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Modern vehicles are no longer just mechanical marvels; they are sophisticated, software-defined systems on wheels. At the heart of their complex network architectures lie Gateway ECUs – critical communication hubs that manage the ever-increasing flow of data between diverse bus systems like CAN, LIN, and Automotive Ethernet.

As features like ADAS, infotainment, and V2X connectivity drive data volumes to unprecedented levels, the performance of these gateways has become a crucial bottleneck. Low latency, high throughput, and efficient CPU utilization are no longer just goals; they are requirements for a safe and responsive driving experience.

In this technical webinar, ETAS experts dive deep into the challenges and solutions for developing high-performance AUTOSAR gateways on multicore processors. Using a real-world Multicore Gateway Demonstrator from ETAS, they dissect the architectural decisions, routing strategies, and configuration choices that define gateway performance.

The experts also explore the intricate trade-offs between different approaches and demonstrate how to measure and optimize the critical KPIs that matter most. This session provides attendees with a clear roadmap and actionable best practices for architecting the next generation of efficient, powerful, and scalable automotive gateways.

Key topics and takeaways:

• Learn best practices for distributing gateway tasks, across multiple processor cores to maximize efficiency and avoid performance bottlenecks.
• Understand the impact of different routing configurations on gateway performance and how to implement smart routing strategies.
• Find out why latency, throughput, and CPU load are the most critical KPIs for modern gateway performance and how they impact the overall vehicle function.
• Get practical insights from the analysis of a fully configured, industry-relevant Gateway Demonstrator, translating theoretical concepts into real-world application.
• Discover the key parameters and design patterns that can be tuned to significantly improve the performance and stability of multicore gateway solutions.