SUPERB CLARITY & INTELLIGIBILITY
FIBEAM™ & DSBEAM™ TECHNOLOGY
The industry's only truly wideband, frequency invariant beamforming mic array with uniform gain response across all frequency bands.
FiBeam™ technology gives users the ultimate in natural and full fidelity audio across all beams and within a single beam. Deep Sidelobe Beamforming, DsBeam™, provides unparalleled sidelobe depth, below -40 dB, resulting in superior rejection of reverb and noise in difficult spaces for unrivalled superb clarity and intelligibility.
The specs
Full 360° Coverage
A dramatically new approach to precision beamforming provides a new beam topology to easily achieve distortion-free, full 360-degree coverage of any room shape and any seating arrangement using ClearOne Audio Intelligence™
HEAR EVERY WORD
The BMA 360 Voice Lift feature provides a powerful and simple way to drive multiple mix-minus speaker zones allowing everyone in the local room to hear every word
GREAT VOICE LIFT GAINS
Due to the exceptional performance of the breakthrough technologies, FiBeam™ and DsBeam™, greater Voice Lift gains can be realized that have not been previously possible
Easy Configuration
CONSOLE® AI Software
Single workflow for configuration using CONSOLE® AI software.
Competing products require practitioners to program multiple system components using different toolsets: Ethernet Switches, Ceiling Tiles, DSP mixers, and the Dante Controller.
The specs
FEEDBACK CANCELLATION
The combination of ClearOne’s beamforming and feedback cancellation technologies provide up to a 20 dB boost in gain before feedback compared to an omni mic
FEEDBACK ELIMINATOR
Voice Lift is further enhanced with the patented DARE™ Feedback Eliminator, found on CONVERGE® Pro 2 DSP Mixers. This technology provides unsurpassed removal of feedback and ringing--giving an additional boost of up to 8 dB to the total system gain
DAISY CHAIN
Daisy-chain up to three ceiling tiles via P-Link for divisible rooms or larger conference setups, for simpler wiring and longer distances compared to networked “home run” connections via Ethernet