Read more.And when they've finished they will start work on TSMC's 1nm process, says report.
Read more.And when they've finished they will start work on TSMC's 1nm process, says report.
1nm?? We really are looking at just marketing labels at this point aren't we.
3000pm process!
it has to be time to start busting out the picometers soon
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Ah, but it gives you an 800pm Experience
Now it may sound like a lot 300 boffins but Intel has that number dedicated to make sure the office chairs do not squeak.
I had no idea hobbits knew so much about lithography....
At 14nm, I think the minimum pitch distance between FinFET fins is a actually ~42nm. The fin itself is much narrower though. Spacing in a silicon crystal is about 240pm, so perhaps 175 atoms between them? Rough guesses.
Scaling isn't linear, but let's guess at "3nm" there's ... 50 atoms? Possibly not silicon. Hard to imagine just 50 atoms staying in place reliably for each of billions of transistors, so yield will be a mess.
And at 1nm ... what would that even be? A 6 carbon atom benzene molecule is about 0.24nm across, so you more like molecular transistors. Can't wait to see how they work out how to position a billion molecules precisely !
I remember my first PC with a 350mhxz Pentium 2 wasn't that 0.25 µm, how time flies.
The smaller the print the more efficient it tends to be.
"Many boffins died to bring us this information." - TSMC some time in 2018/19 announcing 1nm lithography.
Xlucine (07-10-2016)
Have a laugh at this: http://www.wagnercg.com/Portals/0/Fu...istorCount.pdf
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