Furutech FI-8N NCF(R) High End Performance C7 IEC connector

Description

The Furutech FI-8N NCF(R) High-End Performance C7 IEC Connector is a premium-grade power connector designed to deliver clean, stable, and interference-free power to high-end audio and video systems. Specifically built for devices using the C7 power inlet (commonly known as a “figure-8” connector), this connector utilizes Furutech’s cutting-edge Nano Crystal² Formula (NCF) technology and rhodium-plated contacts to ensure optimal power transmission. It is the ideal choice for audiophiles and professionals seeking the best power delivery for their sensitive equipment, helping to reduce electrical noise, mechanical resonance, and enhancing overall system performance.

• Nano Crystal² Formula (NCF): The FI-8N NCF(R) incorporates Furutech’s proprietary NCF technology, which integrates nano-sized crystalline particles, ceramic powder, and carbon powder to generate negative ions that eliminate static, while converting thermal and mechanical energy into far-infrared energy. This reduces electrical noise and mechanical vibrations, resulting in a cleaner power signal.
• Rhodium-Plated Contacts: The rhodium-plated contacts offer superior conductivity and exceptional resistance to oxidation and corrosion. Rhodium ensures long-lasting, stable power delivery with minimal signal degradation, making it ideal for long-term use in high-end audio and video setups.
• High-Purity α (Alpha) OCC Copper Conductors: The internal conductors are made from α (Alpha) OCC (Ohno Continuous Cast) copper, renowned for its purity and excellent conductivity. This ensures minimal power loss, maintaining a clean, stable power supply to connected devices.
• Non-Magnetic Stainless-Steel Housing: The non-magnetic stainless-steel body helps to reduce electromagnetic interference (EMI) and mechanical resonance, ensuring the power signal remains clean and stable, leading to enhanced sound and video clarity.
• C7 “Figure-8” IEC Connector: The C7 IEC connector is commonly used for powering a wide variety of devices such as game consoles, Blu-ray players, audio equipment, and smaller home theater devices. The FI-8N NCF(R) ensures a secure, tight connection for clean power delivery.

Performance Benefits:

• Cleaner Power Delivery: The NCF technology, combined with rhodium-plated contacts and high-purity α (Alpha) OCC copper conductors, provides superior power transmission with minimal interference or noise. This results in enhanced sound clarity, better dynamics, and improved video quality.
• Reduced Noise and Resonance: The NCF technology works to reduce both electrical noise and mechanical vibrations, delivering a cleaner power signal to connected devices. This leads to improved performance, with clearer, more detailed audio and sharper, more accurate visuals.
• Long-Term Durability: The rhodium-plated contacts offer excellent resistance to oxidation and corrosion, ensuring long-lasting, reliable performance even with frequent use. The robust construction of the FI-8N NCF(R) enhances its durability for demanding environments.
• Improved System Performance: By delivering clean, stable, and interference-free power, the FI-8N NCF(R) significantly enhances the overall performance of high-end audio and video systems, resulting in more accurate sound reproduction, greater dynamics, and superior visual accuracy.

Ideal Applications:

• Home Audio and Video Systems: Ideal for audiophiles looking to deliver clean, stable power to high-performance audio and video devices such as amplifiers, receivers, and other equipment with C7 power inlets.
• Game Consoles and Media Players: Perfect for providing cleaner power to game consoles, Blu-ray players, and other media devices that use the C7 connector, improving overall performance and reducing noise.
• Home Theater Systems: Suitable for use in home theater setups where devices with C7 power inputs require stable, interference-free power delivery to enhance sound and video performance.

The Furutech FI-8N NCF(R) High-End Performance C7 IEC Connector is designed to deliver clean, stable, and interference-free power to devices using the C7 power inlet. Featuring Furutech’s advanced Nano Crystal² Formula (NCF) technology, rhodium-plated contacts, and high-purity α (Alpha) OCC copper conductors, this C7 IEC connector ensures superior power transmission, reducing noise and resonance while improving overall system performance. Whether you’re upgrading a high-end audio system, gaming console, or home theater setup, the FI-8N NCF(R) offers exceptional performance and long-term reliability, making it a valuable investment for achieving optimal sound and video quality.

RATING
7A 125V / 2.5A 250V AC

FEATURES
Nano Crystal² Formula (NCF)
Incorporated into selected Furutech products, NCF features a special crystalline material that has two ‘active’ properties. First, it generates negative ions that eliminate static. Second, it converts thermal energy into far infrared. Furutech combines this remarkable material with nano-sized ceramic particles and carbon powder for their additional ‘piezoelectric effect’ damping properties. The resulting Nano Crystal² Formula is the ultimate electrical and mechanical damping material. Created by Furutech, it is found exclusively in Furutech products.

Furutech is known the world over for a huge variety of top-quality OEM parts and delivers consistently superior results by following Pure Transmission principles; examine every link in the power and signal path and ultimately optimize each and every element.

SPECIFICATIONS
• Furutech’s unique female conductor design features rhodium-plated α (Alpha) beryllium copper and phosphor bronze conductors.
• Nylon / fiberglass with special “NCF” anti-resonance damping material – nano-sized crystalline, piezo ceramic particles and carbon powder main body.
• Specified for cable outer diameters of 6.0mm~13.0mm.
• Wire accommodation: Max. 2.4mm dia.(Solid core) // 2.0 Sq.mm/14AWG (Strand wire)
• Connection: Set screw.
• Dimensions: 36.8mm X 28.2mm X 71.0 mm ± 0.5mm overall length approx.
• Net Weight: 51.4g approx.