Zynq Embedded Systems Design: Building High-Performance Systems with ARM Processors and Programmable Logic

Modern embedded systems demand more than just software or hardware they require both working together seamlessly. Zynq Embedded Systems Design is a practical, engineer-focused guide to building high-performance systems that combine ARM processors with programmable logic.This book takes you beyond surface-level tutorials and into real system design. You’ll learn how to move from concept to deployment by understanding how the processing system (PS) and programmable logic (PL) interact, where bottlenecks occur, and how to design around them.Starting with the Zynq architecture, you will explore:• The internal structure of Zynq MPSoC devices and how to use them effectively • AXI interconnects and high-speed data movement between PS and PL • Choosing the right workflow with Vivado, Vitis, RTL, and HLS • Building and integrating custom hardware accelerators • Boot flow, Linux integration, and system bring-up • Debugging real-world performance and timing issues Unlike beginner guides, this book focuses on how systems behave in practice what breaks, what slows down, and how to fix it.Whether you're an embedded engineer, FPGA designer, or system architect, this book gives you the insight needed to design reliable, scalable, and production-ready Zynq-based systems.If your goal is not just to make it work but to make it work efficiently and correctly this is the guide you need. Read more