Furutech CF-602F-N1 (R) Delivers Audiophile-Grade XLR Connector Performance
Furutech CF-602F-N1 (R) High End Performance XLR Connector is a premium-grade female XLR connector designed to meet the stringent expectations of audiophiles, engineers, and high-end audio system builders. This high-fidelity connector integrates precision-machined materials with innovative signal preservation technologies, making it a benchmark for uncompromising signal transfer in balanced audio configurations.
CF-602F-N1 (R) Features a Rhodium-Plated α (Alpha) Conductor for Superior Signal Transfer
Furutech CF-602F-N1 (R) is engineered with α (Alpha) processed rhodium-plated conductors made from high-conductivity beryllium copper and phosphor bronze. This combination ensures an exceptionally stable and low-resistance electrical path, critical for preserving signal integrity in balanced audio systems. The rhodium plating enhances oxidation resistance while improving contact durability, ideal for long-term system reliability in both studio and high-end listening environments.
Rhodium, known for its hardness and high conductivity, contributes to the connector’s extended lifespan and resistance to wear, even under repeated insertions. By selecting beryllium copper for the contact pins, Furutech ensures enhanced spring tension and mechanical resilience, maintaining firm, consistent contact pressure over time.
Stainless Steel and Carbon Fibre Housing Provides Mechanical and Electromagnetic Isolation
Furutech CF-602F-N1 (R) XLR connector features a non-magnetic stainless steel shell layered with carbon fibre, combining vibration damping with EMI/RFI shielding. The outer housing not only adds a modern aesthetic but also plays a functional role in preventing microphonic distortion and electromagnetic interference, which are detrimental to signal purity.
The carbon fibre composite layer serves as a resonance control barrier, reducing mechanical noise transfer from surrounding components. This layered shielding system makes the CF-602F-N1(R) particularly effective in complex installations where noise isolation and mechanical stability are mission-critical.
PVDF Fluoropolymer Insulation Enhances Dielectric Performance
Furutech CF-602F-N1 (R) connector utilises a high-performance PVDF (Polyvinylidene fluoride) fluoropolymer for internal insulation, chosen for its low dielectric constant and excellent thermal stability. This insulation material significantly reduces capacitive effects between contacts, preserving tonal balance and imaging accuracy in balanced audio signals.
The use of PVDF also contributes to the connector’s wide temperature tolerance and mechanical rigidity, ideal for professional use in studios or custom installations where cable stress and environmental variations may be factors.
Custom Cable Compatibility with Specialised Strain Relief Design
Furutech’s CF-602F-N1 (R) high-performance XLR connector accommodates cable diameters up to 10.0 mm, making it compatible with a wide range of audiophile-grade and pro audio balanced cables. The specially engineered cable clamp provides robust strain relief to prevent conductor fatigue or breakage at termination points, ensuring long-term reliability even under repeated movement or tension.
This solder-type connector requires precise hand-termination, appealing to DIY audio builders and professional technicians looking for bespoke cable assemblies with exceptional sonic performance and build quality.
CF-602F-N1 (R)’s Dimensions and Precision Construction Suit Demanding Builds
The CF-602F-N1 (R) connector measures 18.6 mm in diameter with an overall length of 77.4 mm, offering a solid, compact footprint that suits tight equipment layouts or densely packed racks. Its consistent manufacturing tolerances (±0.1 mm) ensure reliable mating and a snug, noise-free fit across compatible sockets, whether used in preamps, DACs, active monitors, or high-end interface equipment.
This connector is part of Furutech’s high-performance CF series, which is trusted worldwide for uncompromising quality in professional audio, mastering-grade interfaces, and ultra-high-end home audio systems.
