Zynq Embedded Systems Design : Building High-Performance Systems with ARM Processors and Programmable Logic
Overview
Modern embedded systems demand more than software running on a processor or logic programmed into an FPGA. Today's most capable designs rely on tight integration between ARM processors and programmable logic, working together as a single system. Understanding how and why this integration works is the key to building reliable, high-performance embedded platforms.
Zynq Embedded Systems Design is a practical, system-level guide to designing heterogeneous embedded systems using ARM processors and programmable logic. Rather than focusing on isolated examples or tool-specific tutorials, this book emphasizes architecture, data flow, and real-world design decisions that determine system performance and reliability.
You will learn how Zynq systems operate as a unified platform, how hardware and software interact, and how to design systems that scale beyond simple demonstrations.
Inside this book, you will explore:
- Zynq architecture fundamentals and PS-PL integration
- AXI interconnects and efficient data movement
- Designing synthesizable VHDL for programmable logic
- Building and integrating custom hardware accelerators
- Hardware-software interaction and device control
- Embedded Linux integration and system bring-up
- Performance optimization, debugging, and validation
- Practical case studies based on real system designs
Whether you are an embedded software engineer learning to work with programmable logic, an FPGA designer integrating with ARM-based systems, or an advanced student preparing for industry work, this book provides the foundation needed to design robust, scalable, and production-ready Zynq systems.
If your goal is not just to make a Zynq design work but to make it work efficiently, predictably, and correctly this book is written for you.
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Details
- ISBN-13: 9798197008633
- ISBN-10: 9798197008633
- Publisher: Independently Published
- Publish Date: May 2026
- Dimensions: 9 x 6 x 0.69 inches
- Shipping Weight: 0.97 pounds
- Page Count: 328
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