MC1B144 is a 77GHz radar transceiver chip that complies with the AEC-Q100 Grade2 specification. It integrates four transmission channels, four reception channels, and core modules such as linear frequency sweep.
1. Self-developed 80GHz Millimeter Wave Chip
2. Based on 2D MIMO Array Tech., it can achieve fastest scanning speed 0.1s and 3mm resolution
3. Use modular digital beamforming technology, no need customer to calibrate on-site
4.Automatic detection based on artificial intelligence, it can detect metallic and non-metallic items under clothing effectively, and protect personnel privacy while having a high detection rate.
1. 80GHz continuous frequency modulation wave radar has a narrower beam angle, which can better penetrate mixing blades and tanks Space between walls to reduce interference caused by mixing blades
2. The radar adopts a spherical lens, which has the characteristic of being less prone to large-scale condensation and suspension, combined with proprietary algorithms for measurement,The condensation environment has obvious advantages
3. Radar has a highly stable algorithm for detecting liquid surface splashes, splashes, and vortices caused by agitation and spoilers,The liquid level measurement of flow can be stably tracked;
1. Horizontally covering 4-8 lanes in both directions and vertically covering 250 meters, achieving multi lane detection in large scenes, and outputting real-time information such as the speed and position of each target
2. Support queue function detect
International new dynamic active imaging product! Passive imaging products have too low precision. Expanding the application market beyond security inspection
High R&D efficiency
Compared with the traditional communication between chip companies and module companies, the communication efficiency between chip teams and module teams is higher, which facilitates the rapid iteration of unmanned zone products.
Cost controllable
High-precision imaging requires a large array to complete. We use our own chips for both front-end hardware and computing hardware, making the system cost lower.
High cost performance
The popularization of smart transportation and ADAS requires radars to have a higher cost-performance ratio. In the future, we will be able to control the cost of each 77GHz radar module to within US$20.
About Us
Zhuhai Microcreative Tech. Co., Ltd. focuses on the research and development of highly integrated MMW, THz chips, and related radar products, and provides corresponding solutions according to customer industry requirements. Our 80GHz millimeter wave radar