TYR 2 POWER CORD
Nordost’s new Tyr 2 Power Cord benefits from the extensive research made in creating Valhalla 2, therefore extending our celebrated Norse 2 cable range into the realm of our Reference line. By employing Nordost’s proprietary Dual Mono-Filament technology, which is also found in Valhalla 2, the Tyr 2 Power Cord is able to achieve the most effective insulation method in the industry, putting this cable a step above its Norse brothers and bounds ahead of the competition. This cable consists of 7 silver plated, solid core 16 AWG OFC conductors, which eliminate strand interaction, hot spots and carbonization to ensure optimum performance. The use of these conductors also allows complete material consistency with Norse 2 interconnects and speaker cables.
Like the Heimdall 2 and Frey 2 Power Cords, the Tyr 2 Power Cord uses extruded FEP insulation, which is superior to all other materials in terms of low signal loss and high thermal efficiency. The use of FEP in a Dual Mono-Filament construction guarantees that power is transferred more effectively, while the low resistance of the cable keeps power loss extremely low.
Finally, the Tyr 2 Power Cord implements mechanically tuned lengths. This technique, used in Nordost’s Norse 2, Reference, and Supreme Reference ranges, reduces internal microphony and high-frequency impedance resonance. The benefits can be heard at both ends of the scale– in the sheer impact that comes with real instrumental presence and explosive dynamics, and the color, texture and intimacy that brings a voice or solo instrument to life. The result is the most musically coherent and involving performance you’ll ever have heard from your system and recordings.For up to 4 m extra meters please contact the store, charging € 600 per 1 metro.
|Insulation:||Fluorinated Ethylene Propylene (FEP)|
|Construction:||Mechanically tuned lay, length and Dual Mono-Filament design|
|Conductors:||7 x 16 AWG|
|Material:||Silver-plated 99.99999% solid core OFC|
|DC Resistance:||1.33 Ohms per 1000ft|
|Velocity of Propagation:||91%|