EcoDesign for Sustainable Products, Services and Social Systems I

Description

Take full control of your embedded systems with a clear, practical, and complete understanding of linker scripts and memory mapping. Whether you＊re working with ARM Cortex-MCUs, building a custom bootloader, or optimizing firmware for production, this guide gives you the knowledge and confidence to design memory layouts that are predictable, efficient, and reliable.
breaks down one of the most confusing aspects of embedded development into simple, structured, and real-world explanations. You＊ll learn how memory is organized, how your toolchain interprets sections and regions, how to build custom linker scripts from scratch, and how professional engineers manage multiple images, OTA updates, and constrained hardware.
? Understand memory architecture and the role of the linker
? Analyze, modify, and create linker scripts for any project
? Design custom memory maps that improve performance
? Work confidently with sections, regions, symbols, alignment, and attributes
? Build firmware layouts for bootloaders, multi-image systems, and OTA partitions
? Troubleshoot common linker errors and placement issues
? Apply real-world techniques used in production embedded systems
Perfect for students, hobbyists, and working engineers, this guide removes the guesswork and gives you the tools to build firmware that is clean, predictable, and ready for deployment. If you want to level up your embedded programming skills, this book will become one of your most important references.