Furutech Reference III- N1 Speaker Cables

Furutech Reference III- N1 Speaker Cable - Pair (3.0M)

High End Performance Speaker Cable for Audio Equipment

All metal parts are treated with the

※FURUTECH α(Alpha) Process (Super Cryogenic & Demagnetizing Treatment)

Features

Double-shielded α (Alpha)-OCC Conductors eliminate radiated noise

•Formula GC-303 Antimagnetic EMI-Absorbent Modules surround each cable

•High performance beautifully engineered and finished rhodium plated pure copper spades

•FP-201 (R) Spade terminals nonmagnetic rhodium-plated pure copper (Nonmagnetic rhodium-plated eutectic cast brass FP-202 (R) Banana connectors by request).

•Insulated with air-foamed Irradiated PE reducing capacitance and damping vibration

•Results in greater resolution, clarity, powerful dynamics, and an ultra-quiet soundstage in which music develops more fully without artificial upper-frequency “presence region” glare.

•GC-303 allows a deeper, tighter bass to form a solid foundation for the rest of the frequency range, better defining the original recording’s venue. Natural, unforced detail reveals nuance and energy for an engaging musical experience.

α (Alpha) Conductor Is Composed Of Fine PCOCC Wire Strands

Treated With Furutech’s α (Alpha) Cryogenic and Demagnetizing Process

Specifications

Specifications: Construction and Materials

•6 bundles of 20-strand α (Alpha)–OCC Conductor・0.18mm, 2.7mm diameter: Wire AWG: 3.0 SQ.mm / Over 13AWG

•Insulation: Air-foamed Irradiated PE (Red/White) 5.1mm diameter

•Cable Lay: Two twisted cores

•Sheath: Two layers flexible PVC (Purple/Red) 13mm diameter

•Shield: Special EMI- and noise-absorbent Formula GC-303 module

•Jacket: Nylon yarn braid approx. 14.5mm

•Connectors: Spade Terminal [FP-201 (R)] or Banana Connectors [FP-202 (R)]

Electrical Properties of Cable Test Method

Max. Conductor Resistance 6.4 Ω／km JISC3005 6 20℃

Min. Insulation Resistance 1000 MΩ-km JISC3005 9.1 20℃

Dielectric Strength AC. 1000 V／1 min. JISC3005 8

Electrostatic Capacitance Approx 50 PF／m at 1 KHz