Avnet's 4D millimeter-wave radar algorithm development platform won the 6th "Golden Collection Award for Best Technology Practice Application"
On October 24, 2024, the 6th "Golden Collection Award" ceremony, hosted by Gasgoo, concluded successfully in Shanghai. Avnet's ADS design services team won the "Golden Collection Award 2024 Best Technology Practice Application Award" for its 4D millimeter-wave radar algorithm development platform. This honor not only demonstrates Avnet's deep expertise in automotive electronics but also serves as a strong testament to its technological strength and innovative capabilities.
Mr. Wei Wei, Director of Design Services at Avnet , accepted the award on behalf of Avnet and stated, "We are honored to have ADS's achievements in the automotive radar field recognized over the years. We are also grateful to our partners for their continued trust and support. Going forward, ADS will work closely with other Avnet teams to continuously optimize this 4D millimeter-wave radar algorithm development platform to better meet market demand and provide even stronger support to our customers. We will also continue to encourage our team members to maintain an innovative spirit, explore new technologies and applications, and contribute to the company's continued growth."
*Photo source: Gasgoo 2024 Golden Collection Awards Ceremony
The "Best Technology Practice Application Award" is a special award established at the 6th Golden Collection Awards. It focuses on multiple dimensions such as the technical characteristics, market positioning and differentiated advantages of corporate practice plans. It aims to commend companies that have made outstanding contributions in technological innovation and mass production practices, thereby promoting the high-quality development of China's automotive industry.
The award-winning 4D millimeter-wave radar algorithm development platform was designed and developed by the Avnet ADS Beijing team. The platform utilizes a cascaded S32R41 and two TFE82 chips. The antenna layout has a horizontal receiving aperture equivalent to 32*lambda/2, meaning 32 horizontal antennas spaced half a wavelength apart. The vertical layout uses a sparse layout with an aperture equivalent to 4*lambda/2, meaning four receiving antennas spaced half a wavelength apart. ( Click here to learn more about the "Avnet 4D Millimeter-Wave Radar Evaluation Kit" ).
The 4D millimeter-wave radar algorithm development platform focuses specifically on automotive ADAS (Advanced Driver Assistance Systems) and intelligent driving, providing customers with an efficient and convenient millimeter-wave radar RF and algorithm development environment, significantly improving development efficiency and quality. In practical applications, this product can be used in vehicles as a core technology for automotive ADAS and autonomous driving, effectively enhancing road safety and improving driver convenience.
Since entering the Chinese market, Avnet has actively engaged in the automotive industry. Leveraging its strong resource integration and supply chain management capabilities, Avnet has not only successfully transformed itself into a technology and supply chain value provider for the automotive industry, but also regularly hosts the Avnet Automotive Ecosystem Summit, inviting partners from across the supply chain to jointly analyze the latest industry trends, share valuable experiences, and support innovation and upgrades within the automotive industry.
Avnet has driven the rapid development of the automotive electronics industry by providing innovative technologies and efficient solutions. Its products and services encompass areas such as intelligent cockpits and advanced driver assistance systems, effectively enhancing the safety, comfort, and intelligence of vehicles. Avnet will continue to focus on the research and development and application of automotive electronics technologies, driving the sustainable development and progress of the automotive industry and contributing to a safer, more convenient, and more intelligent travel experience.










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