finally this 1 is close to the real process! thanks for this video however 2:28 the right part is left out can we might know the calculations for volts/ampere/fields at this small scale ?
@@BeatsbyVegas Yes. GAAFET is a good example. I looked at IC structure forecasted for 1 nm and beyond. We will see more of the 3D transistor in next decade.
3D NAND his cheap and dense because the stacks of 3D NAND cells are processed in parallel, kind of creating trenches down thru 232 or whatever layers all at once. GAAFET is 3D, but not in the same sense. The transistor gets smaller in the X and Y dimensions and taller in the Z, but it isn’t a cheap, tall 3D stack of transistors. 3D NAND manufacturing process steps are interesting, too.
This has some gross inaccuracies such as the hardmask material and "acid etching", it is >99% RIE at 22nm and below!!!! It's not 1999 anymore with your "acid etch" patterning
You are replying to a comment left 2 years ago :P Anyway, maybe Intel are keeping some of their processing steps secret. How many steps are in this animation for 8,9,10 metals? Say 60-70 ?
Its utterly boring. I studied ee. One must be really crazy to be this dedicated to this superboring work. Its really heavy maths and they study it like maniacs. I call that crazy.
Amazing most detailed description
Would be nice to see this in 720p or higher. This is a very informative video. Thanks!
We need more of these please. Upload more♥️ All steps in processor production if you can....In 3D
finally this 1 is close to the real process! thanks for this video
however 2:28 the right part is left out
can we might know the calculations for volts/ampere/fields at this small scale ?
wow amazing quality animation thanks
We are currently building chips in 2D, whether we might build 3D transistors like the 3D NAND? The video is excellent. Definitely need more of it.
Look into gate all around or GAAFET
@@BeatsbyVegas Yes. GAAFET is a good example. I looked at IC structure forecasted for 1 nm and beyond. We will see more of the 3D transistor in next decade.
3D NAND his cheap and dense because the stacks of 3D NAND cells are processed in parallel, kind of creating trenches down thru 232 or whatever layers all at once. GAAFET is 3D, but not in the same sense. The transistor gets smaller in the X and Y dimensions and taller in the Z, but it isn’t a cheap, tall 3D stack of transistors. 3D NAND manufacturing process steps are interesting, too.
Amazing I love Intel. ❤❤❤❤
I LOVE THIS BGM❤
🎉BRAVO🎉
I cannot understand how exposed 'positive photoresist' does not get developed
This has some gross inaccuracies such as the hardmask material and "acid etching", it is >99% RIE at 22nm and below!!!! It's not 1999 anymore with your "acid etch" patterning
I CHOOSE WOMBO Damascene / CMP as well
You are replying to a comment left 2 years ago :P
Anyway, maybe Intel are keeping some of their processing steps secret. How many steps are in this animation for 8,9,10 metals? Say 60-70 ?
@@neilmcmahon doesn't it take days to turn a wafer into cpu's?
@@andrewyork3869 yeah or even a week waiting for all the steps to complete like annealing and curing etc. etc.
This video is from like 10 years ago
U should never use rapidly flashing red lights in graphics 😠👎
These people are crazy.
how come?
Its utterly boring. I studied ee. One must be really crazy to be this dedicated to this superboring work. Its really heavy maths and they study it like maniacs. I call that crazy.
crazy like a fox
What does the fox say?
@@adresverlan Bro, let us have fun teaching sand how to think.