Armv8-M Architecture for Embedded Systems

Modern embedded systems rely on efficient processor architectures to handle complex tasks. Understanding how the hardware executes your code is the first step toward becoming a proficient firmware engineer. This course guides you through the inner workings of the Armv8-M architecture, providing the technical knowledge needed to navigate modern microcontroller development with confidence. You will transition from basic concepts to a deep understanding of how code interacts with the hardware. By learning the architectural rules that govern modern processors, you will be better equipped to write efficient code, debug low-level issues, and understand the capabilities of the hardware you are working with. What you'll learn: - Understand the core components and execution modes of the Armv8-M architecture - Learn about the programmer's model, including register sets and memory mapping - Explore exception handling and interrupt processing within the architecture - Apply knowledge of memory protection and foundational security features like TrustZone - Practice analyzing instruction set fundamentals and data processing operations - Understand how modern features improve efficiency in processors like the Cortex-M33 and Cortex-M55 The course begins with essential terminology and fundamental hardware concepts before progressing through the memory model, exception handling, and modern architectural extensions. This written program is designed for beginners in embedded systems and developers transitioning to newer hardware cores, with no prior architecture experience required. Start your journey into low-level processor architecture today.