Ic design need to see what books _ digital ic design classic books recommended

IC design, Integrated Circuit Design, or IC design, is a discipline of electrical engineering and computer engineering. Its main content is the use of professional logic and circuit design techniques to design integrated circuits (ICs). This article mainly introduces digital ic design classic books, specifically follow Xiaobian together to find out.

Chinese and original. I think this book is the best book on Verilog. After reading this book, I believe everyone's code level will be greatly improved. The examples and their richness in the book cover RISC, UART, asynchronous FIFO, digital signal processing, multipliers, and flip-flops. One chapter that talks about a simple RISC part is particularly worthy of careful consideration and can benefit everyone. The book has a good relationship between the code style and the integrated circuit, as well as the state machine. After reading this book, you will find that any original function can be achieved through the state machine, and the state machine's writing is so like eight shares. The most critical part is still drawing the ASM diagram through the functional requirements of this module. Actually, it is almost like software.

Another is the testbench preparation, the book has a large number of test code, the preparation of a very skillful, fully embodies the idea of ​​testing. The code in the book can be downloaded on the website and it is very easy to learn.

This book is a book of Verilog and EDA application published by Pioneer Studio. Now most of Verilog's books on the market are introducing grammar and modeling. They do not really reflect the combination of theory and practicality. The fifth chapter "RTL design and coding guidance" and the sixth chapter "How to write a good state machine" are highly recommended.

This book is a comprehensive and systematic book that I have seen comprehensively. The author obviously has extremely rich experience in DC. The book reads the truth, and the comprehensive principles and applications speak clearly. From Design Compiler to Prime Time, from DFT Compiler to Power Compiler, covers all aspects of digital front-ends. The book is illustrated with texts and drawings, and the problems that may be encountered in the synthesis are mentioned, including how to optimize the circuit and eliminate timing violations. Especially for the explanation of the DFT Compiler, I thought that the training documentation of the big companies was just that.

Both the Chinese version and the original book are very popular. The content is similar, are all the tutorials of the digital IC, cover all aspects from the device to the connection to the system, as well as the design should pay attention to the aspects, the classic solution, each chapter out is a research topic. I have a senior student who works at Xi'an Huaxun and said during the chat that most of the problems encountered in the project were mentioned in both books. However, non-microelectronics students may have just looked more difficult, because most of the content is the underlying theory, you need to look carefully, while watching and thinking.

This book introduces the flow and characteristics of digital IC design on a relatively basic basis, allowing beginners to form an architecture within the fastest possible time.

"SoC design method and implementation" combines the overall flow of SoC design and gives a comprehensive introduction to SoC design methodology and how to implement it. The book is divided into 14 chapters, the main content includes: SoC design process, SoC architecture design, electronic system design, IP core design and selection, RTL code writing guidelines, advanced verification methods, low-power design techniques, measurable Sexual Design Technology and Backend Design Challenges. The book not only incorporates a lot of practical experience from the industry, but also introduces the latest achievements in SoC design field. It can help readers master the industrialized solutions and enable readers to keep abreast of the latest developments in SoC design methods.

Now out to the seventh edition. This is a world-recognized classic textbook for computer architecture. Some people feel that this is a book that the 3 Series sees. In fact, I think that the architecture is the biggest drawback of our domestic IC design and foreign IC design. The entire chip organization is not good, the architecture is not robust enough, and the fineness of a single module is not very useful. This is why our IC design can only follow foreign standards and protocols. The current state of IC design in the country is that others make a system or system into standards and protocols. We read it and understand it, and write code according to the rules prescribed by others. This is actually a very tragic thing.

"Computer Architecture: Quantitative Research Methods (5th Edition)" is the most authoritative work on computer architecture and is a well-known classic.

The book systematically introduces the computer system's design basis, instruction set system structure, pipeline and instruction set parallel technology, hierarchical storage systems and storage devices, interconnection networks, and multi-processor systems. In this latest edition, the author adds relevant hot topics such as cloud computing and mobile client technology, and discusses the hardware and software implementations of cloud computing on mobile phones, tablet computers, notebook computers, and other mobile computing devices.

"CMOS Digital Integrated Circuits: Analysis and Design (3rd Edition)" details the related contents of CMOS digital integrated circuits, reflects the level of modern technology and provides the latest information on circuit design. CMOS Digital Integrated Circuits: Analysis and Design (3rd Edition) contains fifteen chapters. The first eight chapters discuss in detail the relevant characteristics and working principle of MOS transistors, the basic inverter circuit design, the structure and working principle of the combinational logic circuit and the sequential logic circuit; Chapter 9 introduces the dynamic logic circuit applied to the design of advanced VLSI chips. Chapter 10 introduces advanced semiconductor memory circuits, Chapter 11 introduces low-power CMOS logic circuits, Chapter 12 introduces basic principles of bipolar transistors and BiCMOS digital circuit design, Chapter 13 details the I/O design of the chip, the last two The chapter discusses two important issues of circuit manufacturability design and testability design respectively.

The content is oriented toward engineering practice. It talks about the problems and design skills encountered in many practical projects. It is of great reference value. Compared with general textbooks, this book pays more attention to the methodology and practicality of Verilog programming. Suitable for people with a certain verilog basis to read, can be used as a reference book for ASIC developers and managers, but also as a reference book for electronic professional graduate students, can further improve the reader's verilog programming capabilities.

More in-depth discussion of how to avoid the use of confusing and error-prone statements is mainly divided into seven parts: design principles, language access, writing documents, advanced design, clock and reset, verification path, and other parts. This book focuses on these parts: verilog coding style, verilog-2001 new features, simple and efficient programming, error-prone language elements, configurable designs, clock generation, reset design, verification methods, and more. In addition, this book also gives a brief introduction to systemverilog.

This book reveals the design art of hardware architecture, covering more than ten years of experience and research results in the chip design industry. The book is divided into 9 chapters. Chapter 1 introduces metastability concepts, quantification methods, and technologies that reduce their impact. Chapter 2 introduces synchronous design clock techniques and proposes feasible clock schemes and system reset strategies. Chapter 3 describes the problems that arise when using asynchronous clocks or "processing multiple clocks" in a design and how to solve them. Chapter 4 introduces various aspects of clock dividers and their implementation. Chapter 5 describes low-power design techniques to reduce dynamic and static power consumption. Chapter 6 describes how to apply pipeline technology to processor designs to improve performance. Chapter 7 discusses methods for using the best byte order. Chapter 8 describes debounce techniques to eliminate glitches and noise. Chapter 9 describes the principles, procedures, standards, and certifications of electromagnetic interference, as well as the influence factors of electromagnetic interference and methods of reducing electromagnetic interference.

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