DREMAKE XLR Cable, Premium Microphone Cable Male to Female, Balanced 3 Pin XLR Microphone Patch Cable for Shortgun Microphones, Studio Recording and Live Sound Features: - Gold Plated Pins ensures the stable signal and the best conduction - High coverage of 23AWG oxygen-free copper (OFC) conductors -Three shielding layers: Copper Braided + Aluminum Foil + Cotton Yarn Warp, provide pure and fidelity sound quality Specifications: - Connector A: XLR 3 Pin Male - Connector B: XLR 3 Pin Female - Jacket Material: Black Blue Tweed - Cable OD: 6.0mm - Length: 6 Feet/2 M Applications: Widely perfect for microphones, studio harmonizers, mixing boards, patch bays, preamps, speaker systems, stage lighting, DMX LED, DMX lighting, Equalizer, Amplifier and other equipments with 3-pin connectors Package Include: 1 X DREMAKE XLR Mic Cable

{WIDELY COMPATIBLE}: DREMAKE Microphone Cable is perfectly used for the equipments with 3-Pin XLR plug such as Shotgun Microphones, Mixing Boards, Preamps, Power Amplifiers, Studio Harmonizers, Speaker Systems, Patch Bays and Stage Lighting and so on. Application for the place that Stage Speaker, Club Stage, KTV and Home Theater, etc. {DURABLE JACKET BUILD}: The cable with the high tensile strength and flexibility black&blue tweed woven jacket materials is more durable and wear-resistant than ordinary XLR cords, it cover featuring anti-pulling, anti-wearing and anti-vibration enables long-lasting performance. {HIGH COVERAGE of OFC}: The cable is made of twin 23AWG oxygen-free copper (OFC) conductors, covered with polyethylene insulation, aluminum foil shielding and inner cotton yarn wrap shielding for ensuring the maximum cancellation of noise undisturbed by external signals. {GOLD PLATED PINS for GREAT CONDUCTIVITY}: The 24K gold plated pins of this XLR cable help ensure transmission performance for perfect sound quality, anti-corrosion and oxidation resistance of pins make it durability and provide more pure music environmental. {HEAVY DUTY SHELL}: Zinc Alloy metal shell protection for the connector to effectively reduce signal attenuation.