The system has been fully designed with utmost care with respect to mechanical, fluid, electrical, software, and networking needs. Yet, the first prototype integration tests reveal subtle conflicts, such as the communication bus speed needing a higher level of shielding to function robustly in the given operational environment of electromagnetic disturbance. Sounds familiar? Come to our session and discover how to connect domain dots to detect and solve cross-domain conflicts early, and how to optimize globally instead of within each domain. Does it require full adoption of top-down MBSE? Not at all, as we’ll discuss in our session.
So, how do you bridge these gaps? For the hardware/software cross-domain example, our session unveils how the Siemens-Infineon partnership delivers a robust ECU platform, integrating Siemens‘ Capital Embedded ECU Software with Infineon’s AURIX™ MCUs and MCAL for seamless application deployment. This scalable solution powers everything from body electronics and battery management to domain/zone controllers and advanced powertrains. It’s already in production, empowering leading OEMs like BMW and global Tier 1s such as Aisin to achieve peak reliability. Plus, get an exclusive look at the future with upcoming AURIX™ RISC-V chips, promising even greater innovation. Join us to see how this collaboration is redefining embedded software development!