed specifically for audio applications. Tributaries LC-OFC is carefully drawn to produce a low crystal volume per foot resulting in less signal loss and distortion. Conductors […]
All Series 8 audio cables are meticulously assembled by hand in Orlando, Florida. Series 8 Mark II Star-Quad speaker cables begin with extremely high-grade linear crystal copper (LC-OFC) developed specifically for audio applications. Tributaries LC-OFC is carefully drawn to produce a low crystal volume per foot resulting in less signal loss and distortion. 11AWG conductors […]
Single-Ended RCA audio cables are intended for unbalanced audio systems. Unbalanced analog audio systems will benefit from using Tributaries solid core, twin-axial cable design. The twin-axial design has dedicated conductors for the positive signal and negative return signal plus a heavy shield that is connected to the source end only. In this design the shield will capture any induced ...