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Kunal Ghosh

The course focuses on the installation of essential open-source EDA tools, including:

  • Ngspice – A general-purpose circuit simulation program for non-linear and linear analyses

  • Magic – A VLSI layout editor, extraction, and DRC tool

  • Opentimer – An open-source high-performance timing analysis tool

  • eSim – A tool for complex circuit design, SPICE simulation, analysis, and PCB design

  • Qflow – A toolchain (featuring Yosys and Graywolf) for a complete RTL to GDS flow

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The course focuses on the installation of essential open-source EDA tools, including:

  • Ngspice – A general-purpose circuit simulation program for non-linear and linear analyses

  • Magic – A VLSI layout editor, extraction, and DRC tool

  • Opentimer – An open-source high-performance timing analysis tool

  • eSim – A tool for complex circuit design, SPICE simulation, analysis, and PCB design

  • Qflow – A toolchain (featuring Yosys and Graywolf) for a complete RTL to GDS flow

Each tool comes with detailed installation instructions and exclusive links, ensuring a smooth setup process. This course is perfect for beginners and experienced users alike, making it easier to access powerful tools at no cost. Start installing these tools today and begin designing your chip completely

Welcome to the world of free IC design—happy learning.

See you in the class

Enroll now

What's inside

Syllabus

How to install eSim schematic editor?
How to install Yosys Synthesis Tool?
Introduction
Introduction to IC design components
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Career center

Learners who complete VSD - A complete guide to install open-source EDA tools will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 49 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in VSD - A complete guide to install open-source EDA tools.
A comprehensive overview of virtualization, covering everything from its technical foundations to its applications in cloud computing, security, and mobile computing. Helpful for gaining a broad understanding of virtualization and its impact on modern IT.
Cornerstone text in VLSI design, widely adopted in universities for its comprehensive coverage of CMOS circuits and systems. It's suitable for both introductory and advanced learners, providing a strong foundation and delving into complex topics. It serves as an excellent reference throughout one's VLSI journey.
Provides a foundational understanding of debugging principles applicable to both software and hardware. It outlines nine fundamental rules and offers practical strategies for identifying and resolving bugs. This is an excellent starting point for anyone new to debugging, providing a solid framework before diving into language-specific techniques. It is widely recommended for its accessible approach and timeless advice.
Drawing on extensive experience, this book presents a comprehensive collection of 66 specific and actionable debugging techniques. It covers a wide range of scenarios and provides practical advice for tackling complex software and system issues. is highly valuable for experienced programmers looking to expand their debugging toolkit and improve their efficiency in finding and fixing errors. It useful reference for various debugging challenges.
This widely used and practical guide to the Verilog hardware description language, a crucial tool in VLSI design. It covers Verilog from basics to advanced topics relevant for synthesis and simulation. Essential reading for anyone involved in digital VLSI design and verification.
A comprehensive overview of virtualization, focusing on its technical aspects, benefits, and applications. Helpful for gaining a solid understanding of virtualization.
Provides a comprehensive overview of the Linux kernel architecture and internals, including detailed coverage of kernel data structures and algorithms.
This comprehensive guide covers all aspects of the Linux command line, from basic commands to advanced scripting techniques.
Offers a systematic and theoretical approach to debugging, moving beyond ad-hoc methods. It covers techniques for reproducing failures, isolating causes, and understanding the debugging process from a scientific perspective. While it delves into theoretical concepts, it also provides practical examples and insights into automated debugging tools. This book is valuable for those who want to deepen their understanding of the underlying principles of debugging.
Is highly practical and focuses on the crucial aspect of achieving timing closure in VLSI physical design. It provides valuable insights and techniques used in the industry to meet timing requirements. It is an essential read for physical design engineers and those involved in the latter stages of the VLSI design flow.
Specifically focuses on the crucial aspect of constraining digital designs for synthesis and timing analysis. It provides practical guidance on writing effective timing constraints, which key skill for successful STA. It's a valuable resource for design engineers.
Focusing on SystemVerilog for verification, this book is highly relevant for a key contemporary aspect of VLSI design. It's valuable for students and professionals looking to specialize in functional verification. Provides in-depth coverage of testbench features and methodologies.
Addresses the critical contemporary topic of low-power design in complex System-on-Chip (SoC) designs. It provides practical methodologies and techniques for reducing power consumption. Highly relevant for graduate students and professionals in modern VLSI design.
Offers practical strategies and techniques for finding, repairing, and preventing bugs, with a focus on enterprise software development. It provides a hands-on approach to improving your debugging skills and tackling common issues encountered in real-world projects. This book good resource for developers seeking to enhance their day-to-day debugging practices and reduce the number of defects in their code.
A comprehensive guide to design-for-testability (DFT) methodologies used in modern VLSI systems. is essential for understanding how to design chips that can be effectively tested. Suitable for graduate students and professionals specializing in testing and DFT.
Delves into formal verification techniques, an increasingly important part of modern VLSI design flows to ensure correctness. It presents practical approaches and advice for integrating formal verification into the design process. Relevant for advanced students and verification professionals.
Focuses on advanced debugging techniques for .NET applications using native debugging tools like WinDBG. It delves into the internals of the .NET CLR and provides in-depth knowledge for tackling complex .NET bugs. This is an essential resource for experienced .NET developers and those involved in troubleshooting production issues.
Focusing on the essentials of physical design for ASICs, this book valuable resource for understanding the backend VLSI design flow. It covers topics like floorplanning, placement, and routing. Primarily aimed at advanced students and professionals in physical design.
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This comprehensive textbook covers the entire CMOS design process, from transistor-level circuits to layout and simulation. It provides detailed explanations and practical examples, making it a valuable reference for students and designers working on custom VLSI. Covers both digital and analog aspects.
A graphical guide to virtualization, focusing on concepts and practical applications. Helpful for gaining a visual understanding of virtualization and its benefits.
Focuses on practical debugging using popular tools like GDB, DDD, and Eclipse, commonly used in Linux/Unix environments. It provides hands-on guidance for using these debuggers effectively, covering topics such as inspecting variables, understanding memory issues, and debugging different programming paradigms. This is particularly useful for students and professionals working with C, C++, Java, Perl, or Python on these platforms. It serves as a valuable reference for tool-specific debugging.
Dives into contemporary topics in timing analysis, specifically focusing on statistical methods to address variations in VLSI manufacturing. It is relevant for those interested in advanced STA techniques and the impact of process variations on timing and power. This book is geared towards graduate students and researchers in the field.
Focuses on verification and debugging approaches specifically for embedded software with hardware dependencies. It covers the entire flow from design to debugging and explores various verification techniques. This specialized book for those working at the intersection of software and hardware in embedded systems.
Written by experienced system administrators, this book provides a practical approach to managing Linux systems, covering topics such as user management, networking, and security.
Provides a practical approach to digital VLSI design and simulation using Verilog. It covers fundamental concepts and programming techniques in Verilog, including advanced topics like SystemVerilog. Suitable for undergraduate and graduate students looking for a hands-on guide.
Explores advanced debugging techniques, including those based on program analysis, visualization, and automated approaches. It delves into more complex debugging scenarios and provides insights into cutting-edge methods. This book is suitable for experienced developers and researchers interested in the theoretical underpinnings and advanced practices of debugging.
Teaches you how to write effective Linux programs, covering topics such as system calls, file I/O, and network programming.
This classic book delves into the analog aspects of high-speed digital design, which are critical for understanding signal integrity and its impact on timing. It explains phenomena like ringing, crosstalk, and reflections that can cause timing violations. While published some time ago, the principles remain highly relevant for anyone working with high-speed circuits and signal integrity challenges.
This handbook aims to provide programmers with essential knowledge and techniques for effective debugging. It covers a range of topics and offers practical advice for approaching debugging challenges systematically. It serves as a good general reference for developers looking to improve their debugging skills.
Focuses on the fundamental principles and design of modern VLSI devices, particularly MOSFETs. It provides a deeper understanding of the underlying physics and characteristics of the transistors used in VLSI circuits. More suitable for graduate students and researchers interested in device-level aspects.
A comprehensive reference handbook covering a wide range of topics in VLSI design, circuits, and systems. While not a textbook for learning from scratch, it is an invaluable resource for looking up specific information and gaining breadth across various VLSI domains. Useful for advanced students and professionals.
Specifically addresses timing analysis and simulation in the context of signal integrity. It valuable resource for signal integrity engineers who need to understand how timing is affected by signal propagation issues. It provides practical insights and techniques for analyzing and simulating timing in high-speed interconnects.
Signal integrity is closely intertwined with timing analysis, as signal degradation can lead to timing errors. provides a simplified yet thorough explanation of signal integrity concepts, including transmission lines, reflections, and crosstalk. It's a valuable resource for gaining a deeper understanding of how physical effects influence timing in high-speed designs.
Takes a unique approach by guiding the reader through the process of building a debugger from scratch for x64 Linux systems using C++. This provides a deep understanding of how debuggers work internally, which can significantly enhance debugging skills regardless of the tools used. This is an advanced book suitable for those who want a thorough understanding of debugging at a low level.
Building upon foundational signal integrity concepts, this book delves into more advanced topics relevant to high-speed digital designs. It is particularly useful for professionals and graduate students dealing with complex timing and signal integrity challenges in modern systems.
Specifically addresses the challenges of debugging and optimizing legacy code. It provides strategies and techniques for working with older, often poorly documented, codebases to identify and fix bugs and improve performance. This valuable resource for developers dealing with the realities of maintaining existing software systems.
Explores debugging from a multidisciplinary perspective, drawing on various fields to inform debugging strategies. It encourages a thoughtful and systematic approach to problem-solving in the context of finding and fixing bugs. This book is for those who want to deepen their understanding of the cognitive processes involved in effective debugging.
An earlier, classic text on CMOS VLSI design by one of the authors of the widely used 'Circuits and Systems Perspective' book. While older, it still provides foundational principles and a systems perspective. Can be valuable for historical context and core concepts.
Covers the fundamental principles of designing high-performance digital systems, with a strong emphasis on signaling and timing. It provides a deeper understanding of the electrical and physical aspects that influence timing in digital circuits. It more advanced text suitable for those looking to deepen their understanding beyond basic STA.
Focuses on timing analysis from the perspective of real-time embedded systems. It covers scheduling algorithms and analysis techniques to ensure that tasks meet their deadlines. While different from STA in VLSI, it provides a strong theoretical foundation in timing analysis for systems with strict timing constraints. It useful reference for those interested in the broader scope of timing analysis beyond VLSI.
This more theoretical book focusing on the analysis of transmission lines, which are fundamental to understanding signal propagation and its effects on timing in high-speed circuits. It provides a deep dive into the electromagnetic principles underlying signal integrity issues. It is suitable for graduate students and researchers with a strong electrical engineering background.
Covers the ASIC synthesis flow, including how timing analysis fits into the process. It provides context on how timing constraints and analysis are used during synthesis to achieve timing goals. It useful reference for understanding the broader design flow in which STA is performed.
A non-technical overview of virtualization, focusing on its benefits and applications in different industries. Helpful for gaining a basic understanding of virtualization without getting bogged down in technical details.
This widely acclaimed book for software developers includes valuable insights into the debugging process as part of a broader approach to building robust and maintainable software. It emphasizes practical advice and best practices that indirectly contribute to reducing bugs and improving debugging efficiency. While not solely focused on debugging, its principles are highly relevant and make it a must-read for any programmer.
This influential book focuses on writing clean, readable, and maintainable code. While not a debugging book per se, writing clean code significantly reduces the likelihood of introducing bugs and makes the debugging process much easier when they do occur. The principles outlined in this book are fundamental for preventing many common errors.
This classic introductory textbook to digital logic design. While it doesn't focus on timing analysis specifically, a solid understanding of digital design principles fundamental prerequisite for comprehending timing concepts in VLSI. It is an excellent starting point for beginners.

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