Reference Bi-Wire Jumpers
The Reference Bi-Wire Jumpers offer a significant performance upgrade over the cheap metal strips found with most loudspeakers. While the Norse 2 Jumpers offer major improvements to the musical performance, the Reference Jumpers are even better. Based on Dual Mono-Filament construction and TSC technology (also found in the Odin Series), the sonic benefits are massive. These tuned pairs of straight-line jumpers maintain perfect signal integrity between the loudspeaker binding posts. Using high quality, low mass connectors, the standard termination is spade to 4 mm Nordost Z plugs. Replacing the standard bridging plates with Reference Series Jumpers creates an astonishing difference. Use them with Nordost’s Dual Mono-Filament speaker cables and the difference is even more apparent.
Bi-Wire Jumpers
Your sound system is only as strong as its weakest link, which is exactly why even the jumper cables attached to your loudspeakers are an integral part of your cable loom. Those last few inches of crucial cabling ensure that the sonic signature that you have invested in throughout your entire system is maintained between your loudspeaker and the binding posts. Nordost’s bi-wire jumpers improve upon the standard metal plates and generic wires supplied with most bi-wire loudspeakers, and replace them with the same groundbreaking technology and cable philosophy that you have already entrusted to upgrade your entire system.
Reading material
ENHANCE PERFORMANCE WITH BI-WIRING
SPEAKER SET-UP GUIDE
Warranty
Limited lifetime warranty
Specifications
Insulation: Fluorinated Ethylene Propylene (FEP)
Construction: Mechanically Tuned, Dual Mono-Filament, and TSC Design
Material: Silver-plated 99.99999% solid core OFC
Termination: Gold-plated Spade or Z-plug Banana (Spade to Spade, Spade to Banana, Banana to Spade or Banana to Banana)
Add £12 retail ea. for Large Spades (8.5mm)
For the last 30 years, Nordost has been at the zenith of cable design and development, and throughout that time it has stayed true to its core; producing low-mass cables with optimal signal transfer speed and ideal impedance matching.
Hi-Fi+
