Biamp BMA 360D-SM-I

The Biamp BMA 360D-SM-I redefines ceiling microphone performance with its 360-degree beamtracking array and integrated DSP, delivering pristine audio capture for conference rooms and collaboration spaces. Unlike conventional boundary or gooseneck microphones, this surface-mount unit actively tracks and isolates voices from every direction, ensuring every participant is heard with exceptional clarity.

Highlights

• 360-degree coverage with four selectable beams for precise voice capture
• Integrated acoustic echo cancellation, noise reduction, and automatic gain control
• Dante, USB, and analog connectivity for flexible system integration
• PoE+ powered for simplified installation and reduced cabling
• Compatible with Biamp Tesira for advanced control and configuration

In daily use

Mount the BMA 360D-SM-I on the ceiling and experience effortless audio in meetings. Its beamtracking technology automatically focuses on active speakers, suppressing background noise and reverberation. With network latency under 1 ms and a frequency response of 100 Hz to 16 kHz, conversations remain natural and intelligible. The LED indicators provide clear mute and status feedback, while the white finish blends seamlessly into modern interiors.

Full specifications

• Microphone type: Beamforming ceiling array
• Coverage pattern: 360-degree
• Number of beams: 4 (selectable)
• Integrated DSP: Yes
• Acoustic echo cancellation: Yes
• Noise reduction: Yes
• Automatic gain control: Yes
• Connectivity: Dante (64x64), USB (2x2), Analog (2x2)
• Power source: PoE+ (IEEE 802.3at Type 2)
• Mounting type: Surface mount
• Frequency response: 100 Hz - 16 kHz
• Dynamic range: >85 dB
• Control system: Biamp Tesira
• LED indicators: Mute, status
• Network latency: < 1 ms
• Power consumption: 15 W max
• Certifications: CE, FCC, UL, RoHS
• Colour: White

Final note

With its advanced beamtracking and seamless Dante integration, the Biamp BMA 360D-SM-I is the ideal choice for professional AV installations demanding superior audio quality and ease of deployment.