GlobalFoundries and Renesas Partner on Chips
Semiconductor manufacturer GlobalFoundries has entered a multi-billion dollar partnership with Japanese chipmaker Renesas Electronics to boost the supply of chips for the automotive and industrial sectors. The collaboration aims to address ongoing semiconductor shortages by securing long-term sourcing for critical electronic components. This partnership reflects a broader industry trend toward building more resilient electronics supply chains.
- The partnership gives Renesas expanded access to GlobalFoundries' specialized FDX, BCD, and feature-rich CMOS process technologies, which are critical for producing the system-on-chips, microcontrollers, and power devices needed for advanced driver assistance systems and EV battery management. - Manufacturing will begin in mid-2026, starting at GlobalFoundries' U.S. facilities before expanding to its plants in Germany and Singapore, reflecting a strategy to diversify supply chains beyond Asia. The companies are also exploring transferring select manufacturing processes to Renesas' own fabs in Japan to further increase resilience. - This deal is strategically aligned with U.S. industrial policy, following a November 2024 award of up to $1.5 billion in direct funding to GlobalFoundries under the CHIPS and Science Act. That award supports a larger $13 billion investment by GlobalFoundries to expand its manufacturing sites in Malta, New York, and Essex Junction, Vermont. - With this agreement, GlobalFoundries now manufactures semiconductors for the world's top three automotive microcontroller suppliers, cementing its role as a key supplier for the automotive sector. - The collaboration is a direct response to the severe automotive chip shortages that caused major production stoppages and an estimated $210 million in lost revenue for the industry in 2021. The average modern car requires 1,400-1,500 individual chips, a number that is projected to grow. - A growing supply chain risk for automotive manufacturers is the reallocation of chip fabrication capacity toward more profitable, high-bandwidth memory (HBM) chips for AI data centers. This trend could create new shortages of the older, legacy-node semiconductors that are still widely used in automotive applications. - The move is part of a broader "reshoring" trend among U.S. and E.U. manufacturers to bring critical production closer to home and mitigate geopolitical risks associated with heavy reliance on Taiwanese and other Asian suppliers. However, reshoring faces significant hurdles, including higher manufacturing costs in the U.S. and an estimated domestic shortfall of 67,000 skilled semiconductor workers by 2030.
