About the Shure SM2 Cardioid Headworn Dynamic Microphone w/ Earphones
The Shure SM2 is a professional integrated headset system combining a close-talk dynamic microphone with over-the-ear headphones, designed for critical communication and monitoring applications in broadcast, live performance, aviation, and command center environments. Its primary design ensures clear, intelligible voice transmission while providing the user with direct audio monitoring of program material or communication channels. The microphone element is a cardioid dynamic type, positioned on a flexible boom arm that allows for precise positioning near the corner of the mouth. This proximity, combined with the cardioid pattern, provides excellent rejection of ambient noise and high gain before feedback, making the user's voice clear even in very loud surroundings.
The integrated over-the-ear headphones provide acoustic isolation from the external environment, allowing the user to hear program audio, communications, or a personal monitor mix with clarity. The system is built for durability and all-day comfort, featuring a lightweight yet robust headband design, foam ear cushions, and a flexible microphone boom that maintains its position. The SM2 typically terminates in a combined connector or a multi-pin connector that carries both the microphone output and headphone input, requiring connection to a compatible intercom system, broadcast mixer, or dedicated beltpack. This integrated design ensures a secure, reliable connection for users who need hands-free operation and clear two-way audio in demanding professional settings.
Trusted by television broadcasters, live event stage managers, pit musicians, and mission-critical personnel, the Shure SM2 provides a reliable, high-performance solution for situations where clear communication and monitoring are non-negotiable. Its combination of a noise-rejecting dynamic microphone and isolating headphones makes it an indispensable tool for professionals who must perform and communicate effectively in challenging acoustic environments.