Furutech FT-7445(R) High Performance 4.4mm TRRRS Connector

The Furutech FT-7445(R) High Performance 4.4mm TRRRS Connector is a high-quality connector designed to meet the demands of audiophiles and professionals seeking superior sound quality and reliability in balanced audio connections. With Furutech’s reputation for meticulous craftsmanship and the use of advanced materials, the FT-7445(R) ensures excellent signal integrity and durability for high-fidelity audio setups. Here’s an in-depth look at its features and benefits:

• Connector Type: 4.4mm TRRRS (Pentaconn) – The TRRRS (Tip-Ring-Ring-Ring-Sleeve) configuration provides a balanced connection, allowing for superior audio signal transmission with minimal crosstalk and interference, making it ideal for balanced audio applications.
• Rhodium-Plated Contacts: The FT-7445(R) features rhodium-plated contacts, which offer exceptional conductivity and are highly resistant to oxidation and corrosion. Rhodium plating ensures that the signal remains pure and consistent over time, even with frequent usage, contributing to long-lasting performance.
• High-Purity α (Alpha) OCC Copper Conductors: The conductors are made from high-purity α (Alpha) OCC (Ohno Continuous Cast) copper, which is known for its outstanding signal transmission capabilities. This material ensures that audio signals pass through with minimal distortion, maintaining clarity and detail.
• Stainless Steel and Nylon Construction: The connector body is crafted from non-magnetic stainless steel with a nylon/glass fiber insulation, which provides structural strength, durability, and resistance to interference, ensuring a stable and noise-free connection.
• Precision Machining: Furutech is renowned for its attention to detail, and the FT-7445(R) is no exception. The connector is precision-machined to provide a snug, secure fit for your audio cables, preventing signal loss or degradation.

Performance Benefits:

• Balanced Audio Transmission: The 4.4mm TRRRS design is ideal for balanced audio connections, providing enhanced stereo separation and reducing unwanted noise or interference that can affect the audio signal, resulting in a cleaner, more accurate sound.
• Superior Signal Integrity: With rhodium-plated contacts and high-purity α (Alpha) OCC copper conductors, the FT-7445(R) ensures optimal signal transmission, maintaining the full detail and transparency of your audio source.
• Durability and Corrosion Resistance: The rhodium plating ensures that the connector remains resistant to wear and corrosion, making it suitable for long-term use even in demanding environments or with frequent connections and disconnections.
• Reduced Noise and Interference: The non-magnetic stainless-steel body and nylon/glass fiber insulation work together to shield the signal from external interference, providing a cleaner and more detailed audio experience.

Ideal Applications:

• High-End Portable Audio Systems: Ideal for use with portable digital audio players (DAPs), headphone amplifiers, and other high-resolution audio devices that support 4.4mm balanced connections.
• Custom Headphone Cables: Perfect for audiophiles who want to upgrade their headphones with a high-quality balanced connection, ensuring superior sound quality and reduced noise.
• DIY Audio Projects: Great for enthusiasts and professionals building or upgrading custom audio cables, interconnects, or other balanced audio components requiring a 4.4mm TRRRS connection.

The Furutech FT-7445(R) High Performance 4.4mm TRRRS Connector offers an exceptional solution for those seeking to achieve the highest quality in balanced audio connections. Its rhodium-plated contacts, high-purity α (Alpha) OCC copper conductors, and precision-engineered design ensure superior signal transmission, durability, and noise reduction. Whether you’re enhancing your portable audio gear, upgrading high-end headphones, or working on a custom audio project, the FT-7445(R) delivers unparalleled performance and reliability, making it an excellent choice for achieving the best possible audio experience.