🎵 YYAUDIO 4N OFC 75Ω HiFi Digital Coaxial CablePremium Audio Cable for Superior Sound Quality ✨ Premium Features🔌 Gold-Plated RCA Connectors24K gold-plated copper plugs with metal shell shielding provide superior signal transmission and corrosion resistance for long-lasting performance. 🎼 99.99% Pure OFC CoreHigh-purity oxygen-free copper (4N OFC) ensures lossless audio transmission with exceptional clarity and detail in every note. ⚡ 75Ω Constant ImpedancePrecision-engineered 75Ω impedance reduces signal interference and reflections, delivering clean transmission channels for true HiFi sound. 🛡️ Multi-Layer ShieldingDense OFC braided shielding network blocks external interference, ensuring pure, distortion-free audio reproduction. 💪 Durable ConstructionFlexible PVC outer jacket with reinforced nylon mesh provides excellent protection while maintaining flexibility for easy installation. 🎯 Professional GradeHand-crafted with 3% silver solder joints and rigorous quality testing ensures audiophile-level performance for demanding setups. 📊 Technical Specifications
📸 Product Gallery![]() ![]() ![]() ![]() ![]() ❓ Frequently Asked QuestionsQ: What is the difference between this cable and standard RCA cables?A: This cable features 75Ω constant impedance specifically designed for digital coaxial audio, 4N OFC conductors for superior signal purity, and professional-grade shielding. Standard RCA cables lack these critical specifications needed for high-fidelity audio. Q: Which devices are compatible with this cable?A: Perfect for connecting subwoofers, power amplifiers, home theater systems, CD players, DACs, and other audio equipment with RCA coaxial inputs/outputs. Q: What length should I choose?A: Choose the shortest length that comfortably reaches between your devices. Shorter cables (0.5m-2m) are ideal for desktop setups, while longer lengths (3m-10m) work well for home theater installations. Q: Does cable length affect sound quality?A: With proper 75Ω impedance and OFC construction, signal degradation is minimal even at longer lengths. However, using the shortest practical length is always recommended for optimal performance. |