The State of Computers and Data-Storage at the End of Moore’s Law #2
This video is a deep dive into the so called “End of Moore’s Law” or when electronic circuits/chips can no longer improve because we reach the atomic size constant of making transistors and other components in a chip. For more detail see Timestamps below
The video is based on a power point presentation and an excel spreadsheet. Both files can be downloaded by following the link below
Click link below to download power point presentation used in video
Click link below to download the excel spreadsheet that contains all calculations used in video
https://www.hmexperience.dk/wp-content/uploads/2022/11/CalculationsMooresLaw.xlsx
Timestamps
00:00 Intro
01:10 Definition of Moore’s law
02:13 Moore’s Law and its importance for The Future of Humanity
03:45 The Evidence for Moore’s Law
05:52 Different State-of-the-art ICs/chips
13:39 Context – Ignots and Wafers
17:44 Context – Mono-die chips and Multi-die chips
22:14 Recalculating Moore’s law now including data storing chips
26:25 When will Moore’s Law end?
34:18 1nm tech computational chips will have 1 billion transistors per mm^2 in 2031
36:25 1nm tech data storing chips will have 16,000 billion transistor per mm^3 in 2043
45:30 Comparisons: Data storing chips will be at least 3000X better than human brain per cm^3 in 2043
49:34 Comparisons: Human brain processing is 10,000X more energy efficient than electronic computational chips in 2031 as measured by TFLOPS/Watt
1:01:30 Using optical computational chips to improve energy efficiency
1:02:53 10X improvement of Moore’s law might be possible with better component designs
1:06:15 Conclusions
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