Good News | Indiemicro Wins Second Prize in the Key Product Quality Improvement Project of the 2025 Shanghai Industrial Quality Breakthrough Achievement Awards
Recently, the Shanghai MunicipalAdministration for Market Regulation and the Shanghai Municipal Commission ofEconomy and Information Technology jointly issued the "Notice onCommending the 2025 Shanghai Industrial Quality Breakthrough Achievements."The "Vehicle-GradeReliability Quality Breakthrough Project for PMIC and MCU System IntegrationChips," jointly submitted by Indiemicro and HuahongGrace, was awarded the second prize inthe key product quality improvement category, thanks to its outstanding technicalcapabilities and solid quality reliability!
This successful achievement ofwinning the second prize in the Key Product Quality Improvement Project of theShanghai Industrial Quality Breakthrough Achievements is a vivid demonstrationof Indiemicro's commitment to the principles of quality reliability, stablesupply, and continuous innovation!
The primary requirement for automotive-grade chips — reliability.
Speeding vehicles, complex road conditions, andextreme environments ranging from severe cold to high temperatures all demandthat automotive chips possess rock-solid reliability. Unlike consumer chipsthat prioritize ultimate performance, the "first standard" forautomotive-grade chips is zero-defect reliability. For instance, they mustoperate stably under extreme temperature fluctuations from -40℃ to 150℃,withstand over 15 years of vibration and aging, and pass rigorous longevity andfailure tests that far exceed conventional standards. Behind this liesadherence to stringent standards such as AEC-Q100 and the relentless pursuit of"never-fail" reliability driven by functional safety systems like ISO26262. Automotive-grade chips can truly be called the "specialforces" of electronic components.
Holding reliable chips in our own hands to achieveautonomy and control, ensuring chip reliability is an essential requirement forsafeguarding lives and safety. From nighttime lighting for driving safety toanti-lock braking in emergencies and intelligent decision-making for complexroad conditions, every reliable operation is a guardian of life and security.It instills a sense of "responsibility" worthy of trust in what wouldotherwise be a cold electronic system. Understanding automotive-grade chips meansunderstanding the cornerstone of smart vehicle safety—it is not only a pinnacleof technology but also a steadfast commitment to promise.
Indiemicro – Focusedon Automotive-Grade Chips
Adhering to the principles of quality reliability, stable supply, andcontinuous innovation, Indiemicro provides customers with highly reliable,high-performance mixed-signal chip products and solutions. Its current productportfolio covers fields such as automotive lighting, automotive micromotors,and automotive sensor systems.
Unlike most chip design companies in the industrythat transition from consumer or industrial chips to automotive-grade chips,Indiemicro has been dedicated to automotive-grade chips since its establishmentin 2017. It is one of the few companies in China with a professionalautomotive-grade chip R&D team of over 100 members and extensive experiencein producing hundreds of millions of chips. With a cumulative shipment of over350 million embedded SoC chips in the automotive front-end market, its clienteleincludes all major global automotive manufacturers—covering the world’s top tenautomakers, the top four new energy vehicle brands, and more than 100international and domestic Tier 1 suppliers—making it a platform-typeautomotive-grade chip design company.
In the future, Indiemicro will take this achievementas a new starting point, continuously strengthen the foundation of “qualityreliability,” drive innovation through quality collaboration, and persistentlycreate premium products. Together with partners across the industrial chain,the company will contribute to ensuring the autonomy and controllability ofdomestic automotive-grade chips, safeguarding the supply chain security andstability of China’s automotive industry, and playing an even greater role inadvancing the high-quality development of China’s automotive-grade chipindustry.
