Sennheiser MEB 104 W Speechline Cardioid Boundary Microphone (White)

Sennheiser MEB 104: Optimal Audio Clarity for Professional Settings
Introducing the Sennheiser MEB 104 Cardioid Boundary Microphone—a professional-grade microphone engineered to deliver superior audio clarity in formal settings such as conference rooms, boardrooms, lecture halls, and school auditoriums. Presented in an elegant white finish, this microphone combines aesthetic appeal with advanced functionality, making it a preferred choice for settings that demand both form and function.

Cardioid Polar Pattern for Focused Capture
The MEB 104 is specifically designed with a cardioid polar pattern that focuses on capturing sound from the front while minimizing pickup from the sides and back. This directional audio capture makes it particularly effective for speech, ensuring that every spoken word is clearly and crisply heard, thereby enhancing communication in any professional environment.

Designed for Discreet Integration
This boundary microphone offers an unobtrusive design that can be seamlessly integrated into various installation surfaces such as tables or ceiling tiles. Its compact form factor allows it to be installed without detracting from the room's aesthetic, making it an ideal choice for spaces that require minimal visual interference.

High-Performance Technical Specifications
Equipped with a wide frequency response of 40 Hz to 20 kHz, the MEB 104 captures a broad spectrum of sounds, ensuring that every nuance of the audio is reproduced with clarity. It operates on 24 to 48V phantom power and connects via an XLR-3M connector, offering compatibility with a wide range of audio equipment and ensuring reliable performance across various setups.

Easy Installation with Robust Construction
The MEB 104 comes complete with all necessary mounting hardware, including a hex-nut and two rubber rings, facilitating easy and secure installation. This microphone is also designed to offer exceptional immunity from RF interference, which is a common challenge in environments with multiple electronic devices.