Description:

Learn the concepts and techniques of RTL (Register Transfer Level) design using Spyglass to ensure high-quality and error-free integrated circuits (ICs). Get hands-on experience with Spyglass, a popular RTL linting tool used in the semiconductor industry.

Key Highlights:

• Understand the basics of RTL design and its importance in the IC development process
• Explore the features and capabilities of Spyglass for RTL linting and verification
• Learn how to identify and fix common design issues using Spyglass
• Develop a thorough understanding of best practices and guidelines for RTL design
• Gain practical insights by working on real-world case studies and projects

What you will learn:

• Introduction to RTL Design
  Learn about the fundamentals of RTL design and its role in IC development. Understand the different abstraction levels and the RTL design flow.
• Introduction to Spyglass
  Get an overview of Spyglass and its features. Learn how to set up Spyglass for RTL linting and verification.
• Linting Rules and Checks
  Explore the various linting rules and checks provided by Spyglass. Understand how to interpret and resolve linting violations.
• Effective Design Analysis
  Learn techniques for effective design analysis using Spyglass. Understand how to identify and fix common design issues, such as clock domain crossings, data integrity problems, and coding style violations.
• Best Practices and Guidelines
  Discover best practices and guidelines for RTL design to ensure high-quality and reliable ICs. Learn about coding styles, naming conventions, and documentation requirements.