Our core team is made up of Ph.D. experts from Tsinghua University who bring solid experience in radar circuit design, system algorithms, processor chips, and automotive-grade SoC development. They also have strong skills in high-frequency antenna design and AiP (Antenna-in-Package) integration, giving us the full technical foundation to support innovation across all our radar products. We are the first enterprise in the Greater Bay Area to receive TÜV Rheinland’s ISO 26262 Functional Safety Management certification for automotive millimeter-wave radar SoC design. The company has also been approved as the Guangdong Engineering Research Center for Millimeter-Wave and Terahertz Chip Technology and Applications and recognized as a National Specialized and Innovative “Little Giant” Enterprise.
Beijing R&D Headquarters
Zhuhai High-Tech Center
Laboratory
Why Choose Us
- We design and produce our own millimeter-wave chips, including 77–81GHz and 13/26GHz MMIC chips, as well as radar imaging processors, giving us full control over performance and innovation.
- Our R&D team is led by Ph.D. experts from Tsinghua University with deep knowledge in RF circuit design, radar system algorithms, dedicated processor chips, automotive-grade SoC design, and high-frequency antenna technologies such as AiP (Antenna-in-Package) integration. We have R&D centers in Zhuhai, Beijing, and Hefei, with over 60% of our staff dedicated to research and development.
- We focus on making radar sensors that are accurate, reliable, and built to meet the same standards as top international brands.
Millimeter-Wave Radar Applications
Millimeter-Wave Radar for Industrial Control
Millimeter-wave radar works well even in tough environments, it can see through heavy dust and isn’t affected by temperature changes. Using our own 76–81GHz radar chips, we’ve developed high-frequency sensors that offer great precision, a very small blind zone, and stable performance even in extreme conditions. They’re now widely used across industries like chemicals, energy, steel, cement, food, and pharmaceuticals.
Millimeter-Wave Imaging for Security Inspection
Millimeter-wave and terahertz technologies can see through clothing and fabrics, which is ideal for detecting hidden objects. With our active MIMO array and AI-powered imaging, we’ve developed scanners that create real-time 3D images with great detail and speed. This makes security checks faster, contactless, and completely non-intrusive. Our security inspection systems are used in places like airports, train stations, large events, and metro stations. They’re designed to handle high passenger flow efficiently while keeping the screening process safe and comfortable.
Millimeter-Wave Radar in Intelligent Transportation
In the field of intelligent transportation, millimeter-wave radar sensors use FMCW (Frequency-Modulated Continuous Wave) and digital beamforming technologies to detect and track moving vehicles with precision. These sensors are used for vehicle detection, traffic flow monitoring, incident detection, traffic guidance, speed control, electronic toll systems, law enforcement, and traffic light management.