Biamp's New BMA 360D Ceiling Tile Mic
Most ceiling mic array microphones are mic-only: capture the room, hand audio to a separate amplifier, and hope the management layer is sold separately. The BMA 360D changes that math on amplification. It pairs next-generation frequency-invariant beamforming, driven by a 121-element mic array with onboard DSP for intelligent beam switching, with a built-in 4-channel power amplifier*Â and native ties into Biamp Tesira, which handles room-level processing like AEC, noise reduction, AGC, EQ, and auto mixing, plus Workplace for fleet management, cutting the number of boxes, cables, and logins a room needs.Â
The BMA 360D line keeps the same beamforming architecture and configuration workflow across both, so a mixed real estate portfolio only has to standardize on one platform rather than one part number
PoE+ = Microphone + onboard audio processing
*PoE++ = Microphone + onboard audio processing + 4-channel amp (15W x 4)
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next-generation ceiling tile microphone array Â
- Deliver natural, full-fidelity voice capture- ultra-wideband, frequency-invariant beamforming maintains consistent sound quality across all beams and frequencies.
- Enable precise, flexible audio coverage- 12 configurable beam patterns support both standard room layouts and custom designs.
- Simplify integration with modern DSP systems- native Dante audio delivers individual beam outputs and a smart-switched mix for maximum design flexibility.
- Ensure optimal pickup of active talkers- smart-switched output dynamically selects the best combination of voices with integrated audio enhancement.
- Maintain consistent performance across the room- uniform gain response ensures balanced audio regardless of participant position.
- Support advanced room applications- ideal for conferencing, camera tracking, and voice lift scenarios.
- Streamline deployment in standard ceiling grids- designed to fit 600 mm x 600 mm ceiling tile openings.
Enable scalable, future-ready system design - interoperates with any Dante-enabled DSP for flexible, vendor-agnostic deployments
