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Explore a comprehensive 38-minute conference presentation that introduces a cutting-edge heterogeneous core development platform specifically designed for Zephyr RTOS development. Discover how this innovative platform combines 4x Cortex-A76 application cores, 3x Cortex-R52 real-time cores, and an AI accelerator to create a powerful reference platform for next-generation embedded systems. Learn about the growing importance of one-chip solutions in the automotive industry that integrate hypervisor capabilities with real-time cores, and understand why Zephyr RTOS has emerged as a leading candidate for these configurations due to its ability to run on Cortex-R processors and operate as an RTOS virtual machine on Xen hypervisor. Examine the current limitations in development platforms for embedded systems, particularly those incorporating AI accelerators, and see how this new platform addresses these gaps by providing CNN acceleration capabilities alongside heterogeneous processing power. Gain insights into practical implementation through multiple examples demonstrating Zephyr running on this platform, establishing initial use cases and development approaches. Understand how this platform meets future embedded system requirements by combining real-time processing, application processing, and AI acceleration in a single development environment, making it an essential reference for developers working on advanced automotive and embedded applications.
