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

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

SNIAVideo via YouTube Direct link

What About the Economies of Scale?

24 of 25

24 of 25

What About the Economies of Scale?

Class Central Classrooms beta

YouTube videos curated by Class Central.

Classroom Contents

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

Automatically move to the next video in the Classroom when playback concludes

  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

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Someone learning on their laptop while sitting on the floor.