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  • High-quality Metal Material: The use of gold plated material in EBXYA microphone cable provides several advantages. Gold is a good conductor of electricity and is resistant to corrosion and oxidation, ensuring stable and reliable signal transmission over time. The metal gold-plated connectors are sturdy and durable, ensuring a reliable and secure connection that is not prone to disconnection or interference.
  • Prevent Interference: The EBXYA XLR microphone cable is designed to ensure reliable and interference-free audio transmission, resulting in high fidelity sound with no static or noise interference. Its superior cable performance and reliable connectivity make it an ideal choice for professional recording studios, live performances, and home recording enthusiasts.
  • OFC Conductors Noiseless: The use of Oxygen-Free Copper (OFC) conductors in the cable enhances signal clarity and purity. The foil shielding and copper braided shielding work together to effectively reduce interference and excess noise. This combination provides effective EMI and RFI rejection, resulting in a cleaner, clearer sound transmission. Additionally, the cable's flexibility ensures easy handling and installation.
  • Durable and Flexible XLR Cable: The soft PVC jacket not only provides flexibility but also enhances the cable's resistance to high and low temperatures. With a durability 20 times more than normal microphone cables and a bending life exceeding 20000 times, you can use it for a long time without worrying about cable damage due to bending.
  • Widely Compatibility: XLR cables are commonly used in audio and music production applications due to their balanced design, which helps to reduce noise and interference. They are used to connect microphones, speakers, and other audio equipment to mixing boards, amplifiers, and other audio devices. The XLR male connector has three pins, while the XLR female connector has three holes to receive the pins. This balanced design helps to eliminate noise and interference that can be picked up during transmission.

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