Persistent Memories and Computing Architecture Evolution - From Optane to Future Technologies

Persistent Memories and Computing Architecture Evolution - From Optane to Future Technologies

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Using the Chiplet Approach

23 of 25

23 of 25

Using the Chiplet Approach

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Persistent Memories and Computing Architecture Evolution - From Optane to Future Technologies

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  1. 1 Intro
  2. 2 Outline
  3. 3 The Rise and Fall of Intel's Optane
  4. 4 Intel Has a Long PCM History
  5. 5 Optane's Mission: Near-DRAM Speed at Sub-DRAM Prices
  6. 6 Cost Was the Hard Part
  7. 7 SLC NAND Die Sizes -½ DRAM's
  8. 8 2022 Optane PB Optimistically 1/30th of DRAM
  9. 9 An Optane Timeline
  10. 10 Intel's Optane Losses
  11. 11 New Processor Instructions
  12. 12 New Approach to 2-Speed Memory
  13. 13 New Near-Memory Bus Concept
  14. 14 New Approach to Memory Expansion
  15. 15 New Thinking about Security Concerns with Persistent Memory
  16. 16 Embedded NOR & SRAM Scaling Has Stopped
  17. 17 Impact on Processors
  18. 18 NOR & SRAM Scaling will Stop
  19. 19 Comparing Memory Technologies
  20. 20 FRAM
  21. 21 How Optane's Legacy Helps
  22. 22 New Report: Emerging Memories Enter the Next Phase
  23. 23 Using the Chiplet Approach
  24. 24 What About the Economies of Scale?
  25. 25 Summary

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