The Gate-All-Around Transistor is Coming

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[ThioJoe]

You know you've done a good job with your videos when I saw the title and actually knew what it meant, and was actually excited 😂

[alexlowe]

It's surreal to see things that I remember as proof of concept research papers start to enter mainstream production.

[someguydino]

this channel is always a source and never a drain

[Omegaman]

My Father used to work for GEC when they were making the first germanium transistors. He said they would use car headlamps as a heat source to attach the legs to the Germanium wafer. He kept a load of the prototypes that had exceptionally high tested some the other day and they are still good 69 years later.

[geographicaloddity]

I have learned more about fab processes from your channel than I did getting an electrical engineering degree.

[teekanne]

I like how you uses pauses that gives the viewer time to digest the heard and think about it.

[ragnarok]

Also know as: damn-thats-a-long-name-FET

[MisrRandm]

I am in an Automotive Tool group on social media and they were questioning Taiwan tool quality... I can't believe I had to remind them how the small country makes the highest precision instruments the world has ever known. Arguably the greatest human endeavors come out of Taiwan, akin to the space program and CERN.

[wokeupina]

i am 22 and seriously thinking about studying engineering at this age, thanks to you. i am quite speechless with this content, thanks.

[Vermilicious]

You just have to appreciate all the scientific research done in decades past to make these advances possible only now. Also, I think an increase in competition in this space will further the progress made, and also reduce the risk of losing production capacity due to various outside factors. Semiconductors are vital to modern life and society.

[dante]

I really wonder why I subscribed this channel with all this in depth knowledge I don't have any use for... But it's fascinating!

[bluegizmo]

What do transistors and professional athletes have in common? They both get their strengths from doping

[MA-cwfk]

9:35 minor correction. Epitaxy is not a deposition technique, it is the process of growing a single-crystal film on top of a different material with similar lattice constants. Epitaxy can be achieved with different deposition techniques such as evaporation or sputtering.

[Roboss_Is_Alive]

MOM MOM ASIANOMETREY MADE ANOTHER TRANSISTOR VIDEO, GRAB THE POPCORN

[deltax]

the GAA design offers great advantages for scaling down semiconductors. The normal problems we experience when scaling down lower and lower is reduced because of the enhanced electrostatics (reduced leakage currents and improved switching speed and energy efficiency). I can't wait to see the next gen semiconductors using this tech. It is going to be crazy!

[michaelmoorrees]

2nm ! Damn, I got my EE degree less than a year before the 1um barrier was broken, back in 1985.

[bort]

Minor correction; at 6:05 you talk about the effects of dielectric permittivity on gate function, and while obviously higher dielectric materials produce a higher capacitance, the electric fields within the substructure are actually *reduced* as an effect of the polarization, which can be essentially described as the realignment of electric charges inside the dielectric that cancels out the external field.

[fredinit]

Jon, Thanks for the update. Was wondering where GAA was at from a production perspective after you mentioning it in prior reports.

[roc]

dude, I cannot imagine your level of energy when you post so many great docs about tech and the economics and/or politics of tech, so often, and with such great ease. congrats.

[JohnHoranzy]

I remember back in 1968 reading a Scientific American article on how to make a transistor by spraying various chemicals on a piece of glass on a hot plate. Things have evolved!