There are a small number of super smart people, and all of us benefit from their work. Big thanks to you smart guys. I'm so dumb I don't even understand the video.
Simply speaking: MOSFETs, a type of transistor, has 3 (technically 4, but we ignore one) connections. There is a source and a drain, normally they are connected in a way that currents want to flow through it. The gate voltage controls if electrons or holes (current) can flow from the source to the drain or not. Transistors can be combine in a way they can be useto do mathematical operations, this is how every computer works. The violet part you see in the video shows the gate, the grew part is the channel between source and gate. This transistors have a size of a few nm.
OMG i was right, this video Coreteks used in his background footage does go past finfet. This will be huge, a 3D stacked transistor, if it reaches viable costs in actual consumer HW.
Tch, Breakthrough my a**. I don't have any Faith in Samsung now. because of how they Fabricated Snapdragon 8 gen 1. sheesh It's the worst chip I've ever seen, when it comes to power Efficiency.
sorry to be offtopic but does anybody know of a way to get back into an instagram account? I was dumb forgot the login password. I would appreciate any assistance you can give me
@Joe Lachlan thanks for your reply. I found the site through google and im in the hacking process now. Seems to take a while so I will reply here later when my account password hopefully is recovered.
Except Samsung is generally behind TSMC and at a similar pace to Intel if not slower when it comes with semiconductor innovation and performance characteristics across the same generation vs the competition. The MBCFETs might change this tho, we shall see whether TSMCs enhanced FinFET, Intels GAAFET or Samsungs MBCFET will come out on top in the 3nm process node generation
If Apple's A17 have 82 photomask layers based on FinFET I wonder how many additional photomasks are required for MBCFET-based A17! It could easily pass 140.
So you took a nanowire, and made it wider...? Okay. Is this even even be patentable? You took something that didn't definite it's dimensions, then you defined dimensions.
I found this a good article on the matter: spectrum.ieee.org/semiconductors/devices/the-nanosheet-transistor-is-the-next-and-maybe-last-step-in-moores-law I think after reading this you will be somewhat more reluctant to call this boring or uninnovative.
Just by changing the Orientation of the components, that much build up is not necessary. By the way the latest Exynos chip is still not being seen put to use. Why the un-necessary hype then?
The current passing through the nano sheet is the current use to read the bit, I.e. a 1 or 0. The gate or switch surrounds the nano sheets. A current is applied to the gate which applies a small electric field to the nano sheet which allows the current to run through the nano sheet and be read as a 1. If a current is not applied to the gate then the transistor or bit will be read as a 0. This is how it works in its simplistic form. This is good enough to understand the concept, I think.
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There are a small number of super smart people, and all of us benefit from their work. Big thanks to you smart guys. I'm so dumb I don't even understand the video.
Simply speaking: MOSFETs, a type of transistor, has 3 (technically 4, but we ignore one) connections. There is a source and a drain, normally they are connected in a way that currents want to flow through it. The gate voltage controls if electrons or holes (current) can flow from the source to the drain or not. Transistors can be combine in a way they can be useto do mathematical operations, this is how every computer works.
The violet part you see in the video shows the gate, the grew part is the channel between source and gate.
This transistors have a size of a few nm.
@@happygimp0 "Simply speaking", I don't think the average joe would understand that tbh...
@@_Chad_ThunderCock Why, this isn't hard.
I guess this is the Dunning-Kruger effect, from my perspective i made it very simple.
@@happygimp0 What is the maximum frequency that a transistor can theoretically reach?
Samsung's 3-nano is developed with a different technology from tsms' 3-nano.
Samsung is also confident that it will be far better than TSMC from 3nm and onwards...
never before have i been so excited for something i have no idea about
This looks very similar to Intel RibbonFET. Different names for the same idea?
Samsung announce it 3 years ago, and intel about 1 year ago, so not sure which inspires which.
yes same idea
Both MBCFET and RibbonFET are variants of GAAFET with slight tinkering.
Yah, Almost Same
@@thatsawesome2060 i see
Is this similar to RibbonFET?
I will keep this video in mind for when I build a fabrication facility
Pick
Good luck
OMG i was right, this video Coreteks used in his background footage does go past finfet. This will be huge, a 3D stacked transistor, if it reaches viable costs in actual consumer HW.
humanity: the need for speed
This is separate from 3D stacked transistors. 3D stacked gaa is around 7 years away so we need gaa first.
I never miss Samsung semi conductor videos, especially when the title is a BREAKTHROUGH in technology , let's gooooooooooo 😍😍😍😍😍😍❤😘😘😘😘😘😘
Breakthrough, but every semi company and their moms are doing it.
Sniff me off
Chill everyone
@@omarsabih it's a breakthrough, you must give credit to where it belongs
Tch, Breakthrough my a**.
I don't have any Faith in Samsung now. because of how they Fabricated Snapdragon 8 gen 1. sheesh
It's the worst chip I've ever seen, when it comes to power Efficiency.
So exciting and now I can't sleep 😁😁😁😁
sorry to be offtopic but does anybody know of a way to get back into an instagram account?
I was dumb forgot the login password. I would appreciate any assistance you can give me
@Jorge Mateo instablaster ;)
@Joe Lachlan thanks for your reply. I found the site through google and im in the hacking process now.
Seems to take a while so I will reply here later when my account password hopefully is recovered.
@Joe Lachlan it worked and I finally got access to my account again. Im so happy!
Thanks so much, you saved my ass :D
@Jorge Mateo Glad I could help :)
1:23 It looks like the same thing, only Finfets are lying down, and mbcfets are standing up.
Except Samsung is generally behind TSMC and at a similar pace to Intel if not slower when it comes with semiconductor innovation and performance characteristics across the same generation vs the competition. The MBCFETs might change this tho, we shall see whether TSMCs enhanced FinFET, Intels GAAFET or Samsungs MBCFET will come out on top in the 3nm process node generation
진짜 너무 멋지고 자랑스럽다. 올해 하반기 삼상전자 무조건 들어간다!! 삼성화이팅
great illustration, Thanks
Lets hope for the best. Although we are working on 3nm process
So, thsi is the same idea as IBM's nano sheet.
Isn't this the same as IBS's GAAFET?
OMG, how did u do that animation?! It's awesome!!
Quantos watts de portadora ele dá em AM?
looks alot like intel ribbon fet but this was released 3 years earlier
So what is the difference between this MBCFET and RibbonFET??? Both are GAAs, are there any differences?
when do we get gaafet transistors, its been 2 years since the launch of this video and we still dont have them.
They announced nano3 gaa feasiblrle which makes at least 6months faster than T and will start producing using gaa in q1 of 2022
How is this different from Ribbon Fet introduced by Intel
Good video. Intel has since released its Super FinFet transistor design a few months back.
But I think some angular shape (mod mbcfet) will be more feasible in the perspective of transistor technology.
technology has always been there. The thing is about how to realize the structure through the fab with excellent manufacturability.
one thing that slows down technology thats already here is money and resources.
I've read many stupid comments on RUclips, but this one takes the crown.
@@sebastianelytron8450
In what way exactly...?
isnt ribbonFET the same as this? intel is slacking behind.
If Apple's A17 have 82 photomask layers based on FinFET I wonder how many additional photomasks are required for MBCFET-based A17! It could easily pass 140.
Congrats Samsung!
And now vertical gaa fet comes in
Isn't the animation show flow in the wrong direction???
It depends from which are the source and drain. But for sure it's in the fin, so it's right.
Everything they mentioned in the video GAAFet can do to They didn't explain how they do it easier than GAAFet thay just compared it to FinFet.
This is the point of marketing. Sell you something standard and convince you to overpay for it.
from the obscurity of this video, MBCFet looks like GAAFet with wider bridges and vertical version of FinFet
@@user-pl7tf9gv8e Those 2 things you mentioned are features of GAAFet
@@cablefeed3738 both are basically the same except nanowires vs nanosheets afaik.
GAA-Revolutionary CMOS
Like RibbonFET
Pretty pictures.
wow, wondering new technology~!
Excellent introduction of such advance technologies. Very informative to help students for my lectures.
So you took a nanowire, and made it wider...? Okay. Is this even even be patentable? You took something that didn't definite it's dimensions, then you defined dimensions.
I know right!? I bet they just wanted to make a cool video about it this new process technology.
I found this a good article on the matter: spectrum.ieee.org/semiconductors/devices/the-nanosheet-transistor-is-the-next-and-maybe-last-step-in-moores-law
I think after reading this you will be somewhat more reluctant to call this boring or uninnovative.
(sarcasm ^)
Just by changing the Orientation of the components, that much build up is not necessary.
By the way the latest Exynos chip is still not being seen put to use.
Why the un-necessary hype then?
So nothing new but faster? looking for something smaller.
Meanwhile TSMC: FinFETs for 3nm!!
I believe it is GAA.
@@hariranormal5584 no.
it seems TSMC 20nm's nightmare comeback
Go go TSMC!
very nice
The video's cool as hell and I finally understood how these work
I thought electricity went left to right ¯\_(ツ)_/¯
These are transistors, hard to explain here but you can basically see how chips work in general and can understand
The current passing through the nano sheet is the current use to read the bit, I.e. a 1 or 0. The gate or switch surrounds the nano sheets. A current is applied to the gate which applies a small electric field to the nano sheet which allows the current to run through the nano sheet and be read as a 1. If a current is not applied to the gate then the transistor or bit will be read as a 0. This is how it works in its simplistic form. This is good enough to understand the concept, I think.
Multi bridge channel Fets
OOOOOOOOOOOOOOOOOOOOOOOOOOOooooooooooooooooooooooooooooooooooooooooooooo
We cant be simple even perSize
Catch up to TSMC first lol.
nice
Oo
이번. 2분기양산 들어간다고얘기 얘기 들었습니다 하지만패키징 투자 도 신경많이쓰기 부탁합니다. I Love Samsung. 💪. 👍
Exciting, sure. But no where near what graphene is going to be capable of.
A.G.I Will be man's last invention
Intel ki band bjaa denge
What the hell are thay talking
Apple just crushes them with 5nm cpu which is more powerful then a full fledged desktop
Hmmm sir, Apple cant make chipset. Maybe design or architecture. When it comes to under nano7 technology, only 2companies are capable; SS and TSMC🤣
Sign me up ill take 50!! 💰💰💰
But Samsung doing it ? Nah. Nevermind cuz Samsung is so bad at Chip Fabrication. sheesh