Automotive trends toward Software-Defined Vehicles and Zonal Architectures are driving the need for a unified and scalable System-on-Chip architecture. However, enabling SoC-level scalability presents significant challenges, from redefining performance metrics beyond DMIPS, TOPS, and GFLOPS to managing thermal constraints as compute density increases. Join us as we explore the complexities of domain and cross-domain fusion, the need for chiplet architecture standardization beyond UCIe, and strategies for overcoming memory bottlenecks. 

In this session, you will: 

• Understand the evolving performance metrics for automotive SoCs and their impact on scalability
• Explore the thermal challenges associated with increasing compute density in modern vehicles
• Gain insights into cross-domain fusion complexities and the need for standardization in chiplet architectures
• Examine strategies for addressing memory bottlenecks in high-performance automotive computing