Welcome to BIMEA.IO
Acoustics combined with Artificial Intelligence to meet the sound challenges
of the industrial world and everyday life
Mµ
Bimea produces high-precision acoustic antennas with up to 1024 channels.
Based on µµ technology (Megamicros) and its expertise in Artificial Intelligence, Bimea produces Intelligent Applications around its acoustic antennas.
Flexible
From 1 to 1024 microphones, Bimea adapts to projects of any size.
Choose the geometry of your antenna: 2D, 3D, linear, planar, circular, spherical…
Mµ is designed for large-scale acoustic measurement, with a span of up to 50 meters.
Cost-effective
Using high-performance, mass-produced digital MEMs microphones, Mµ technology offers low manufacturing and operating costs.
The Mµ design is modular and adapts to your budget
Our solutions for 3D acoustics and AI applications
Acoustics and signal processing expertise
Mµ systems provide state-of-the-art tools and methods for signal processing and advanced acoustic signal analysis. By acquiring massive data in real time, our antennas enable the study of acoustic radiation, remote sensing of sources, room acoustics and all applications linked to acoustic imaging in general.
Expertise in computer science and Artificial Intelligence
Our teams bring together recognized expertise in the fields of computer science and artificial intelligence, to develop innovative solutions for industry and research.The integration of acoustics and AI opens up new perspectives, and enables us to design advanced solutions to acoustic problems posed in industry, research or education.
Expertise in electronics and embedded computing
Mµ digital systems control antennas from 32 to 1024 microphones. They can be controlled by an on-board computer, operate remotely or in server mode.
Our products
The Mµ concentrator controls the synchronization and serialization of microphone signals up to 1024 channels, and transmits them via USB3 for real-time storage and processing. Mµ is Plug-and-Play, providing access to raw signals and basic or more elaborate processing. Mµ can be controlled via ergonomic control software or a dedicated python library for command-line control, or via customizable graphical interfaces.
Synchronous digital acquisition from 8 to 32 channels. For mapping sound space, locating and identifying noise sources by machine-learning:
- Real-time source analysis and tracking
- Analysis and interpretation of sound scenes
- Urban and environmental acoustics
Synchronous digital acquisition from 8 to 256 channels. For semi-industrial, high-resolution sound field analysis applications:
- Power measurement
- Real-time multi-frequency beamforming source imaging
- Room acoustics
Synchronous digital acquisition of 8 to 1024 channels. For industrial and advanced research applications in high-resolution sound field analysis:
- Aeroacoustics in the field or wind tunnel
- Characterization of complex sources