Overview
The Neutrik NC3FXX-EMC-B is a professional 3-pin female XLR cable connector specifically designed for applications requiring enhanced electromagnetic compatibility (EMC) and radio frequency interference (RFI) protection. Featuring a rugged black metal housing and Neutrik's advanced EMC technology, the connector delivers exceptional shielding performance in environments exposed to wireless transmitters, RF devices, LED lighting systems, and other sources of electromagnetic interference.
Built on the proven XX series platform, the NC3FXX-EMC-B combines superior signal protection with professional-grade durability and reliability.
Advanced EMC Protection
The connector incorporates Neutrik's specialized EMC design that significantly reduces RF interference from entering audio signal paths. The enhanced shielding system helps maintain clean, noise-free audio transmission in challenging broadcast, studio, and live production environments where RF pollution is common.
Professional Audio Performance
Featuring precision silver-plated contacts and optimized grounding technology, the NC3FXX-EMC-B ensures reliable signal transmission and stable conductivity. Its advanced contact system supports critical professional audio applications where signal integrity is essential.
Durable Professional Design
Constructed with a robust black zinc die-cast housing, the connector is engineered for long-term operation in demanding professional environments. The improved chuck-type strain relief system securely grips the cable while protecting internal connections from mechanical stress and repeated handling.
Efficient Installation Workflow
The connector supports efficient cable assembly while providing advanced shielding performance. Its industry-standard XLR compatibility allows seamless integration into professional audio, broadcast, recording, and communication systems.
Applications
Broadcast facilities
Recording studios
Live sound production
RF-sensitive audio installations
Television and radio production
Professional AV systems
