6N Silver-Plated OFC Shielded Lightning to USB-C Digital Audio Cable

Technical Specifications

• Cable Length：6 cm (2.4 in)
• Construction：2-Core Structure with Independent Shielding Layer
• Conductor：6N Silver-Plated Oxygen-Free Copper (OFC)
• Wire Gauge：24 AWG
  
• Jacket Material：Premium-grade Soft PVC Jacket
• Termination：Lightning Male to USB Type-C Male

The conductor adopts a 2-core structure, with each core consisting of 19 individually twisted 24 AWG 6N silver-plated OFC wires, providing excellent conductivity, low resistance, and efficient signal transmission.

The shielding layer is constructed with 160 strands of 24 AWG 6N OFC wires, combining 80 gold-lacquered strands and 80 black-lacquered strands in an interwoven design to effectively reduce external interference while maintaining a clean and stable signal path.

Precision Assembly & Soldering

All plug and connector terminations are hand-soldered using premium gold-silver solder, ensuring excellent electrical conductivity, stable signal transfer, and long-term reliability.

To further enhance structural integrity, every solder joint is reinforced with UV-cured resin, providing additional protection against oxidation, vibration, and mechanical stress for outstanding durability and consistent performance over years of use.

Why Choose This Cable?

Silver-Plated OFC Conductor + Independent OFC Shielding Layer

This upgraded cable combines 6N silver-plated Oxygen-Free Copper (OFC) conductors with an independent OFC shielding layer to create an optimized signal transmission structure with enhanced clarity, resolution, and stability.

The silver-plated OFC conductor balances the conductivity and detail retrieval of silver with the natural tonal characteristics of copper, delivering improved high-frequency extension, smooth harmonic reproduction, rich dynamics, and a refined musical presentation.

Independent OFC Shielding Layer

The high-coverage OFC shielding layer effectively reduces external electromagnetic and radio-frequency interference, helping lower the noise floor and maintain a cleaner, more stable signal path.

By minimizing unwanted interference, the shielding structure enhances imaging precision, instrument separation, and soundstage definition, allowing music to be reproduced with greater clarity and accuracy.