What books should I read to get started with FPGA?

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What books should I read to get started with FPGA? [Copy link]

 

What books should I read to get started with FPGA?

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Choosing the right books can help you systematically learn the basic knowledge and skills of FPGA. Here are some FPGA books recommended for beginners:

1. "FPGA Prototyping by VHDL Examples" by Pong P. Chu: This book is a classic for beginners of FPGA. It introduces the principles, design methods and VHDL programming skills of FPGA in detail. It also helps readers understand and master the basic knowledge of FPGA through rich examples.

2. FPGA-Based Prototyping Methodology Manual by Doug Amos, Austin Lesea, René Richter, and Andrew G. Schmidt: This book introduces practical methods and techniques for FPGA design, covering the entire process from design flow to debugging and verification. It is suitable for readers who want to understand FPGA development practices.

3. "FPGA Prototyping By Verilog Examples" by Pong P. Chu: This book is similar to "FPGA Principles and Applications", but uses the Verilog language for programming. It is suitable for readers who have a Verilog foundation or want to learn Verilog.

4. Digital Systems Design with FPGA by Yanfeng Liu: This book introduces the basic principles of digital system design and FPGA practice. It is suitable for readers who want to have a deep understanding of digital system design and FPGA applications.

5. "Modern Digital System Design" (Digital Design and Computer Architecture) by David Money Harris and Sarah L. Harris: Although this book is more inclined towards the theory and methods of digital system design, it also contains content related to FPGA. It is also a good choice for readers who want to systematically study digital system design.

When choosing books, it is recommended that you choose appropriate books for study based on your learning needs, programming language preferences, and target projects. At the same time, combining reading books with actual operations can help you better understand and master FPGA knowledge and skills.

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If you want to get started with FPGA and learn through books, here are some suitable book recommendations:

1. "FPGA Prototyping by Verilog Examples" by Pong P. Chu: This book introduces the basic principles and applications of FPGA, and explains how to use FPGA for design and development through Verilog examples.

2. FPGA Prototyping by VHDL Examples by Pong P. Chu: This book is similar to the previous one, but uses the VHDL language. It introduces the design principles and applications of FPGA and provides VHDL examples.

3. "FPGA Prototyping by Verilog" by Pong P. Chu: This book focuses on Verilog programming, introducing the basic principles of FPGA and how to use the Verilog language. It is suitable for readers who want to learn Verilog in depth.

4. "Digital Design and Computer Architecture: ARM Edition" by Sarah L. Harris, David Money Harris: This book introduces the basic principles of digital design and the application of FPGA, covering digital circuit design, computer architecture and other contents.

5. FPGA Design: Best Practices for Team-based Reuse by Philip Simpson: This book introduces the best practices and team collaboration methods for FPGA design. It is suitable for readers who want to understand team development and reuse techniques.

6. "FPGA-based System Design" by Wayne Wolf: This book introduces the basic principles and optimization methods of FPGA system design, covering hardware description language, FPGA tools, system design technology and other contents.

The above books cover the basic principles, design methods, programming languages, and application technologies of FPGA, and are suitable for readers who want to get started with FPGA and learn through books. According to your personal interests and needs, choosing one or more books to read can help you quickly master the relevant knowledge and skills of FPGA.

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For electronic engineers who want to get started with FPGA, here are some recommended books:

1. "FPGA Principles and Applications" (2nd Edition) Author: [US] Lin Gao, [US] Xu Yanqing, Publisher: Electronic Industry Press. This book is one of the more authoritative FPGA introductory textbooks in China, with comprehensive and systematic content, suitable for beginners to read.

2. "FPGA Design Introduction and Practice" Author: Sun Xiaoming, Publisher: Electronic Industry Press. This book introduces the basic principles, design methods and practical skills of FPGA in detail with practical cases, which is suitable for beginners to quickly get started.

3. "FPGA Basics and Applications" Author: Liu Ailian, Publisher: Tsinghua University Press. This book systematically introduces the basic principles, structure, design process and application skills of FPGA, which is suitable for beginners to learn systematically.

4. "FPGA Digital Circuit Design and Verilog HDL" Author: Zheng Zhimin, Publisher: Tsinghua University Press. This book starts with the basics of digital circuit design and gradually introduces FPGA design methods and Verilog HDL language. It is suitable for beginners to learn from scratch.

5. Digital System Design and FPGA Experiments, author: Qiu Yuting, publisher: Tsinghua University Press. This book takes experiments as the main line and introduces the basic principles and methods of digital system design in detail in combination with the FPGA platform. It is suitable for beginners to learn through practice.

These books are suitable for beginners. You can choose one or two of them to read according to your actual situation and interests. At the same time, with online tutorials, video courses and practical operations, you can better understand and master the knowledge of FPGA design.

beyond_笑谈

It is probably difficult to learn FPGA through books. It is faster to find a development board and follow the development board's information.