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- Home - Tributaries
“After installing Tributaries Series 8 Power cables, my WIFE asked ‘Did you change something with the TV?’ she went on raving about the vivid details: I was impressed!!”
- Single-ended RCA Audio Cables Archives - Tributaries
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
- Design Principles - Tributaries
Tributaries cables incorporate a host of patented technologies Beginning with copper made specifically for audio applications; conductors are multi-gauge in design with individually insulated strands and precision impedances
- About - Tributaries
Tributaries, a family-owned American company, is a leading provider of high-performance and high quality Digital Analog Audio Interconnects, Speaker Cables, AC Power Products and HDMI Cables
- Model 8AB MKII - Tributaries
To reduce signal hum during connection, the Tributaries Series 8 XLR connectors have the female ground (pin 1) placed forward in the shell so the ground connects first The end result is a dead-quiet neutral sounding cable that accurately produces the sound of live music
- Model UHDU - Tributaries
Strength and protection were built into every connector with Tributaries Full Body Armor Shielding The Tributaries T-Grip connection stays put in the precise location even when installed in a moveable display
- Model 8BW MKII - Tributaries
Tributaries LC-OFC is carefully drawn to produce a low crystal volume per foot resulting in less signal loss and distortion Conductors consist of multiple solid gauges that are mathematically and tonally chosen to support low, mid and high frequencies for a natural sounding cable
- Model 8P-IEC MKII - Tributaries
The Mark II cables are silver-soldered to Tellurium (TE) copper termination pins which mate perfectly with the new Tributaries power connectors allowing the greatest amount of contact area possible for perfect signal transfer
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