NXP launched two processors using TSMC 16nm FinFET technology to accelerate car processing innovation

     NXP Semiconductor and TSMC announced that it will use TSMC's advanced 16 -nanometer FinFET process technology to mass production in Enshowa S32G2 automotive network processor and S3294 radar processor. With the continuous development of the car into a strong computing platform, the mass production marks the Enshiru's S32 processor series towards a more advanced process node. The continuous innovation of NXP's S32 series aims to help automakers to simplify the automotive architecture and launch a full -scale and configurable car for the future.

     S32G2 automobile network processor support service -oriented gateway, car and cloud connection and wireless updates, thereby providing a large amount of data -based services, such as insurance -based insurance and advanced car diagnosis. After using TSMC's 16 -nanometer technology, S32G2 can integrate multiple devices into one to create a powerful on -board system (SOC) to reduce the space occupied by the processor.

     The S32R294 radar processor with 16 nanometer technology provides car manufacturers with the required performance, and then for NCAP and advanced angle radar, long -distance forward -to -advance radar and advanced multi -mode cases (such as synchronous blind spot detection, aisle aids, pitch angle angle angle Sensors) Provide scalable solutions.

     With the 16 -nanometer technology of TSMC, Enshi Automotive processors can use the advantages of advanced FinFET transistors for the first time to combine performance improvement with strict automotive process certification to achieve the next -generation computing power of safe. With the support of TSMC's comprehensive and extensive automotive process blueprint, NXP's 16 -nanometer car processor has laid the foundation for the 5nm process of TSMC's 5 -nanometer process for the NXP S32 car processor series.

     Kurt Sievers, president and CEO of NXP Semiconductor, said: "The car is transforming to a safe, comfortable, intelligent, and interconnected mobile robot, and the 16 nanometer and automotive network processor launched by NXP marks the next milestone of this process. These two processors are about to be mass -produced. TSMC is a long -term partner of NXP. Thank you very much for their support in this very period of supply shortage. We attach great importance to the collaboration between the two parties in technology and mass production. It is this kind of cooperative relationship that realizes the key step of expanding the combination of NXP 16 nanometer FF products, and has paved the way for our future high -performance S32 processing platform and unified software infrastructure of TSMC 5nm processes. "

     Dr. Wei Zhejia, President of TSMC, said: "Automobiles are gradually becoming a complex computing platform, which uses semiconductor to control various sensors, digital cockpits, and wireless connections. Realize innovation and create more secure, smarter and more environmentally friendly cars. TSMC is committed to supporting Enshiru's automotive design, quality and quality of automotive design, quality, and more advanced process in the future of 16 nanometers and the future. Excellent performance in functional security. "