Sennheiser MEB 104-L B Cardioid Boundary Microphone (Black)

Sennheiser MEB 104-L: Premium Audio for Professional Settings
Introducing the Sennheiser MEB 104-L Cardioid Boundary Microphone, a high-performance audio solution styled in sleek black for professional environments. This microphone is specifically designed for permanent installations in spaces such as conference rooms, boardrooms, lecture halls, and school auditoriums. Its unobtrusive design and superior sound capture technology make it an ideal choice for settings where clear and reliable communication is crucial.

Advanced Control for Tailored Audio
The MEB 104-L is equipped with a bi-color LED for clear status indication and a programmable button that supports multiple modes: On, On/Off, Push-to-Talk (PTT), and Push-to-Mute (PTM). This flexibility allows users to customize microphone operations according to the specific needs of each session, enhancing overall control and usability in dynamic meeting environments.

Focused Audio Capture with Cardioid Polar Pattern
Featuring a cardioid polar pattern, the MEB 104-L is engineered to focus audio capture on sources in front of the microphone while minimizing unwanted sound from the sides and rear. This directional capture is perfect for spoken word, ensuring that every word is clearly picked up and transmitted with minimal background noise, which is essential for large or acoustically challenging spaces.

Seamless Integration and Installation
Designed for ease of installation, the MEB 104-L can be seamlessly incorporated into tables or ceiling tiles. It includes a set of mounting hardware— a hex-nut and two rubber rings—facilitating a secure and stable setup. Powered by 24 to 48V phantom power and terminating in an XLR-5 pin connector, this microphone integrates smoothly with existing audio systems, ensuring a reliable connection for consistent performance.

Exceptional Performance and Reliability
The MEB 104-L not only provides exceptional speech intelligibility but also features outstanding immunity from RF interference, making it suitable even in environments with numerous electronic devices. Its wide frequency response of 40 Hz to 20 kHz captures a broad range of sound frequencies, ensuring rich and detailed audio reproduction for every application.