Audio-Technica ES945O/FM3 Omnidirectional Condenser Boundary Microphone w/ 3-Pin XLR Output and Local Muting

Enhanced Clarity for Every Conference
Introducing the ES945O/FM3, a state-of-the-art phantom-powered omnidirectional condenser boundary microphone designed to elevate sound quality in a variety of settings. With a 3-pin XLR output connector and a capacitive touch switch for local muting, this microphone ensures crystal-clear audio capture for conferencing, recording, and monitoring. Whether you're in a high-stakes business meeting or recording a panel discussion, the ES945O/FM3 delivers unparalleled clarity and intelligibility.

Innovative Design for Discreet Integration
Designed to blend seamlessly into any environment, the ES945O/FM3 mounts unobtrusively in tabletops or panels. Its low-profile presence is complemented by a highly visible two-state RGB LED ring, offering 7 selectable colors plus an OFF option to indicate the mute status. This feature not only adds a modern touch to your setup but also provides a clear visual cue for the microphone's operational state, ensuring smooth communication flow during any event.

360° Sound Capture
The microphone's omnidirectional polar pattern provides complete 360° coverage, capturing sound from every angle with uniform sensitivity. This ensures that every participant's voice is heard with equal clarity, making the ES945O/FM3 an ideal choice for round-table discussions, workshops, and any setting where multi-directional sound pickup is crucial.

Robust Construction with Advanced Technology
The ES945O/FM3's all-metal case and two-layer steel mesh grille offer robust protection for the microphone element, safeguarding your investment against the rigors of daily use. Equipped with UniGuard® RFI-shielding technology, this microphone excels in rejecting radio frequency interference, ensuring that your recordings are free from unwanted noise. Additionally, the included rubber isolators provide optional mechanical isolation from the mounting surface, minimizing vibrations and further enhancing sound quality.