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IBM Reveals FIRST 2 Nanometer Chip Tech! (Watch the trailer here)
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- Опубликовано: 5 май 2021
- IBM has announced a new semiconductor design and process with the development of the world's first chip announced with 2 nanometer (nm) nanosheet technology. See the reveal video produced by IBM right here.
Can't wait when apple says, "introducing all new innovative 2 nano meter chip" 😂😂😂
you do know that this IBM tech won’t be used in products for years right? When apple announces it. they’ll actually be able to use 2nm tech on hundreds of million of chips. IBM can’t do that rn, and but the time they can, apple’s chip supplier TSMC will be able to do it too.
@Samuel Diche yeah i agree. But they claim themselves as they are the first one to do so
@@axay06 well, their supplier TSMC are the first to produce a new nm-chip AT SCALE. tsmc probably also has 2nm chips internally, but if they can’t produce them at scale, there’s no point. ibm clearly said it’ll be years until these chips go to market, but this time tsmc will be able to produce them at scale too
@Samuel Diche yeah may be i misunderstood apple. I always thought tech companies are made to solve problems, to get things done with ease. To happen this there should be friendly competition among companies. But seems like apple don't care anything. By not comparing themselves with other or as you said we cannot compare IOS and android as they both are smartphone OS.
@@user-qi3hf8ko3q well may be, who knows what's gonna happen
TSMC : *Prepares to manufacture 1nm Chips*
Woohoo, looks like IBM back in the Game.🤩
Instead of competing in the market they innovation a awesome product.
And both Intel and IBM are going to be working together and making the change to also being fabs for other companies too. Who knows, 5 or so years from now they might be the world leaders in mass producing a variety of customized RiscV processors. The future is looking bright.
Again with the "market" thing it's kinda weird how everything being monopolized but anyways 2nm in this year 2021 it means the next gen of processors will contain hundreds of billions of transistors.
You know what's better than 2 Nanometer Chips? 0.5 Nanometer Chips . Ping me in the future when is done.
probably 2026
You know what is better then 0.5 nm ,0.5 picometer chips
@@berobujanovi4331 I know you're probably just joking, but I'll still say it... Actually no, as that's physically not possible, but around 0.5 actually is. You (maybe) need to educate yourself on the size of atoms.
Heh, I sometimes want to "pull a Futurama" too.
2nm?
more like 20nm....
Moore's Law in Action! 🤩
They're not going to go any smaller. If 2nm will ever be stable at all, in mass production.
Ya totally cuz, quantum tunneling can't be overlooked
@Michael Yep, but this also seemed somewhat impossible a few years before
@Avinash not really sure but imo Quantum tunneling is present in present 7nm transistors as well but it's true its really difficult to manage as we go smaller in size.
@@Michael-it6gb do you work in this arena?
Intel has left the chat*
Damn IBM, 10 step ahead from the other!
Well they just bought a lithography machine from ASML to do it.
@@durandalgmx7633 Asml doesn't have tech
@@durandalgmx7633 you’re both wrong;
IBM hasn’t made a damn thing as they don’t have a fab
ASML doesn’t make equipment to make 2nm parts
This was a terrible video as it sounded like someone reading an IBM press release
@@durandalgmx7633 No, otherwise TSMC and others would have it too. You're making assumptions and oversimplifying things.
@@codycast No, IBM most certainly does have their own test/proto fabs. They just don't have mass production fabs like they used to. That is why Intel is working with IBM to combine the best of both their tech and possibly become the world's leaders in mass producing x86, ARM, and RiscV processors over the next several years.
yay I can watch more tiktoks faster using less battery
This is so depressingly true
5 years later*
Yikes!
These won’t be in phones for another 5 years
@@shipshrekt2156 and more like 7-8 for cheap phones under 500$
I feel like a caveman who time traveled to a age where i dont REALLY Know how anything works. I get analogies but wow tech is hyper intelligent
We are reaching the end of silicon architecture and next materials that will be used to make transistors is gonna make computing even more powerful. Note this 2nm processor contains 50 billion transistors my 28nm phone only contains 1 billion.
Actually that’s how we all will feel in the future, when we’ve lost a grasp on the fundamentals that used to be vital to know. When you know everything about how to use a smart phone but know zero about how to build a microchip or the basics of electricity then how hard will it be for war to cut out the stool from underneath us so that nobody knows how to fix, build, or improve the things we live amongst? The more specialized we become, the more reliant we are on fewer and fewer people to stay alive to help perpetuate the knowledge. Why do you think it has been so important to kill certain top nuclear specialists in middle eastern countries? The solution is to ensure that we get kids more interested in fundamentals and less interested in sports, social media fame, liberal arts, and social politics.
@@davidswanson5669 well said
The next step it's quantum
@@davidswanson5669 wow
1:55 two nyan-o-meter chip
Man of culture
I heard that too haha
The next new innovation is gonna be the change of base material from silicon to IGZO. IGZO guarantees higher clock speeds because of it's thermal efficiency (as much as 100x) and at the same time equivalent decrease in energy consumption. Couple that with 3D stacking and this is going to be the only way to scale up while being limited to the actual scale of the transistors. Just you watch.
Woah what is that tell me about that IGZO that's strange haven't heard that.
All I heard was the popular graphite.
That is theoretically 400ghz with dna sized or protein sized transistors
FYI, tnose nano-meter process, you cannot compare company to company anymore, numbers are just marketing gimmick now. And it can take years to achieve true production.
Yes, finally somebody said it besides me! Right now Intel is by far the most respectable company when it comes to staying on track with transistor density to node size/nanometer process. In theory Intel's 6/5nm should outdo this "2nm" process, though there's no denying that no company out there is currently, even at the prototype stage, achieving the transistor density of 333mt/mm² like this is. I heard Intel and IBM are going to be working together to become world leading Fab companies for other companies and other ISAs besides Power PC and x86, like potentially ARM and RiscV. I like the idea of these two companies potentially combining the best of their tech.
Everyone forgets that all the fabs use the same machines from ASML. And they all want the latest one for their next generation chips. ASML does the innovation to get to a smaller node. The chip makers decide the architecture. It's like ASML makes the printer, chip makers decide what to print. The problem with production is that the lithography machines are not made perfect for a certain node. You can decide to go to a smaller node on the same machine, but you will get alot of errors and the yield will be lower.
u high or something to they just unveiled a 50 BILLION TRANSISTOR processor and it's 2nm, my phone (28nm) contains 1 billion and my pc 45nm 820 million.
DO YOU KNOW HOW MUCH SUPERCOMPUTING POWER THAT IS CYBERPUNK!!!! ON A PHONE.
@@StewieG46 bruh all you gotta do is make the transistors smaller and contain more of it.
That's it a fvckin extreme xray used on a magnifying lens/wafer to make the "image" even smaller on the wafer the blueprint is on the wafer.
@@thefirstsin they are not using x-rays, but euv. Also you can not focus it with a lens...
So im gonna have a Beer talking to a toy Optimus Prime in the future getting his take on life ?
Umm... sure, why not?😅
That'll be cool
An astonishing achievement by the IBM crew, and much a needed step in tech, again proving that Moors Law is still alive. However, where upscaling for local build is measured in $Meg, and going to global production in $Gig; this 2 nm tech is not going to be common for another 2 years at least. When this hits the RISC platforms, where it is probably most likley heading, then 5G could most likely be standard tech in around 4 years time. WOW!
That list at 2:10 definitely went over my head. But I still find this very cool, and can't wait to see the ways that future applications of this tech can help make life better for everyone.
Did you see the 3d stacking that's gonna be lit.
2 nano meter is the limit of silicone computing. After 2 nanometers... Only thing left is quantum photonics.
Meanwhile Intel: "I've reached my peak of 14 nm. My work here is done."
@@xenonspeaks7018 You clearly don't know what you're talking about, IBM and Intel are working together now. Do some research before you leave a comment.
@@zimtak6418 extremely sorry. Deleted my comment
@@zimtak6418 Oooh can't wait to see how much transistors the new processors contain, probably hundred billions.
IBM - pioneers of computer technology
This will keep getting smaller and smaller until they will be unable to get any smaller or it would fail to process anything.
That's why quantum computing is the future.
C-nanotubes can be viable still if Si whose size is 2.2 Angstroms is exceeded.
Lol. When did IBM become a semiconductor powerhouse? This looks like an IBM sponsored commercial.
Intel could use this to prevent the creation of an oven when having 3 chrome tabs open
To put this is correct perspective with current chips -
Apple's M1 chip is at 5 nm and Intel's chip is at 7 nm.
I'm planning to buy one of those machines and maybe build a 1nm chips.😎
I thought tunneling becomes a problem at those scales. Curious what engineering solutions it took to overcome that problem.
bcoz its not real 2nm...
@@banjirjir7519 right. So what is then?
@@helicocktor it's 7nm++++++ 😂
@@TTBOn00bKiLleR source me bro
@@banjirjir7519 u high vid is literally from IBM, I even have a 28nm phone and I bet you don't even what's yours.
Can't wait for iPad Pro line up (even iPad Pro Max) with 2nm chip and iPad OS with Mac OS capabilities and pro apps.
Genuine question: What exactly is the advantage of using an iPad over a laptop?
@@ReetPandher don't know but I like my devices with billions of transistors cause they have more computing power.
Can’t wait to run Minecraft on this
If every electronic components gets molecular then we can imagine about biomechanical robots with super capabilities 😍
Nanotechnology is already a thing now apply that to everything 😵💫 we will have the ability to materialize anything at will with the right software and hardware of course it scary if you think about it
@@norapper6182 😑😐😑😐😑
@@SaiyedR 🙃
@@norapper6182 👍👍
@@SaiyedR 🤙
no, transistors are not a type of semiconductor, they use semiconductors. silicon is a type of semiconductor
....and yet the world of industry can't get any chips for their products as there's a shortage, lol.
Intel: Introducing 10nm+^2
IBM 2nm + ARM v9 = Satisfaction.
But it's been known that in between 1nm to 3nm lengths quantum tunneling takes into effect.....
How they have tackle this problem?
Why they did not mention about mobile phone SOC?
0.1 - 0.5 nm is the Atom size Range, we cannot go beyond 0.1-0.5 nm Chip in future.
When this chips will come to mass production ?
Not within this year. Expense and low yield are a big issue.
3 to 5yr
All these power for what? To open more chrome tabs?
TSMC: Here's my 1nm
I saw the asml in this video, did ibm buy the equipment from them?
That was 2:43 of just: We have 2 nm. Ha ha.
Less energy = reverse climate change. Pls make it so that we can all buy efficient tech
Why is there shortage of computer chips in the world
cos global supply chains are being deliberately sabotaged. They need to collapse the current system (economic/political/social) to make sure people* accept the new system (*those that survive the next few years). The Great Reset will be sold as the solution to the 'problems' of the old world order. The catastrophe's & disorder which will manifest in the next 2-3 yrs or so will be framed as the inevitable result of our current systems in order to justify abandoning the 'old ways'. The real goal being a World govt with total control and authority over everything & everyone, based on advanced technology that will enable a tiny wealthy minority to subjugate a world population of 500 million, whilst those at the very top live like gods.
75 % better energy Efficiency! definitely 3 or 4 day battery life for smartphones.
That will be a loss to the phone companies so it will be 1-2 days max.
Just when I am about to build a new build using a new AMD Ryzen 5 which is 7nm to replace my 10 year old build. Sigh. I will forever be 10 years behind no matter how much I try to do the research and to build within a budget. 🌱🐢
If you want low nm chips stay away from intel, they seem to be unable to do anything below 14nm
This 2nm thing is still years if not decades away from being used in mass production chips. You're fine for now :)
@@gauravbhalerao7420 huh? You haven't heard Amd will be announcing 1.5 nm processors in 2022.
You tell me with my 28nm phone and 45nm pc processor.
Scuffed
@@Kasmuller yikes that's sad man, Amd seems to be powering up tho.
I thought at less than 6nm there was going to be trouble with quantum effects/uncertainty/tunneling... I guess not.
Uh.. no it's just that electron just wants to jump and go to other paths and then heat is emitted but that's all the problem.
Will this improve gaming in someway?
Yes
IBM is Tony Stark of vlsi industry.
2 NM MEANS NOTHING WITHOUT BEING ABLE TO MASS PRODUCE THE CHIP
That's their partner's jobs
0:38 4years ago? So we'll see this on iPhones hopefully 4 years from now after many 3nm iPhones starting 2022 or 2023.
already in the A14 bionic for the iPhone 12 Pro and iPad Pro. typing this on a 5nm machine right now :)
@@staszekborowski6982 yep. 4 years ago and only appeared in 2020. So this 2nm will be available on iPhones etc 4 years from now...maybe.
@@staszekborowski6982 wow U lucky I only have 28nm.
Whats the cost
Hoping to see computer chips reach 0.025 Angstroms before I die........ no pun intended.
Are the selling any, i see intel ,amd and apple chips in the market.
It seems to be a 'state of the art' for now I mean 50 billion TRANSISTORS is something.
Supercomputer
Okay Yeah Moores law and all that. But I don't understand where it can go from here? Is 1nm or 0.5nm physically possible?
Since silicon is reaching it's limit it's probably 1.5 and then next material.
keep in mind this 2nm contains 50 billion which is a super computer.
I've read onlineIBM just produced those 2nm CPUs as a proof of concept, not to sell them.
Isn't there supposed to be quantum tunneling issues for chips under 3 nanometers?
No just heat cause electrons are annoying and wants to go everywhere
This is a press release.
Why doesnt IBM present it themselves?
According to moore's law (or lack thereof) it will be available in store near you in 8 - 10 years time.
The silicone waffer machine that make 2nm chip possible is actually done by a dutch company ASML 1:07 before shipped to IBM.
No it doesn't. Other wise asml would have patented it.
@@hj-bf1os Are you certain about that? ASML had 10'000 patents regarding to their nano tech machines.
Is this small enough to go in a vaccine? Asking for a friend.
The single transistor, yes. But think there are like 50 billion on one chip, what would injecting one transistor do?
We must go deeper.
yea, but, how many nano feet ?
Wake me up in 2024 when first 4nm become mainstream.
Apple is soon to release 3nm iPhones. They secured the deal with TSMC. I think by 2022 or 2023.
This 2nm chip should make apple watch have more battery life...esp with upcoming smart battery bands esp battery bands in future apple watch series. Apple Watch Pro where you at?
I thought Tasmania was the only company that could do that
Wait…. IBM doesn’t even have a fab? How did they produce a 2nm or any nm chip???
You don't need a fab you just need a giant box with extreme gamma rays or xrays blasting on the wafer/lens (blueprint) to a silicon wafer.
Wow!
Must people were beginning to right-off IBM
They jumped from 5nm and moved straight to 2nm.
No one knew they had something up their sleeves.
@linkzable IBM mostly do research and sell the rights to Fabs( TSMC) who can mass produce it. I believe they were the pioneers also for 5nm
@@mosog8829 TSMC NEVER bought anything from IBM in the past - probably never will in the future just IBM PR propaganda. TSMC spent close to $30 Billion a year on R&D. If IBM has the technology - they would made the Fab themselves - the US desperately need Fabrication plan - and gave TSMC billions to build 5nm in Arizona in 2025. If IBM has it - it would done it years ago.
@@JohnSmith-hz7te Who talked about TSMS buying?
Am talking about 2nm technology coming from IBM and the technology behind licensed to others.
@@JohnSmith-hz7te idc what's going on with the companies but 50 transistors and 2nm is extreme, supercomputing
As Colin Jost said on Weekend Update: “NOT NOW!”
IBM is still around?
IBM was always around.
IBM has always been around
Seems like they came back with a lot of TRANSISTORS 50 billion of it.
IKR.... they work super silently
Why are they wearing hazmat suits
Until one day sttttttssst
Carrington Event😳
Yeah but how many transistors can u put on it?
According to CNN, It can contain 50 billion transistors.
More accurately, it's 48.2 billion transistors.
@@CAIORAZ So.. The smallest one before this 2nm. how many they can put on that??
@@GrennKren wasn't much, 7nm had barley 16 billion transistors.
"chip" can be _anything_ up to the whole wafer.
I saw claim on another channel density of 333 million per sq mm.
That is pretty amazing to someone born before integrated circuits were a thing.
thats why intel rushing agreement with IBM
wow. that is cool
Intel has left the chat*
This is crazy.
hey future..... here we comeeee!!!!!!
50 billion transistors here we go!
Moore's law isn't that irrelevant yet !
Want to see dna integration on graphene chip
2 Nanometre!! What about Quantum Tunneling 🤔
Quantum tunneling, here we are!
Wait today's 7 nm ? Where is the 5nm that IBM invented 4 years ago ? Bring the chip in production then advertise about it !!!
I dont see any IBM machines..These are ASML machines
So do they have or not?
Keren
so can someone explain me what ASML do and what IBM do?
ASML the wafer beamer it like shines extreme gamma or xrays on a transparent like wafer and then silicon gets hit by the beam with blueprint and then voila a processor.
Wow
the audio is brain confusing
Why is nobody talking about this?
beautiful
TYchum Prodigy Ai chips. BNGO for the Win
I would like to order one......AAAAANNND ITS GONE.
So IBM will license this tech to other fabricators like TSMC?
primarily intel since they are in a partnership
@@somethingelse1987 no they're not
Samsung or Intel
Me too
Ibm makes the Moore theory wrong it supposed to be done until 2020
I’m so excited for this chip in my vaccine! Upgrading my human system to 4.9 ghz!
insane
While Intel..... 14nm
somebody is crying now... and you know who....
I love the blanket statements "45% higher performance than 7nm". 45% higher how, what metrics? Just because it's 3nm smaller doesn't alone create a faster chip, it will generate less heat/require less power but a transistor is still just one transistor. So is it 45% higher performance in the same volume as 7nm, that would at least be some kind of metric.
🔥
Agreed 50 billion TRANSISTORS let's GOOOOOO!
So now we going sub nanometres
smh it's already at 50 billon it's a supercomputer my 28nm phone can't even compare.
@@thefirstsin 28nm bro how old is your phone 😶
I'm pretty sure they can reach 1 nano meter 😄
But can it run Minecraft
2 nanometer = 2000 picometer.