Cortex-M Blueprints: Practical Architecture, Programming, and System Reference (eBook, ePUB)
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Cortex-M Blueprints: Practical Architecture, Programming, and System Reference is an authoritative, hands-on guide to ARM Cortex-M microcontroller architecture and embedded software development. The book leads readers from the high-level evolution of the Cortex-M family to the subtle microarchitectural differences among cores, explaining instruction sets (Thumb and Thumb-2), licensing and ecosystem considerations, and practical application domains such as IoT, automotive, medical devices, and industrial automation.At its core the reference dissects the system elements essential to robust firmw...
Cortex-M Blueprints: Practical Architecture, Programming, and System Reference is an authoritative, hands-on guide to ARM Cortex-M microcontroller architecture and embedded software development. The book leads readers from the high-level evolution of the Cortex-M family to the subtle microarchitectural differences among cores, explaining instruction sets (Thumb and Thumb-2), licensing and ecosystem considerations, and practical application domains such as IoT, automotive, medical devices, and industrial automation.
At its core the reference dissects the system elements essential to robust firmware and system programming: pipeline behavior and register usage, exception and interrupt handling, bus and memory architectures, and techniques for predictable real-time performance. It provides pragmatic coverage of memory protection, atomic operations, low-level boot and initialization sequences, context switching, secure firmware update strategies, and the interaction between embedded operating systems and the Cortex-M exception model.
Recognizing modern demands for security and performance, the book devotes focused chapters to TrustZone and on-chip security features, debugging and testing infrastructures, and comprehensive performance optimization. Emerging trends-edge AI integration, open-source development workflows, and the competitive landscape including RISC-V-are examined with practical case studies and best practices to empower engineers and advanced students to design, secure, and optimize next-generation Cortex-M systems.
At its core the reference dissects the system elements essential to robust firmware and system programming: pipeline behavior and register usage, exception and interrupt handling, bus and memory architectures, and techniques for predictable real-time performance. It provides pragmatic coverage of memory protection, atomic operations, low-level boot and initialization sequences, context switching, secure firmware update strategies, and the interaction between embedded operating systems and the Cortex-M exception model.
Recognizing modern demands for security and performance, the book devotes focused chapters to TrustZone and on-chip security features, debugging and testing infrastructures, and comprehensive performance optimization. Emerging trends-edge AI integration, open-source development workflows, and the competitive landscape including RISC-V-are examined with practical case studies and best practices to empower engineers and advanced students to design, secure, and optimize next-generation Cortex-M systems.
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