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Slide 1 - Semiconductors: Scaling Laws
Semiconductors: Scaling Laws
Generated from prompt:
make a presentation about semiconductors in 6 slides
This presentation delves into Moore's Law and related scaling laws (Rock's, Dennard) in semiconductors, covering historical development, key metrics and statistics, impacts on computing power, and future challenges as physical limits approach.
February 26, 20267 slides
Slide 2 of 7
Slide 2 - Semiconductors: Scaling Laws
Moore's Law and Beyond
Driving Innovation in Integrated Circuits
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Photo by Laura Ockel on Unsplash
Slide 3 of 7
Slide 3 - Agenda
- Moore's Law Overview
- Historical Milestones
- Key Impacts and Statistics
- Related Scaling Laws
- Future Outlook
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Photo by Aleksandrs Karevs on Unsplash
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Slide 4 - Moore's Law
1
Moore's Law
The number of transistors in an IC doubles about every two years
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Photo by Imagine Buddy on Unsplash
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Slide 5 - Historical Development
1965: Gordon Moore's Observation Components per IC double every year (Fairchild Semiconductor & Intel co-founder) 1975: Revised Forecast Doubling every two years (CAGR of 41%) 2010: Industry Slowdown Advancement slows below predicted pace 2022: Ongoing Debate Nvidia CEO declares it dead; Intel CEO disagrees
Source: Wikipedia: Moore's law
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Slide 6 - Key Metrics
- 2: Years
- 41%: CAGR
- $14B: Fab Cost
- 4: Years
- Constant: Power
Source: Wikipedia
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