Hardcore Tech Goes Mainstream | Two Major Nominations! Canrui Technology Nominated for Key 2026 Hardcore Chip Awards

     As a domestic chip selection and industry empowerment platform that combines innovation capability with strong industry influence, "Hardcore Chip" has successfully hosted seven editions since its inception in 2019. To date, it has brought together more than 630 semiconductor foundries and over 860 distinctive benchmark products, making it a key industry ranking for measuring the technical strength and practical value of domestically produced chips. Leveraging its long-term technical expertise and large-scale implementation achievements in automotive-grade magnetic sensing and mixed-signal analog-to-digital chips, Canrui Technology has been successfully nominated for the 2026 "Hardcore Chip" selection.

     A high-performance automotive-grade product supporting intelligent vehicle electronic applications, Canrui Technology has successfully secured a nomination for the "2026 Intelligent Vehicle Electronic Application Award" for its self-developed OCD2580TOAE programmable fully integrated brushless DC motor controller, which has passed rigorous automotive-grade certifications. This product is suitable for core automotive application scenarios, including new energy vehicles, intelligent cockpits, and in-vehicle fan motors. The OCD2580TOAE employs a fully integrated single-phase brushless drive solution featuring a minimalist peripheral component architecture. It supports programmable speed control curves and configurable protection parameters, and incorporates multiple comprehensive protection mechanisms—including overcurrent, overvoltage, overtemperature, and motor lockout protections. Having passed the AEC-Q100 automotive-grade certification, this controller can withstand complex automotive operating conditions and harsh electromagnetic environments, while delivering both quiet operation performance and long-term operational reliability. This innovation effectively facilitates the domestic substitution of in-vehicle cockpit motor drive solutions, and has already been mass-produced and integrated into the supply chains of multiple new energy vehicle manufacturers, thereby driving the intelligentization and electrification upgrades of complete vehicles.

    Outstanding Potential and Sustained Commitment to Domestic IC Innovation: As a leading enterprise in intelligent magnetic sensors and mixed-signal analog-to-digital IC design in China, Canrui Technology adheres to independent R&D and has secured over 300 intellectual property rights. The company has established core product lines—including automotive-grade magnetic sensors, motor drive chips, and power management chips—spanning diverse sectors such as automotive electronics, industrial control, consumer electronics, and new energy. Simultaneously, the company has developed integrated capabilities in chip design, packaging, and testing; actively participates in the formulation of industry standards for automotive magnetic sensors; continuously iterates its high-reliability automotive-grade chip products; steadily breaks through the barriers to high-end automotive electronics chips; and accelerates the localization and replacement of high-end in-vehicle chips. Its growth potential and industrial value have gained recognition across the entire industry chain, leading to its successful inclusion in the "2026 Outstanding Potential IC Design Enterprise Award."

     We sincerely invite you to participate in the voting and support domestically developed high-performance Chinese chips. This high-performance chip selection event brings together the attention of the entire industry chain and authentically conveys the voices of engineers and procurement departments, serving as an important platform for domestic chips to demonstrate their robust capabilities and connect with industrial resources. We cordially invite industry colleagues and engineering partners to visit the voting page and cast your valuable vote for Canrui Technology, helping domestically developed automotive electronic chips gain greater attention and recognition.