MEZE AUDIO mono 3.5 mm to 4 PIN XLR balanced silver plated PCUHD premium cable

The MEZE AUDIO Mono 3.5 mm to 4-Pin XLR Balanced Silver Plated PCUHD Premium Cable is a high-performance balanced audio cable designed to provide superior signal clarity and secure connections in professional audio setups. It falls into the category of premium balanced interconnect cables optimized for audiophile and studio use. Key Features: - Silver-plated conductors ensure excellent conductivity and minimal signal loss - 4-Pin XLR balanced connector offers robust connection and enhanced noise rejection - Precision-engineered for mono audio signal integrity with balanced output - Durable construction with premium PCUHD materials for longevity and flexibility Product Compatibility: - Compatible with devices featuring 3.5 mm mono audio jacks and 4-Pin XLR balanced inputs, such as professional headphones, amplifiers, and DACs - Suitable for high-resolution music sources supporting balanced output - No integrated control functions; cable designed exclusively for audio transmission - Appropriate voltage levels used in professional balanced audio environments - Ideal for studio, critical listening, and high-fidelity home audio applications - Cable length typically around 1 meter (exact length may vary) - Connectors: 3.5 mm mono male on one end, 4-Pin XLR balanced male on the other - Lightweight yet robust design with dimensions tailored for secure, manageable connections In the Box: - MEZE AUDIO Mono 3.5 mm to 4-Pin XLR Balanced Silver Plated PCUHD Premium Cable - Protective storage pouch or sleeve - Instruction manual for care and usage Technical Specifications: - Conductor material: Silver-plated copper for optimal signal transmission - Cable type: PCUHD premium balanced cable - Connector types: 3.5 mm mono male to 4-Pin XLR balanced male - Impedance: Low impedance for preserving audio fidelity - Cable length: Approximate 1 meter - Operating temperature range: -10°C to 60°C - Cable jacket: High-quality insulation ensuring flexibility and durability