- Introduction
- Definition of Timing Analysis
- Why do we need Timing Analysis?
- Comparing Static Timing Analysis with Dynamic Timing Analysis (STA vs. DTA)
- Why is STA preferred over DTA?
- Course wrap-up and invitation to part-2
Are you at University and want to make choices about your career in the STA-related roles of semiconductor industry?
OR
Are you looking to revisit the basic concepts just before a job interview for a digital design/STA - related role?
OR
Are you a working professional who is looking to rebuild the foundations of Static Timing Analysis ?
Look no further, because this course is designed just for YOU!!
In this course, you will learn about Static Timing Analysis and Dynamic Timing Analysis and their individual use-cases. You will learn about key concepts and terms of STA. This course is time-effective and has illustrative explanations. Fun cartoon characters will demonstrate the difficult concepts with ease :). We discuss about the setup-time and hold-time concepts and their constraints in context of timing analysis. We also discuss about timing paths and a brief introduction to timing exceptions.
In a mad-paced execution environment to tape out chips to serve customers world-wide, it is quite common for professionals to overlook the importance of keeping their foundations strong and relevant. This course is a one stop platform to refresh/revise/revisit the core concepts if you are already in the semiconductor industry in digital design/STA-related role.
Looking forward to see you in the course!
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Ananth is an IC design professional and has been working with the semiconductor design industry for a decade now. His work experience spans across standard cell charaterisation, full chip floorplanning, physical design, front-end integration and tool/flow automation in companies like NXP semiconductors, Intel, Qualcomm and AMD.
He holds a masters degree in VLSI design and Embedded Systems.
Ex-NXP, Ex-Intel, Ex-Qualcomm | VLSI Engineer | Productivity geek | Investor & Portfolio management hobbyist