Infineon presents embedded processing and sensing solutions

Modern connected systems combine sensing, control and communication within constrained hardware platforms. At Embedded World 2026 (March 10–12, Nuremberg, Hall 4A, Booth 138), Infineon Technologies AG will demonstrate semiconductor solutions for AI, IoT, mobility and robotics applications.

Microcontrollers coordinating real-time systems
Microcontrollers act as central control elements in embedded platforms, handling computation, communication and safety functions. Demonstrations will feature PSOC™ and AURIX™ MCUs performing deterministic real-time processing and adaptive control in robotics and edge AI scenarios.

Automotive examples include the TRAVEO™ SDV zonal architecture demonstration, illustrating how MCUs support software-defined vehicle concepts such as zonal electrical/electronic layouts and over-the-air software updates. Industrial and IoT demonstrations show energy-efficient MCUs combining performance, safety mechanisms and cybersecurity features aligned with the European Cyber Resilience Act (CRA).

In distributed control environments connected through a digital supply chain, predictable real-time behaviour and secure updates are required for long-term system maintenance.

Sensors linking physical events to software decisions
Infineon’s XENSIV™ sensor portfolio will be presented as the data acquisition layer feeding higher-level processing. Demonstrations include robotics and edge AI applications where radar, magnetic and audio sensors provide environmental awareness for autonomous behaviour and safe human interaction.

Automotive use cases show radar, magnetic and current sensors supporting monitoring and perception functions in zonal vehicle architectures. Industrial and IoT demonstrations feature a next-generation XENSIV CMOS 60 GHz radar and MEMS microphones supplying measurement data for connected devices and condition monitoring systems.

Combining processing and perception
Together, MCUs and sensors illustrate how embedded systems integrate measurement and decision-making within a unified architecture. Presentations at the booth will explain how coordinated sensing and control enable applications ranging from robotics to software-defined vehicles, where reliable data capture and deterministic processing must operate in the same system.

www.infineon.com