Sennheiser MEB 102 W Speechline Omnidirectional Boundary Microphone (White)

Seamless Audio Integration with Sennheiser MEB 102 Introducing the Sennheiser MEB 102, a sleek, white boundary microphone designed for discreet installation in professional environments. Perfect for conference rooms, boardrooms, lecture halls, and school auditoriums, this microphone is engineered to be mounted flush within tabletops or ceiling tiles, maintaining the aesthetics of the space while providing exceptional audio capture capabilities. Optimized for Speech Clarity The MEB 102 excels in environments where clear communication is crucial. Its capsule is finely tuned to enhance vocal intelligibility, ensuring that every word is captured and delivered with utmost clarity. This makes the MEB 102 ideal for settings such as corporate meetings, academic lectures, and other scenarios where clear and precise speech reproduction is required. Omnidirectional Coverage for Full Room Audio With its omnidirectional polar pattern, the MEB 102 captures sound uniformly from all directions. This feature ensures comprehensive audio coverage, making it perfect for capturing discussions in large settings without the need for multiple microphones. Whether placed in the center of a conference table or discreetly in a ceiling tile, it offers consistent sound pickup from any angle. High-Quality Sound Across the Spectrum The MEB 102 boasts a frequency response of 40 Hz to 20 kHz, enabling it to pick up a wide range of sounds, from low tones to high frequencies. This broad frequency response ensures that the microphone can handle diverse audio tasks with ease, providing a rich, balanced output that enhances the listening experience for all participants. Effortless Installation and Reliable Power Ease of installation is key with the MEB 102, which includes a set of mounting materials to facilitate quick and secure integration into any room setup. Powered by 24 to 48V phantom power and featuring a standard 3-pin XLR-M connector, this microphone seamlessly fits into existing audio infrastructures, ensuring reliable performance and eliminating the need for additional adapters or power supplies.