Unlocking a smarter sensor future, STMicroelectronics takes over NXP’s MEMS sensors unit in a $950 million move to dominate automotive, industrial, and consumer applications.
Swiss chip giant STMicroelectronics has announced plans to acquire the MEMS sensors business of NXP Semiconductors in a deal valued at up to $950 million in cash. The agreement includes an upfront payment of $900 million, with an additional $50 million linked to future technical milestones.
According to the company, the acquisition will significantly boost ST’s position in the global sensor market, enhancing its offerings for the automotive, industrial, and consumer sectors.
NXP’s MEMS business, which earned around $300 million in 2024, focuses on safety sensors used in vehicles and industrial equipment. ST expects the deal to be immediately accretive to earnings per share upon completion.
ST and NXP said the two portfolios are highly complementary. The deal adds strength to ST’s roadmap for automotive MEMS sensors, including pressure and motion sensors used in airbags, vehicle dynamics, tyre pressure monitoring, and engine systems. The acquisition also brings skilled R&D teams and established customer relationships.
Marco Cassis, President of ST’s Analog, Power & Discrete, MEMS and Sensors Group, called the move a “strategic fit” that enhances the company’s technology, design and manufacturing capabilities.
“We will better serve all our customers worldwide,” he added.
NXP’s Executive Vice President Jens Hinrichsen said the sale aligns with NXP’s revised strategic direction, noting that ST offers a strong home for the MEMS business and its employees.
The transaction will be funded through ST’s existing liquidity and is expected to close in the first half of 2026, subject to regulatory approval.
The global MEMS market, particularly in automotive applications, is growing rapidly as demand rises for safety, automation, and electrification features in modern vehicles. ST’s integrated development model is expected to accelerate innovation and customisation in this expanding field.
