mmWave technology is an emerging and extremely valuable sensing technology that operates in the spectrum between 30 GHz and 300 GHz. mmWave sensors can detect objects along with their range, velocity and angle of arrival on azimuth and elevation planes.
These sensors leverage the principle of radar and due to the millimeter wavelength have the advantage of higher detection resolution and smaller footprint, especially on the antenna side.
Additional advantages of this frequency range are the ability to penetrate materials like plastic and glass, immunity to bad or dark weather conditions and capacity to achieve extreme angular accuracy via beamforming techniques.
mmWave technology is a key factor in providing accurate and fundamental sensory information to enable a smarter world in various application domains, the two major ones being automotive and industrial.
In this area, Azcom Technology collaborates closely with Texas Instruments, Inc., who has recently launched two families of mmWave sensors in the 76-81 GHz frequency range: AWR for automotive and IWR for industrial. For more information, visit www.ti.com/mmwave.
|Front Long Range Radar||Adaptive cruise control|
|Short Range Radar||Park assist|
|Collision detection and avoidance|
|Vehicle Occupancy Detection|
|Driver Vital Signs|
|Free Space Sensing (trunk, door)|
|People presence in case of danger/emergency|
|Gesture Control||Access control|
|Robots – Machine Vision||Objects detection and avoidance|
|Fluid Level Measuring|
Azcom Technology has deep expertise on TI platforms, signal processing, RF and embedded systems design and development. We offer a wide range of value-added R&D services that can help customers wanting to build solutions based on mmWave sensors considerably reduce the time-to-market.
Illustrations shown below provide an overview of Azcom’s portfolio of design and development services for mmWave sensor product development and support.
|Solution and system engineering|
|Digital signal processing||Algorithms design and simulation|
|Target implementation and optimization|
|Radio frequency system||Digital and analog RF design and validation|
|Radar subsystem programming|
|Hardware prototyping||Digital and analog RF design and validation|
|Module design and development (schematic, PCB, antenna)|
|Firmware, platform SW, I/O|
|End user application||Mobile app|
|Overall product development|