Mastering Static Timing Analysis in VLSI Design

Why Choose Garranto Academy for Your Mastering Static Timing Analysis in VLSI Design Training?

Mastering Static Timing Analysis in VLSI Design training to access a cutting-edge curriculum, industry-experienced instructors, and hands-on learning experiences, empowering you to excel in the intricate field of VLSI design.

Course Overview:

The "Mastering Static Timing Analysis in VLSI Design" course is a comprehensive 2-day program designed to provide participants with a deep understanding of Static Timing Analysis (STA) concepts in the context of VLSI design. Participants will explore essential modules covering the fundamentals of STA, including timing analysis, delays, clocks, constraints, and timing paths. The course combines theoretical knowledge with practical insights to equip attendees with the skills needed for effective timing analysis in VLSI design.

What You'll Learn in Our Mastering Static Timing Analysis in VLSI Design Certification Course?

Course Objectives:

• Understand the fundamental concepts of Static Timing Analysis.
• Identify delays and timing arc information from the timing library.
• Understand the basics of unateness, wire load information, etc.
• Identify the clock period, skew, slew, duty cycle, etc.
• Set timing constraints, path exceptions, and clock delays.
• Understand setup and hold timing violations.
• Analyse timing reports to identify timing problems.
• Learn the use of SDC constraints and understand their interpretation.

Prerequisites:

• Digital Electronics Knowledge: Participants should have a foundational understanding of digital electronics, including basic principles and concepts.
• Basics of ASIC Design: Familiarity with the fundamentals of ASIC design is essential for effective engagement with the course content.

Course Outline:

Module 1: Introduction to Static Timing Analysis

• Static Timing Analysis – Purpose
• Timing paths, Timing libraries, Timing arcs, Unateness
• Transition time and Output transition

Module 2: Cell Delay and Net Delay

• Cell delay – 2D LUT and 3D LUT
• Net delay – Wire delay estimation, Wire load models
• Back annotation

Module 3: Clocks

• Clock – Ideal clock & propagated clock
• Duty cycle, Clock slew, Clock uncertainty, Clock latency
• Launch and capture the edge of clocks.

Module 4: SDC Constraints

• Clock constraints, External constraints
• Power constraints, Net delay constraints
• Environmental constraints and path exceptions

Module 5: Timing Paths

• Start point, End point, slack.
• Types of timing paths

Module 6: Timing Checks

• Setup time and Hold time.
• Phase shift

Module 7: Analysing a timing report.

• Timing analysis modes
• Timing report examples

Course Outcomes:

By the end of the program, participants will:

• Understand the concepts of static timing analysis in Digital designs.
• Master the skills required for timing closure with great accuracy.
• Learn the use of clocks in Digital designs including clock period, pulse width, duty cycle, clock transition, clock uncertainty, and clock latency.
• Understand the complete usage of cell delay and net delay in the circuit.
• Master the concepts of setup and hold time checks and the relevant timing paths.
• Gain exposure to analyzing timing reports based on all the content learned.

Key Benefits of Embracing Mastering Static Timing Analysis in VLSI Design

Excel in VLSI design with our course, mastering Static Timing Analysis to optimize chip performance, enhance reliability, and ensure precise timing in the intricate world of semiconductor design.

How Mastering Static Timing Analysis in VLSI Design Can Revolutionize Your VLSI Design Strategies?

Experience a revolutionary shift in your VLSI design strategies as Mastering Static Timing Analysis in VLSI Design transforms your understanding, ensuring meticulous timing verification and improved overall chip reliability.