Competency Certification | Canrui Technology's automotive-grade chips have been successfully included in the "Catalog of Reliability Grading for Domestic Automotive-Grade Chips (2026)"
On May 21, the 13th Automotive Electronics Innovation Conference (AEIF 2026) was successfully held. Focusing on cutting-edge trends in automotive electronics, the conference facilitated in-depth exchanges on key automotive-grade semiconductor technologies, supply-demand coordination across the industrial chain, and the collaborative development of the industrial ecosystem; it brought together stakeholders throughout the entire industrial chain to empower the high-quality development of domestically produced automotive semiconductors.
During the conference, the industry's key document, the *Catalogue for Reliability Classification of Domestic Automotive-Grade Chips (2026)*, was released simultaneously; at the same time, China's first quantitative standard focused on the health status of automotive-grade chips—the "Aisqi" Chip Health Assessment Standard—was introduced.
This evaluation standard was led by the AEPC Automotive Electronics Specialized Committee and jointly developed by integrating resources from research institutions, universities, leading automotive OEMs,Tier 1 suppliers, and professional testing and certification agencies. The standard establishes an evaluation framework based on four core dimensions—chip reliability, physical reliability, automotive system integration maturity, and intellectual property and tooling—and further breaks this framework down into over ten quantifiable evaluation indicators, including AEC-Q test compliance, standardized manufacturing bases, pre-production mass supply experience, the proportion of domestically developed IPs and EDA tools, and official certifications and authorizations. These indicators are used to assess the overall quality of automotive-grade chips through professional and rigorous evaluation criteria. Leveraging robust product performance and stringent quality control measures, Canrui Technology's next-generation OCD2580TOAE programmable fully integrated single-phase brushless DC motor controller successfully passed all-dimensional evaluations and was successfully included in the "Catalog of Reliability Classifications for Domestic Automotive-Grade Chips (2026)."
By deeply cultivating the domestic automotive-grade semiconductor sector, Canrui Technology has consistently placed great emphasis on the research and development, innovation, production control, and quality iteration of automotive-grade chips, strictly adhering to the high-reliability and high-safety industry standards of the automotive sector. In the future, the company will continue to deepen its focus on the automotive-grade semiconductor market, refine high-performance domestically produced chip products, and thereby drive the intelligent and high-end development of the domestic automotive industry.
