The Future of Microprocessors - From Moore's Law to Modern Challenges and Innovations

The Future of Microprocessors - From Moore's Law to Modern Challenges and Innovations

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Intro

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1 of 27

Intro

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The Future of Microprocessors - From Moore's Law to Modern Challenges and Innovations

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  1. 1 Intro
  2. 2 First law: Gordon Moore
  3. 3 What does this mean?
  4. 4 Second law: Gene Amdahl
  5. 5 The multicore consensus
  6. 6 More transistors aren't as useful
  7. 7 Power: Dark silicon
  8. 8 Economic problems
  9. 9 Node names
  10. 10 Economic problems 2
  11. 11 Prediction are hard to make
  12. 12 Today's leading fabs
  13. 13 Lithography
  14. 14 Conclusions
  15. 15 Leveled off
  16. 16 Microarchitecture evolution
  17. 17 Architecture evolution
  18. 18 A new performance race
  19. 19 A modern system on chip
  20. 20 Intel's 2019 future roadmap
  21. 21 Transistors change again
  22. 22 Research directions
  23. 23 Chip making evolution
  24. 24 Cooling chips directly
  25. 25 Wafer scale integration for ML
  26. 26 Training compute requirements
  27. 27 Outro

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