Description
Shure MX395B/C – Professional Surface Microphone for Conferences The Shure MX395B/C surface microphone is an advanced audio tool designed for demanding conference applications. It combines a low-profile design with exceptional sound quality, making it an ideal solution for modern meeting rooms, lecture halls, and offices. With a wide dynamic range and a natural frequency response, the microphone faithfully reproduces speech, ensuring clear and intelligible communication even in challenging acoustic conditions. Product Features The low-profile design makes the microphone nearly invisible on the table, avoiding interference with work and preserving the room's aesthetics. The wide dynamic range guarantees accurate reproduction of both quiet and loud speech, while the natural frequency response ensures clear and realistic sound. The microphone offers remote control of LED indicators, which can signal the device's operational status. It is available in three color options – black, white, and aluminum – allowing for perfect integration into any interior decor. Directional versions are also available: cardioid, omnidirectional, and bidirectional, enabling optimal adjustment of the pickup pattern based on the specific characteristics of the room and the number of speakers. Professional Sound Quality in an Elegant Form The Shure MX395B/C was designed to deliver the highest quality speech transmission in conference environments. Its low-profile housing, with a diameter of only 3.8 cm, ensures discreet mounting on tables or desks without disrupting daily work. The microphone is equipped with a dual-color LED indicator that can be remotely controlled via a logic input, allowing for easy signaling of activity status – particularly useful in redundant systems or room automation control. With the ability to choose the directional pattern, the microphone can be adapted to specific conditions: the cardioid pattern is ideal for a single speaker, the omnidirectional pattern covers the entire room, and the bidirectional pattern facilitates conversation from two sides. The natural sound and wide frequency response ensure that every statement is clear and understandable, which is crucial during important negotiations or video conferences. Applications Conference rooms and meeting rooms – excellent for recording and transmitting meetings. Lecture halls and auditoriums – provides clear sound for the audience. Offices and coworking spaces – discreet mounting on tables and desks. Video conferencing systems – compatible with popular communication platforms.
Detailed Technical Specifications Type: Surface condenser microphone Diameter: 3.8 cm Directional patterns: Cardioid, omnidirectional, bidirectional (depending on the version) Color options: Black, white, aluminum Status indicator: Dual-color LED (available in models with LEDs) Control: Logic input for remote LED control Connector: XLR (standard) Power: 48V phantom power (required for condenser microphones) Impedance: 150 ohms Signal-to-noise ratio: 72 dB Materials and Construction The Shure MX395B/C microphone is made from durable materials that guarantee long-term reliability even with intensive use. The low-profile housing is designed to minimize the risk of accidental displacement or damage, while ensuring stability during operation. The matte finish of the available colors (black, white, aluminum) not only blends aesthetically with the interior but is also resistant to scratches and fingerprints. The internal construction, based on a high-quality condenser capsule, guarantees low self-noise and high sensitivity, resulting in excellent recorded sound quality. Package Contents Shure MX395B/C surface microphone Summary By choosing the Shure MX395B/C microphone, you are investing in a proven solution that combines professional sound quality with elegant and discreet design. Its versatility, the ability to choose the directional pattern, and remote LED control make it an ideal choice for any modern conference room, office, or educational space. It guarantees clear, natural sound and top-level reliability.