5 Pin Male XLR to 3 Pin Female XLR Low Profile Cable

This custom-made 5 Pin Male XLR to 3 Pin Female XLR Low Profile Cable appears to be designed for professional audio applications, particularly for broadcast cameras. Here are the key features and benefits:

1. Canare L-2E5 Cable: The cable features Canare L-2E5 cable, which is known for its high-quality construction and reliability. Made in Japan, this cable ensures excellent signal transmission with minimal signal loss or interference.
2. Neutrik NC3MXX and Neutrik NC3FXX Connectors: The cable has Neutrik NC3MXX (male) and NC3FXX (female) XLR connectors at each end. Neutrik connectors are renowned for their durability and secure connections, making them ideal for professional audio applications.
3. Low Profile Design: The cable is designed to have a low profile, making it suitable for applications where space is limited or where cable management is a concern. This feature enhances the cable’s versatility and convenience in various setups.
4. Balanced Signal Wiring: The cable is wired to maintain a balanced signal, ensuring optimal audio quality and minimizing interference or noise. The male XLR connector is wired mono, with pins 4/5 neutral and not in use, making it suitable for various balanced audio connectivity needs.
5. Versatile Applications: While primarily designed for broadcast cameras requiring a 5-pin male XLR connector input, this cable can also be used in other balanced audio connectivity scenarios where a 5-pin connection is required.
6. Handcrafted in Sydney, Australia: Each cable is meticulously handcrafted in Sydney, Australia, ensuring attention to detail and quality control throughout the manufacturing process.
7. Lifetime Warranty: The cable has a lifetime warranty, covering craftsmanship for life. Parts are covered by the manufacturer’s limited warranty terms, assuring the cable’s durability and reliability.

This custom-made 5 Pin Male XLR to 3 Pin Female XLR Low Profile Cable offers professional-grade quality, versatility, and reliability, making it an ideal choice for various audio applications in broadcast, studio, or live sound environments.