Purple Flare LS2 Interconnect (Pair) **Closeout**

PURPLE FLARE ANALOG INTERCONNECT

The Purple Flare Interconnect is a fully-shielded design employing six, 26 AWG silver-plated 99.9999% OFC solid core conductors, precision wound in a minimum cross-section configuration to eliminate unnecessary fillers or padding elements.

The insulation of this cable is high-grade FEP, selected for its superior dielectric performance, while the elegant minimalism extends to the carefully selected low-mass connectors and differential grounding. Like all Nordost cables, the Purple Flare Interconnect is manufactured and hand-terminated in the USA, further guaranteeing consistent performance. The result is a high-speed, low-loss interconnect with a wide bandwidth to preserve a sense of musical power and momentum.

Insulation: Fluorinated Ethylene Propylene (FEP)
Construction: Mechanically tuned lay
Conductors: 6x 26 AWG
Material: Silver-plated 99.9999% solid core OFC 
Capacitance: 55.0pF/ft
Inductance: 0.037μH/ft 
Overall Shield Coverage: 95%
Velocity of Propagation: 80%

Nordost’s Leif Series 2 cable ranges are perfect examples of quality cabling set at an affordable price range. The Leif Series 2 cables use scientifically proven methods and technology derived from the development of Nordost's Valhalla and Odin ranges, applying these essential principles to create cables which evoke dynamic, low-loss and realistic performances from even modest components and loudspeakers.

Leif  Series 2 cables are constructed using silver-plated, OFC solid core conductors, which form the basis of Nordost’s great sound. The conductors are then treated with Nordost’s innovative precision FEP extrusion process, where each conductor is individually enclosed in FEP insulation. This technique greatly reduces the dielectric properties of the cables in order to increase signal speeds and accuracy in signal transfer.

To build upon this foundation, Leif Series 2 cables are designed with a mechanically tuned construction that optimizes the dimensions and spacing of conductors to reduce dielectric effects even further.