Nvidia robotic partnership with European chipmakers
Infineon is promoting the use of digital twin technology to simulate and optimise robot performance
Leading European semiconductor companies Infineon Technologies, NXP Semiconductors and STMicroelectronics have announced new partnerships with Nvidia to supply hardware for humanoid robots, positioning themselves to capture a share of what is expected to be a rapidly growing and highly lucrative market.
The coordinated announcements came ahead of Nvidia’s annual GPU Technology Conference in California, where the company is expected to highlight its ambition to serve as the central computing “brain” for robots through its Jetson Thor platform. In this ecosystem, Europe’s chipmakers will play a complementary role, providing critical components that enable movement, sensing, safety and power efficiency—effectively forming the “body” of these machines.
There is strong technological overlap between robotics and the automotive sector, where all three European firms are already established leaders. This shared expertise in areas such as sensors, motion control, power management and high-speed communications gives them a natural advantage as robotics systems evolve.
Industry analysts note that Nvidia’s platform is already widely adopted in humanoid robotics, making collaboration a logical step. As the market expands—potentially reaching tens of thousands of units annually—component suppliers are targeting significant value per robot.
Each company is focusing on its core strengths. Infineon is promoting the use of digital twin technology to simulate and optimise robot performance during development. STMicroelectronics is concentrating on advanced sensor integration, enabling seamless connectivity between cameras and motion systems. Meanwhile, NXP is emphasising high-speed internal communications, ensuring real-time coordination between a robot’s various subsystems and its central processor.
Together, these partnerships signal a growing alignment between AI computing platforms and specialised semiconductor technologies that will underpin the next generation of intelligent machines.
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