Integrated circuit industry thrives in Liangjiang

Chongqing Lanshan Electronics Co, based in Liangjiang New Area, showcased its comprehensive lineup of automotive-grade chips at the 19th Beijing International Automotive Exhibition.

The product range, from microcontroller units (MCUs) to power management chips, is designed to meet the needs of five key domain control areas in new energy vehicles, including intelligent cockpits, smart driving, and chassis power.

These chips adhere to the industry's stringent "automotive-grade" standards and incorporate advanced functional safety designs, ensuring automatic transitions to safe states during system failures.

They also feature independent security modules and hardware encryption vaults that guard against cyberattacks and data breaches, offering secure and reliable "China chips" for the core components of smart vehicles.

Lanshan Electronics signed a cooperation agreement with Neusoft Reach Automotive Technology to develop an integrated solution combining "chips + software" aimed at accelerating the mass production of domestically produced smart vehicles.

The collaboration will integrate high-performance automotive-grade MCUs with the full-stack Autosar software platform to create end-to-end, integrated product solutions for next-generation E/E architectures.

Lanshan Electronics' automotive-grade MCU chips have completed compatibility testing with Neusoft Reach's AI automotive operating system, NeuSAR OS. The two companies have also begun work on compatibility for Lanshan Electronics' next-generation high-security automotive-grade MCU products and have outlined a long-term collaborative R&D roadmap for the entire product line.

Lanshan Electronics reflects the rapid growth of Liangjiang's integrated circuit industry, which has also achieved significant breakthroughs in foundational research on broadband microwave signal optical synthesis chips. These advances have overcome challenges related to complex encoded modulation signal optical synthesis chip topology, on-chip high-quality factor optical filtering, and multi-dimensional physical field joint control.

An event-sensing self-wake-up sensor chip has also been launched in the region, providing a zero-power self-wake-up solution, reducing long-term energy consumption in industrial and environmental monitoring, and extending system lifespan.