• Silver Plating: The “Catcher” of Ultra-High Frequencies
  Utilizing silver’s superior conductivity and the skin effect, it precisely captures the most delicate ultra-high-frequency harmonics (e.g., violin overtones, triangle decay) and transient details (e.g., the “click” of a piano hammer strike). This delivers lightning-fast transient response and a transparent sense of air, allowing the edges of the soundstage to bloom naturally like mist.
• OFC Core: The “Foundation” of Mid and Low Frequencies
  As the main body of the conductor, high-purity OFC (Oxygen-Free Copper) utilizes its low internal resistance to carry the primary energy and mid-to-low frequency information of the sound (e.g., the chest resonance of a cello, the vocal weight in singing). It ensures a full, warm sonic foundation with rich harmonics, avoiding the “cold and thin” character associated with pure silver conductors. This achieves a balance where details are sharp yet never piercing, and dynamics are powerful yet retain a sense of ease.

• Micro-Resonance Suppression:​ The exceptional rigidity and unique layered structure of graphene effectively constrain and dampen microscopic vibrations within the conductors and externally induced resonance. This significantly reduces “coloration” and time-smearing caused by resonance, resulting in cleaner attack and decay, and exceptionally clear, stable imaging.
• Electrostatic Barrier:​ Its excellent conductivity allows for the rapid dissipation of static charges generated from friction, reducing the long-term impact of dust attraction on insulation performance and providing further shielding against external electrostatic interference.
• Aiding Ultra-High-Frequency Extension:​ Theoretically, the graphene coating can provide an auxiliary conduction path for extremely high-frequency signals, working in synergy with the silver-plated conductors to pursue the ultimate in flat, extended bandwidth.

— For the Discerning Listener in Pursuit of Ultimate Fidelity