VALHALLA 2 SPEAKER CABLE

The Valhalla 2 Reference Speaker Cable consists of twenty-eight conductors divided into four groups of seven. Each conductor is made from solid core 99.999999% oxygen free copper and plated with 85 microns of silver. A Dual Mono-Filament wrap is applied and helically wound around each conductor before a precision FEP jacket is extruded over the outside. The transmission speed of the cable is extremely fast, at 97% the speed of light. V2 exemplifies state of the art technology with very wide bandwidth signals and minimum phase shift. It delivers incredible transient response and dynamic resolution, preserving depth of musical detail and allowing listeners to follow complex recordings with ease. The V2 Reference Speaker Cable is terminated with HOLO:PLUG ® gold-plated spade connectors or Nordost low-mass Z plugs.

SPECIFICATIONS

VALHALLA 2 REFERENCE CABLES

With their introduction in 2001, Valhalla cables became a benchmark for performance in the consumer electronics industry and a great success for Nordost — but by 2013 it was time for a new Reference range. Over the years we have been able to develop cutting edge production techniques and technological innovations that both improve the quality and precision of our manufacturing process and propel the capabilities of our products to previously unattainable levels. The Valhalla 2 range benefits from the gains of those years of research and development in every aspect of its construction.

While V2 cables remain true to the Nordost design philosophy, using silver-plated, OFC solid core conductors, extruded FEP insulation, a mechanically tuned construction, and asymmetrical grounding, the advances made from that jumping-point are astounding.

V2 cables use Dual Mono-Filament technology, along with an innovative, proprietary connector called the HOLO:PLUG®, designed to be the best possible interface between the cable and component. The combination of these two ground-breaking technologies allows Nordost products to perfectly match our philosophy of low mass design, optimal signal transfer and perfect impedance matching.