Sennheiser MEB 114-S W Cardioid Boundary Microphone (White)

Discover the Sennheiser MEB 114-S Cardioid Boundary Microphone The Sennheiser MEB 114-S, styled in an elegant white finish, is a boundary microphone tailored for capturing clear audio in environments such as conference rooms, lecture halls, and auditoriums. This microphone ensures exceptional speech intelligibility, making it an ideal choice for vocal applications where clarity is paramount. Its design allows for easy placement on tables, lecterns, and other flat surfaces, simplifying installation. Programmable Control for Enhanced Functionality The MEB 114-S is equipped with a programmable button that can be set to various modes including push-to-talk, push-to-mute, On/Off, or permanent On, providing versatile control options to suit any setting. This feature enhances the microphone's adaptability, allowing users to customize its operation according to their specific needs. Seamless System Integration Underneath the sleek exterior, the microphone features a TTL logic output that can be used to activate cameras or media control systems, facilitating a seamless integration into your existing technological framework. This makes the MEB 114-S an excellent choice for advanced multimedia setups, enhancing the overall user experience during presentations and broadcasts. Superior Sound Quality with Cardioid Polar Pattern The cardioid polar pattern of the MEB 114-S offers wide directional pickup, ensuring that sound from the front is captured clearly while noise from the rear is minimized. This pattern is particularly beneficial in settings where background noise must be reduced to focus on the main audio source. Built to Last with Reliable Features Sennheiser's commitment to quality is evident in the MEB 114-S's robust design. It features RF immunity to minimize interference from wireless devices, a low-frequency roll-off switch to tailor the sound output, and a durable 9.8' XLR cable included for immediate setup. The microphone operates on 48V phantom power, guaranteeing consistent performance across various applications.