Learn practical steps to build VLSI chips while minimizing crosstalk. Improve performance, power efficiency, and area optimization in chip design.
This course dives into VLSI chip design, tackling crosstalk—the pesky interference that can mess with performance, power, and size. You’ll learn practical ways to design better chips with less interference, ensuring smoother functionality and efficiency.
VLSI - Real and practical steps to build chip with minimum Signal Integrity issues!!
Performance, Power and Area are the three main pillars of the Chip Design, Crosstalk can hamper all three.Â
Crosstalk is the interference caused due to communication between the circuits
Lets learn to " HOW TO REDUCE CROSSTALK ? " to achieve a efficient Chip design which give the best performance, uses optimal power and in minimal Chip area.
Course Details:
•Reasons for Crosstalk
•Introduction to Noise Margin
•Crosstalk Glitch Example
•Factors Affecting Glitch Height
•AC Noise Margin
•Timing Window Concepts
•Impact of Crosstalk on Setup and Hold Timing
•Techniques to reduce Crosstalk
•Power Supply Noise
To Learn Chip Design with minimal Crosstalk in the circuits.
To Design a Chip with minimal errors.
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Tips on order in which you need to learn VLSI and become a CHAMPION:If I would had been you, I would had started with Physical Design and Physical design webinar course where I understand the entire flow first, then would have moved to CTS-1 and CTS-2 to look into details of how the clock is been built.Then, as you all...
not for the expert level. It looks like for beginners only. I was expecting more than the presented course. Not satisfied
it was informative and fun to learn about
good
learn a lot of new things which are needed for VLSI industry. Thank you
Very helpful and informative course.
okk ok
So much of repetition on every single video
I have learned the concepts that are very essential to analyse the impacts of cross talk.they explained in very detailed manner.easily understandable by reader.
Good understanding about signal Integrity concepts.
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Safeer K. P.
introduction could have been better