ASML powers the modern semiconductor industry with machines that print the world’s most advanced chips. Nvidia, Apple, Intel, and Samsung all depend on its extreme ultraviolet lithography systems to build processors at near-atomic scale. The process relies on molten tin droplets fired by lasers into superheated plasma, generating ultraviolet light that is directed through ultra-precise mirrors and chip patterns onto silicon wafers. That sequence is repeated thousands of times to build billions of transistors layer by layer. What makes ASML uniquely important is the precision involved: transistor features are separated by only a few atoms, requiring manufacturing accuracy that borders on the impossible. This is the core technology behind faster AI chips, smartphones, data centers, and the entire next generation of computing. #ASML #EUVLithography #Semiconductors #ChipManufacturing #Nvidia #AppleSilicon #Intel #Samsung #Nanolithography #SiliconWafers #Transistors #SemiconductorIndustry #Chipmaking #AdvancedManufacturing #TechInfrastructure
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The UV doesn’t burn anything. The UV exposes and activates the photoresist, which is a thin chemical layer that’s deposited on the wafer. After UV exposure, the wafer is etched with a chemical which removes the unexposed parts. This is repeated with different patterns many times until all of the layers are built. Some of the layers involve depositing different material, depending what the layer calls for.
A proud Dutch business....small can be great !!!
I learned this at University. We had to inspect them with an atomic microscope. Way cool. Tech is bliss.
it's mind boggling how we advanced to such degree.
And, those surfaces have to be super clean, which requires the use of water with absolutely no air bubbles... Well, close to absolutely no air bubbles.
and it took them more than 20 years of hard work to figure it out
Man makes micro-chips and God makes DNA.
The entire tech tree to get to semiconductors is amazing. The pure silicon, this part, all of it.
We created ASML. I co-own ASML. That's my/our technology. Netherlands. They formerly developers software editors and wordprocessors, also edlin and vi/vim, co-developers of data compression and compressed archives (zip etc), software cabinets and software bookshelfs, encyclopedias on CDs, and CD drive techs, then improved to transistors production, and then to what ASML is now: fabrication machines that produce microchips fabrication machines.
How the machines work. Magic pretty much.
Asml is not one company , it exist of multiple companies and research facilities who work with different researchers , universities and state actors all around the world and who do all the research and parts manufacturing so that asml can thrive and stay ahead.
Greetings from Germany😉😉 and you know ITS Not only asml Most of the maschines wich enables Technologie comes from Germany... Just saying... Peak German enggenerring
and ASML has that monopoly for chip production they literally can set any price for those chip
gives a inside look to several FABs...
Cant even imagine how this worksss
Alien tech
Those machines rely on optics that can only be manufactured by the German Company Zeiss, to schrink the the circuits down to nanoscale to be etched into the silicone.
Alien technology
This only lasts as long as UV light can function. But the next generations may need smaller wavelengths. There is another American company working on shrinking particle accelerators down in order to create the angstrom wavelengths required. Although TSMC is taking a different approach by integrating GPU, cooprocessors, memory, inverter etc on one piece of Silicon. And on both sides of the Silicon wafer. While Intel tries an other way with self assembling circuits. Eventually all these approaches may merge.
It's more like shooting a laser from earth to the mirror on the moon to reflect on another mirror on earth to reflect and sketch on a coin back on the moon.😂 They have to do that to astonishing degree lowering the ultraviolet wavelength making the sketching at physics bending atomic distance.