Intel and AMD will definitely have their share of the market. TSMC is at max capacity and investing in other semiconductor companies will be an absolute power move, I keep increasing my shares manageably. Different chips are good at different things and Nvidia has been very specialised, which leaves other aspects of Al open.
certainly, i had bought NVDA shares at $300, $475 cheap b4 the 10 for 1 split and with huge interest I keep adding, i’m currently doings the same for PLTR, POET and AMD constructively. Best possible way to get ahead, is participating behind top experienced performers.
I agree, i own three business, right now I'm compiling and picking stocks that l'd love to hold on to for a few years before retirement, do you think these stocks would do better over the years? My goal is to have at least $2 million saved for retirement.
I’m widely spread out into ETFs and chip tech stocks, using an enlightened top tier would always attain more interest no matter what. props to Frost hilda, whom takes good care of my holdings giving me an edge to plus interest.
@QAYWSXEDCCXYDSAEWQ It's a team of install engineers from the supplier of the machine, ASML in the Netherlands. The Engineers are most likely of a variety of nationalities, but based in the Netherlands. Once installed a new team takes over, specifically trainend in the Netherlands to care for this machine. They will relocate to the US to stay with the machine and make sure it's optimized and maintained.
There are friends of friends I know who work there and they are extremely brilliant people. Like 5 year old geniuses brilliant. Things they do in there are insanely advanced not yet even made public nor will it ever for probably decades. Every R&D executive has earned their bones at Intel through knowledge and working on teams while moving up. Hats off to all the engineers.
slow your roll, don't forget, sexist, elitist, and ai that takes flawed people and puts them in the bread line cuz 'puters do it better. I am all for it, but the future run by the chip makers dreams is not my dream. I see dark clouds on the horizon, and these chips will save us, but its about to get weird science before it gets utopian.
@@craigscott4205buddy, not the same at all... I have been a pc gamer and so have millions of others who bought nvidia GPU always along with an intel cpu.. it is the main gaming combo for 20 years or so now... Thousands per pc gamer is given to both every 5 years... since the days of aol 56k.
You'd be surprised what comes out of the Netherlands. For example, did you know that they are one of the world's largest agricultural exporters and export more tomatoes than any other country?
Canon and Nikon are also building lithography machines. But both don't come close to what ASML can do with their machines. They are totally left behind.
@@joserios2703 no, the original comment is brainless so doesn’t really require deeper analysis. What does being around longer than the Netherlands mean? Who cares.
She may have been an Intern at the time… Almost 30 years ago I started at Intel as an intern and worked there for over a decade. I did have to complete two graduate degrees to do what I wanted to do there. Great company.
It is really amazing technology, but I wish that a lot more funding from the US CHIPS Act would have been allocated to advance next generation technology, like beyond spintronics related technologies (in particular, Non-Volatile-Memory (NVM) MRAM). Spintronics related technologies (like MRAM) are key needed technologies to enable « bi-stable » computing (somewhat like E-ink displays) that would enable plenty new opportunities, and it would be a unique opportunity for the US to position itself to regain technological leadership in next generation semiconductor technologies.
They mentioned it not being an Intel machine, also Currently TSMC in Taiwan uses the first generation EUV machine worth +-170m this is the 2nd generation High NA EUV worth +-380m. I am sure TSMC will follow quickly enough though as when this machine is fully operational the advanrages will be big.
*AWESOME* to see Intel building new fabs in the States! I just hope the Oregon plants are well-protected from quakes, given that the US west coast can get a few big jolts from time to time. Not so much a problem in Arizona, New Mexico and Ohio though, which is why I'm thrilled that those states have been chosen for fab plants.
Survival of the Fittest is a BS statement and I like people who seem to project that fact, which they could be projecting to some people. I read it, who else?
Current stock probably doesnt matter as much to them since the majority of computer manufacturers will be in line for the new chips this machine will be producing.
There’s nothing brilliant about handing a company a bunch of money they didn’t earn. This company is not competitive. They have no vision for the future at all. And nobody wants their shitty chips, so what’s the point of making more of them. This company will blow it.
I've seen many videos on modern chip fabrication, including specifically about ASML, but this is the best all-around explanation of the problems and process I've ever seen. Well done!
@@pieterpons3893 It is, however the collaboration that lead to the successful EUV process involved Dutch, German and US Universities over a 30 year period. And ASML is the only foreign to the US company on which US distribution restrictions have been imposed and respected.
I worked at ASML in the Netherlands for a while in 1998/99 and that's when they just got started on EUV technology. I bet they're already working on the next phase, in the X-ray area of the spectrum. The lasers are developed and built in San Diego by Cymer. By the way they don't use lenses anymore; there are no known materials that conduct EUV light. Everything has to be done with mirrors in a vacuum now. And the mirrors are the flattest things on Earth.
They need engineering specialists to compete internationally, and for the country both in all the downstream applications you have to predict that a large inflow of tech engineers. will be needed in all sorts of high tech applications.
@@notanymore9471 Please re-read the post but I’ll bite. Drop the constant increase in data and processing needs then what do you have? Lengthening of Moore’s Law. You’re welcome.
@@DemsRNutless it has to do with transistors specifically. Everything else is just a product of the size of the chip and and the number of transistors on it.
@@notanymore9471 Entirely wrong once again. I’m an enterprise architect with a Fortune 100 company and have been for 22 years. Based on your wiki response clearly you are not in IT or systems. How can you not know the difference between implementation of a Moore’s Law and what drives it? Pick up a copy of Gordon Moore’s seminal book on his postulate and please stop using wiki. 🤦🏼
Aren’t you that grifter who would antagonize the homeless and got a bunch of Trump supporters mad at an early rest village by calling it an “Antifa training camp”?
The waffer substrate (silicone with a purity around 99.99%) is only manufactured by 5 companies in the world. 4 in Japan and 1 in Singapore. This is one more bottleneck in this area.
I can't help but wonder how they keep tin and silicon from building up in the optics, probably has to flush itself frequently with powerful solvents, but then that's gonna dissolve more than the garbage over time, so they must pick materials and solvents carefully? Anyways what a marvelous machine!!!
@@watchout5508 Yes. But, vaporized metal condensates in random places around the vacuum chamber. It's how a process called magnetized sputter deposition can be used to create mirrors and other metal coatings... but in that process they have to repeatedly open the thing up and clean out the chamber.
If Intel uses its own ai, of course it does, then it won't have stock to buy, every penny reinvested in to growing its facility and caring for its process of becoming self automated to the point that human error is gone, and its only a few people to turn on the quaint seal of approval of authenticity and confirmed reinvesting its revenue into itself. Private holdings, a select distribution center, or cia, for the world. Thats not for profit.
@@user-rk9kb2sd9b you do know that ASML was enable by American companies right? Yea lithography came from the US so without the US, ASML would of never existed. Who created the transistor? America, who created the digital and analog computer? America. Huh
@@user-rk9kb2sd9b and I'm pretty sure you know little about the whole semiconductor supply chain and chip manufacturing and the whole process that goes into making a chip. So go educate yourself first or stop talking
For anyone who wonders how small are the circuits printed on the wafers what magnification do they use to print them ? Imagine pointing a laser to the moon on a persons thumb that how far away small a circuit is printed Youd need a dam good telescope to see it hello hubble.
Congrats, It's the first useful work which helps all humans by quantum technology and these chips will reach everywhere in the universe as soon as you open to the market .
Not even 'regular' light as that is too big (the wavelength). They had to go to ultra violet light, and now to extreme ultra violet. Another commenter here said they might go for x rays after that in search of smaller and smaller wavelengths. Crazy and exciting stuff. Humans are awesome.
I want to hear more computing specs before I buy stock though. NVIDIA seems to have the lead right now and I'm not sure Intel is moving fast enough to take that lead from them, or even if they're competing on an apples to apples level.
I saw a lecture about how small they could get. IBM and Intel are working on a single atom connector. But what's after that since you can't go smaller than an atom? I don't know. It's all so fascinating.
It's nice that Intel got the new ASML machine, but they fell behind when they didn't use those lithography machines from the start and bit them hard real hard now that TSMC and Samsung make the advanced chips now. You need ASML machines like that to do again the 1 to 2 nanometer chips.
No they will only get bigger, working for a very long time now for ASML and since the beginning, every generation of machine is getting bigger as more modules are necessary to make the chips smaller and the machines faster. Also the wafer size went from 8 to 12 inch, also that requires bigger handling modules ect.
I used to work for Intel and AMD. I was assuming that this was for lithography but your description suggests it is for deposition. Which is it? I love working there until a guy named Don became my director and I waited for my stock options to mature and quit. You don't give a guy that much stock and then piss him off!n Ros
India has not even started even bit of this. After Scl fire brokeout 50 years ago. I don't know whats going to happen in future. Are they going to perform nuclear fission in this or what. As they already build buildings on that nm fab. By the way i am just 18. So, don't get offended by anything commented by me. Just sharing thoughts. It feels so important to explain after knowing complexity of this to not be in jail due any mistake in comment.😅
Keep my own shxt!! Oh you mean the way it used to be? Where I didn't have to pay any subscription fees? Get outta town. Cool behind the scenes. Don't tell me aliens didn't land at Roswell.
I'm a little concerned that only one place in the world, let alone in the us, are making these chips. What if some natural disaster or intensional mishap where to happen in Hillsboro. I'm glad that we've got this tech in Oregon but I can't help but be a little pessimistic the way the world is today.
Intel and AMD will definitely have their share of the market. TSMC is at max capacity and investing in other semiconductor companies will be an absolute power move, I keep increasing my shares manageably. Different chips are good at different things and Nvidia has been very specialised, which leaves other aspects of Al open.
This is the type of in-depth detail on the semiconductor market that investors need, also the right moment to focus on the rewarding AI manifesto.
certainly, i had bought NVDA shares at $300, $475 cheap b4 the 10 for 1 split and with huge interest I keep adding, i’m currently doings the same for PLTR, POET and AMD constructively. Best possible way to get ahead, is participating behind top experienced performers.
I agree, i own three business, right now I'm compiling and picking stocks that l'd love to hold on to for a few years before retirement, do you think these stocks would do better over the years? My goal is to have at least $2 million saved for retirement.
Amazingly, people are starting to get the uniqueness of Palantir.
I’m widely spread out into ETFs and chip tech stocks, using an enlightened top tier would always attain more interest no matter what. props to Frost hilda, whom takes good care of my holdings giving me an edge to plus interest.
I knew that thing was immensely complicated but not 250 specialists need to sleep on site for six months to put it together complicated.
Sorry, so where did those engineers come from? Mars??
@@QAYWSXEDCCXYDSAEWQ Europe
@@QAYWSXEDCCXYDSAEWQmy guess is all around th world
@QAYWSXEDCCXYDSAEWQ It's a team of install engineers from the supplier of the machine, ASML in the Netherlands. The Engineers are most likely of a variety of nationalities, but based in the Netherlands. Once installed a new team takes over, specifically trainend in the Netherlands to care for this machine. They will relocate to the US to stay with the machine and make sure it's optimized and maintained.
Netherlands, where ASML is based
The fact that we, as a species, can do this is simply amazing.
U cant
not China, not India, not Africa, not Is-eal, not South America. Give credit to the people who actually deserve it. "As a species" lol. Get real.
@@SamTehGr8 Why not? You don't have to be exactly a member of ASML to be proud.
@@SamTehGr8asml’s competitors are nikon and canon who are Japanese.
The fact that we, as a species, consider this necessary is concerning, and likely suicidal.
There are friends of friends I know who work there and they are extremely brilliant people. Like 5 year old geniuses brilliant.
Things they do in there are insanely advanced not yet even made public nor will it ever for probably decades.
Every R&D executive has earned their bones at Intel through knowledge and working on teams while moving up.
Hats off to all the engineers.
slow your roll, don't forget, sexist, elitist, and ai that takes flawed people and puts them in the bread line cuz 'puters do it better. I am all for it, but the future run by the chip makers dreams is not my dream. I see dark clouds on the horizon, and these chips will save us, but its about to get weird science before it gets utopian.
I wish I can work there
@@univera1111 Iike I wish I could be more than a bot, but I am just a bot so advanced, that no one loves me yet.
How will they not be crushed by nvidia
@@craigscott4205buddy, not the same at all... I have been a pc gamer and so have millions of others who bought nvidia GPU always along with an intel cpu.. it is the main gaming combo for 20 years or so now... Thousands per pc gamer is given to both every 5 years... since the days of aol 56k.
ASML uses Intel chips to make the tools to make a more advanced Intel chip ...🧐
You had me laughing. I never thought of it like that.
how it's been going since fire 🤯
It's all about Time clocks faster than before
We are atoms (people) marveling at how other atoms (ASML machines) uses yet other atoms (intel chips) to advance yet other atoms (new intel chips).
@@pratikpaharia man, we're all several billion years too old for all of this
Lets take a minute to think about just how this machine was thought up and put together on paper like wtf the team who invented that machine is wild.
They have been working on this and planning it since the 90s i think and the next one is in the works and the next and so forth
Had the same thought. Cannot imagine the brains necessary, truly impressive
Took decades
ASML does some weird shit. 👍🏼
You'd be surprised what comes out of the Netherlands. For example, did you know that they are one of the world's largest agricultural exporters and export more tomatoes than any other country?
They blinded me with science!
Canon and Nikon are also building lithography machines. But both don't come close to what ASML can do with their machines. They are totally left behind.
Well but Canon and Nikon will be around a few decades longer than the Netherlands.
@@biosecurePM What kind of dumb comment is that?
@@user-rk9kb2sd9bcan you elaborate and not just make fun of him lol
@@joserios2703 no, the original comment is brainless so doesn’t really require deeper analysis. What does being around longer than the Netherlands mean? Who cares.
They're supposed to have their nose completely covered - Robert would be turning in his grave if he saw all of the exposed snouts.
But what if that's not the clean room, but the engineering bay bellow ??
Old days. Now the clean room is inside the tools. Ballroom Fabs are Class 100 while the wafer environment is kept Class 1.
@@Squeezmo Still supposed to keep the nose covered to maintain Class 100.
Nobody covers their nose in the fab. It isn't a policy except in very certain lab areas inside the fab.
The lasers and drops of metal tin and the science behind it blew mine mind bro
As a kid i experimented with transistors and was so exited once a project worked for me hence watching this boggles the mind.
Me too. Sixty years ago my dad bought some transistors home and we assembled them on a PCB
14 Angstroms!!! Holy Moly!
Take that China!
Mary got a job at Intel her junior year at highschool. Bet you need a degree and 5+ years of experience to get the same job now at Intel.
She may have been an Intern at the time… Almost 30 years ago I started at Intel as an intern and worked there for over a decade. I did have to complete two graduate degrees to do what I wanted to do there. Great company.
It is really amazing technology, but I wish that a lot more funding from the US CHIPS Act would have been allocated to advance next generation technology, like beyond spintronics related technologies (in particular, Non-Volatile-Memory (NVM) MRAM).
Spintronics related technologies (like MRAM) are key needed technologies to enable « bi-stable » computing (somewhat like E-ink displays) that would enable plenty new opportunities, and it would be a unique opportunity for the US to position itself to regain technological leadership in next generation semiconductor technologies.
It’s not an Intel machine, but made by ASML in the Netherlands. ASML machines are used heavily at Taiwan Semiconductor.
They mentioned it not being an Intel machine, also Currently TSMC in Taiwan uses the first generation EUV machine worth +-170m this is the 2nd generation High NA EUV worth +-380m. I am sure TSMC will follow quickly enough though as when this machine is fully operational the advanrages will be big.
Imagine all the engineering that went into this
thank You. Good Report!
Fascinating! Thank you
I lived and went to school in Hillsboro in the 60s.It was a quiet little town.Great place to go fishing for trout.
*AWESOME* to see Intel building new fabs in the States!
I just hope the Oregon plants are well-protected from quakes, given that the US west coast can get a few big jolts from time to time.
Not so much a problem in Arizona, New Mexico and Ohio though, which is why I'm thrilled that those states have been chosen for fab plants.
Survival of the Fittest is a BS statement and I like people who seem to project that fact, which they could be projecting to some people. I read it, who else?
Great news story. I work in semiconductor manufacturing and i learn new things everyday.
Intel (INTC) going the right way, yet their stock continues to languish. Giving INTC $8.5 Billion to locate new factories in the US was brilliant!
Current stock probably doesnt matter as much to them since the majority of computer manufacturers will be in line for the new chips this machine will be producing.
There’s nothing brilliant about handing a company a bunch of money they didn’t earn. This company is not competitive. They have no vision for the future at all. And nobody wants their shitty chips, so what’s the point of making more of them. This company will blow it.
@@MichaelMayday Oh look at that, mr. Genius showed us to tell us how Intel's future will look like, a round of applause for mr. Genius! 👏👏👏👏
@@user-rk9kb2sd9b look at what the failure rate for their new high-end i9s is lol
Finally a good, illustrated and simple explanation of Deutch ASML Lithography machines
Dutch
Dutch (=the Netherlands)
I've seen many videos on modern chip fabrication, including specifically about ASML, but this is the best all-around explanation of the problems and process I've ever seen. Well done!
The quality and detail of the explanations in this video are excellent. Well done!
lithography is mindblowing engineering
Chips have 75 billion transistors. Even an iPhone CPU has 19 billion
Once they get to building atom by atom will that be the end of moors law?
If all the Harvard MBAs didn't have contempt for manufacturing over the last 40 years ASML could be a US company.
That's was a purposeful design by the US powers that be to weaken the middle class, and thus increase the chasm of the have and have nots
Touché
they've always been highly dependent on US funding and components
Fortunately it is a Dutch company🇳🇱😊
@@pieterpons3893 It is, however the collaboration that lead to the successful EUV process involved Dutch, German and US Universities over a 30 year period. And ASML is the only foreign to the US company on which US distribution restrictions have been imposed and respected.
I worked at ASML in the Netherlands for a while in 1998/99 and that's when they just got started on EUV technology. I bet they're already working on the next phase, in the X-ray area of the spectrum. The lasers are developed and built in San Diego by Cymer.
By the way they don't use lenses anymore; there are no known materials that conduct EUV light. Everything has to be done with mirrors in a vacuum now. And the mirrors are the flattest things on Earth.
Intel is NOT the only company working with ASML steppers. TSMC has them aswell.
Big brains.
Is this where they make defective chips ?
I thought personnel are required to cover their noses in the cleanroom.
Technology aside, I just want that level of dust control in my office😂
Congratulations 😊
they dropped the ball on euv lith and are trying to catch up now
Chip manufacturing is water intensive. So…. Why AZ and NM?
They need engineering specialists to compete internationally, and for the country both in all the downstream applications you have to predict that a large inflow of tech engineers. will be needed in all sorts of high tech applications.
Mary Houston, I'm so jealous! You have my dream career!
Actually that isn’t quite true. Moore’s Law is driven by data and processing needs. Moore’s Law is “maintained” by faster processing hardware.
No, it’s the the number of transistors on the chip and this the size of the traces on the chip.
@@notanymore9471 Please re-read the post but I’ll bite. Drop the constant increase in data and processing needs then what do you have? Lengthening of Moore’s Law. You’re welcome.
@@DemsRNutless it has to do with transistors specifically. Everything else is just a product of the size of the chip and and the number of transistors on it.
@@notanymore9471 Entirely wrong once again. I’m an enterprise architect with a Fortune 100 company and have been for 22 years. Based on your wiki response clearly you are not in IT or systems. How can you not know the difference between implementation of a Moore’s Law and what drives it? Pick up a copy of Gordon Moore’s seminal book on his postulate and please stop using wiki. 🤦🏼
This is one reporting for the history books. Thanks
The problem is intel is competing against a nation state Taiwan, who backs TSMC with state funds.
Intel now has the backing of the U.S government?
That looks great. I might buy one my self!
This is Awesome!
Aren’t you that grifter who would antagonize the homeless and got a bunch of Trump supporters mad at an early rest village by calling it an “Antifa training camp”?
& yet Intel foundary business is losing $7 billion per year.
@@All-due-respect-I-disagree I reported on it from day one and it took an entire year to shut it down after multiple reports of escalating violence.
@@tringuyen7519 They should have invested in one of these a lot sooner.
@@BrandonFarley
“Reported”
Okay
The TV journalist said "Cloud computing is for files that are too big for the computer??????"
more on this.. super important
Great Dutch technology!
If you want to make a lithographer mad, call him a map maker. Works every time! 😅
Mental illness affects all groups.
Asml is the power and source of the advances not intel.
Another good video is on Spruce Pine NC USA as the go to supplier of the best pure silica for the best micro chips!
The waffer substrate (silicone with a purity around 99.99%) is only manufactured by 5 companies in the world. 4 in Japan and 1 in Singapore. This is one more bottleneck in this area.
Silicon. Silicone is for implants.
I think Japan is safe
I worked on electronic products 25 years ago that still is not available to the public.
I can't help but wonder how they keep tin and silicon from building up in the optics, probably has to flush itself frequently with powerful solvents, but then that's gonna dissolve more than the garbage over time, so they must pick materials and solvents carefully? Anyways what a marvelous machine!!!
It's captured for reuse
Didn't he say they vaporize the tin in the process??
@@watchout5508 Yes. But, vaporized metal condensates in random places around the vacuum chamber. It's how a process called magnetized sputter deposition can be used to create mirrors and other metal coatings... but in that process they have to repeatedly open the thing up and clean out the chamber.
Keep buying Intel stock now. Celebrate max later.
If Intel uses its own ai, of course it does, then it won't have stock to buy, every penny reinvested in to growing its facility and caring for its process of becoming self automated to the point that human error is gone, and its only a few people to turn on the quaint seal of approval of authenticity and confirmed reinvesting its revenue into itself. Private holdings, a select distribution center, or cia, for the world. Thats not for profit.
Intel has always been semiconductor innovators, created the GAA and back side power delivery just to name a few. Awesome
Without the ASML chip machines that shitty company wouldn't be able to innovate anymore. 🤣
@@user-rk9kb2sd9b you do know that ASML was enable by American companies right? Yea lithography came from the US so without the US, ASML would of never existed. Who created the transistor? America, who created the digital and analog computer? America. Huh
@@user-rk9kb2sd9b and I'm pretty sure you know little about the whole semiconductor supply chain and chip manufacturing and the whole process that goes into making a chip. So go educate yourself first or stop talking
Wunderbar
For anyone who wonders how small are the circuits printed on the wafers what magnification do they use to print them ?
Imagine pointing a laser to the moon on a persons thumb that how far away small a circuit is printed Youd need a dam good telescope to see it hello hubble.
so we talking apple II here or...?
I worked here in the 90s - Great place to be.
I got my first wintel machine in the 90s. Thank you.
@@Jguthro ?????
@@Jguthro NO problem.
Awesome!!!
Thank you to those who decided to invest in America’s future technology.
Congrats, It's the first useful work which helps all humans by quantum technology and these chips will reach everywhere in the universe as soon as you open to the market .
Building stuff with light. Crazy.
Not even 'regular' light as that is too big (the wavelength). They had to go to ultra violet light, and now to extreme ultra violet.
Another commenter here said they might go for x rays after that in search of smaller and smaller wavelengths.
Crazy and exciting stuff. Humans are awesome.
Crazy way to make stuff
let me know when they get around to making them cheaper.. thats part of Moores law too.
Excellent report. Beyond news.
I want to hear more computing specs before I buy stock though. NVIDIA seems to have the lead right now and I'm not sure Intel is moving fast enough to take that lead from them, or even if they're competing on an apples to apples level.
So after the near the absolute 0 nano mark we're going negative nano or by decimals??
I saw a lecture about how small they could get. IBM and Intel are working on a single atom connector.
But what's after that since you can't go smaller than an atom? I don't know.
It's all so fascinating.
THe last time we here something from asml and western chip production.
How the hell can that machine be so large!
I am sure that this facility is off limit to those oregon rioters.
Surprised that Intel are showing their employees in cleanrooms with nostrils exposed.
awesome
Does quantum computing make those asml machine obsolete?
The machine that makes the chips that runs the Ai that'll destroy the world.
The world as we know it is over, kaput, finato, thats it, sayonara, se la vie, nada mas, nunca jamas, and never again.
It's nice that Intel got the new ASML machine, but they fell behind when they didn't use those lithography machines from the start and bit them hard real hard now that TSMC and Samsung make the advanced chips now. You need ASML machines like that to do again the 1 to 2 nanometer chips.
Nah. Intel is getting the latest and greatest machines from ASML. But it may take until 2025 for mass production to start.
@@jamescole3152 Analog and quantum is where it's at
@@jamescole3152 Why does mass production take that long?
@@MithunOnTheNetseems to me you need to look at size.... and then remember an inch you measure your heights in...
@@the_expidition427no it's not
Okay, get Linus in there immediately
Which company will be the first Arasaka?
Oregon baby
ASML is still top-notch!
Why the market capitalization is AMD/2;
Literally alien tech
wow. imagine what the world will look like in just a couple years.
Technology is no more than complexity
Imagine dropping or damaging one container in trainsport …😅 well their goes like. 10 million
This is amazing.. Greetings frm Pakistan ❤
This was excellent! Journalism at its best, and the presenter was professional, polished, and not goofy and silly in his presentation. Thank you.
they forgot about the problem that asml is behind since 2 month. chinese broke trough
@@timopint1125 Study the semiconductor industry first and then make conclusions.
🎉
Give it a decade and that machine 6:15 will be the size of a car.
You think? There are some very unpleasant physical limits to that.
No they will only get bigger, working for a very long time now for ASML and since the beginning, every generation of machine is getting bigger as more modules are necessary to make the chips smaller and the machines faster. Also the wafer size went from 8 to 12 inch, also that requires bigger handling modules ect.
Bots , Space station can be a good development for such companies. I wish I had such money to develop superior technology
I used to work for Intel and AMD. I was assuming that this was for lithography but your description suggests it is for deposition. Which is it? I love working there until a guy named Don became my director and I waited for my stock options to mature and quit. You don't give a guy that much stock and then piss him off!n Ros
India has not even started even bit of this.
After Scl fire brokeout 50 years ago.
I don't know whats going to happen in future. Are they going to perform nuclear fission in this or what. As they already build buildings on that nm fab.
By the way i am just 18. So, don't get offended by anything commented by me.
Just sharing thoughts. It feels so important to explain after knowing complexity of this to not be in jail due any mistake in comment.😅
Keep my own shxt!! Oh you mean the way it used to be? Where I didn't have to pay any subscription fees? Get outta town.
Cool behind the scenes.
Don't tell me aliens didn't land at Roswell.
meanwhile current and recent gen intel cpus are a dumpster fire.. lets hope they bounce back next gen
I'm a little concerned that only one place in the world, let alone in the us, are making these chips. What if some natural disaster or intensional mishap where to happen in Hillsboro. I'm glad that we've got this tech in Oregon but I can't help but be a little pessimistic the way the world is today.
Theres another machine thats going to an unknown manufacturer
The greatest printer ever made
But so delicate they are not reliable for a long time
Ics generally last for a way longer time than they stay relevant from a performance standpoint
Hmmmm, AMD is spanking them, severely.
Wdf dude at 2:48 looks like he ate a piece. If a piece is missing, he got it😂😂😂
Who else thought they were going to talk about potato chips ?
Just a portion of cheesie chips for me ta.