$200 Million Chipmaking Machine

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#intel #technology #innovation #business #podcast

Listen to the full episode 🎙️ TSMC - Season 9, Episode 3

Acquired

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We really did just trick sand into doing math for us using the electricity. Mind boggling

youngfreshsandwitch

They basically etch circuit designs on microprocessors. The problem is that circuit designs are getting smaller and smaller duebto the large number of components that you have to etch in that current lithography tech just can't match up.

In comes ASML's EUV which solves the problem which made them top dog. Competitors are no way close in replicating their tech and with the China tech ban ASML's EUV has become the tech to get.

imakazarami

From stone users to this .. Can't wait for year 10000 ~ 😂😂😂

GraveXSensei

EUV is a marketing term. 13.5nm is X-ray territory.

jonasghafur

They don't drop the tin. it is a "drop" of tin moving extremely fast.. and they hit it once with a laser to shape it and a second time to vaporize it.

Drcraigpl

Next military and NASA stuff this is the absolute cutting edge in engineering we are currently capable of

heisnotlongbutthin

Spacex and tesla should try to build them. They are amazing at reducing the manufacturing and parts.

shawncooper

If it takes chips to produce chips. Who or what did make the first chips. Mindboggling 🤯..

ruubenvj

"It's more precise than the Apollo missions" this is what NEEDED to send the Apollo missions

artoro

Getting Apollo to the moon doesn't have to be that accurate as long as you can make course corrections.

manin

They do like.. 2 of these per year not 50. Tendency to 1 every 2 years

NanoTecever

There are the same people breaking into stores in San Francisco, darn those educated engineers stealing phones

knightofwind

UV? Or EUV? I would guess with those wavelengths it falls under X-ray category.

JanicekTrnecka

Seeing the way the dies look what is amazing! Some of the most beautiful engineering I have ever seen is inside of the machines that we will never get to see unless you look for it or at leaks. The dies that are used are actually still labeled as trade secret but people like Intel have released some of the research dies so that we could actually see what they look like. The way that they are able to layer this metal using a laser still mind-blowing to me and I'm working on optics at the moment. I doubt in my lifetime I will ever get down to that scale! At the moment I'm working on laser printing corundum and have made some beautiful Ruby artwork. Nothing laser grade yet though. That's kind of the ultimate goal is to grow my own laser Ruby using a 405 nanometer beam. Unfortunately I've also destroyed a few lasers😅

SteveSiegelin

Actually they hit it with a low energy laser first so it flattens out into a pancake then hit it with high energy laser that vaporizes so it gives off UV light

Shonie