Semiconductor Technology at TSMC, 2011
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- Опубликовано: 8 сен 2024
- An up to date and current overview of semiconductor manufacturing technology from TSMC in Taiwan. Nicely produced and informative if you tune-out the voice-over slightly. Better access than any Fab tour.
Recommended if you have any interest in how semiconductors are made/manufactured in volume right now.
I am so happy to see this video! I missed working with STMicroelctronics! I worked back early late 90's or early 2000 for about more or less 5 years at STMicroelctronics in San Diego, CA. I worked in a cleanroom environment and processed print head ICs wafer. Back then we cannot have makeup and wear perfumes/colognes. This was one of my favorite and most fun job that I had worked with. I work at the PHOTO area where in we called in dark room because wafer cannot be exposed to the light or else it'll get scrap and depending on the type of wafer, it'll really costly. I remember the POLY, CONTACT, etc. type of wafers. I enjoyed working on the pre-alignment machines. I love the work schedule. Overall, my work experience was the best! :)
I just started working at a semiconductor plant in Colorado. It's pretty cool but so much to learn.
79dogface......I didn’t know they had a semiconductor plant in Colorado. What city and what is the name of the company? I worked at Motorola for nearly 15 years in diffusion, Photo, and probe. Then another year and a half for Microchip in Etch. Both in Arizona.
I work in an InP photonics foundry in the NL. We're using loads of tools from like the 80s/90s as we're only on 3inch, and so as you can imagine its pretty low tech for 'high-tech'. The stuff going on at at Intel and TSMC with their full automation is space age shit!
@@gracebe235 it’s called dpix in Colorado Springs.
@@79dogface , how many nm your plant can make ?
@@JPS_Originals Out of curiosity, what is the noise level in fabs? I've only heard the background music so I don't know if those quiet rooms maybe require earplugs or have at leats some rumble to get used to or if in fact they are whisper quiet.
This is a terrific overview of a wafer fab facility. It is clear accurate and succinct. Thank you.
Congratulation on TSMC !! Really really cool。The procee of 5nm has started archive in Tsmc ,Taiwan ☺️ Next process is 3nm .....
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@Terry Christian Instablaster ;)
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Nice Video... Very clear to understand the process
Nice video, very clear to understand. Thankyou very much.
i know this company.. its popular here in taiwan.. nice explanation of wafers and ics.. work in a semiductor company also..
All the semi conductor manufacturing on the planet owes its beginnings to Fairchild corporation California back in the day. Albeit an interesting video.
I just like how they weren't about to take sh!t from an employer and went to go make their own company.
Treat your employees well! Or this is your fate! Shockley learned the hard way...
starview1 I Developed a New Intergrated Circuit Subtrate Design Based on " INFUSED "Wide Band Gap " TUNNELING " Utilizing Nanotechnology Doping , How Would I Approach A Technology Company For A Licensing agreement?
chippi
Holy cow! The procedure for making processor is so delicate and complicated.. Thank goodness I gave up my course in Engineering back in 2004 and instead pursue my marketing management.
+joseph971 Huh ? I'd actually be disappointed that if I did that, but to each is own. Engineering is not easy and takes a lot of hard work.
imtheillakilla Word. That's why I gave up my 5 yr Engineering course due to numerous units of Math subjects like Calculus, Trigonometry etc. etc. the thing which I can't handle. I hate math. And so I change my course to MM.
i wanna know what engineering course you took?
Kyudo Kun I Developed a New Intergrated Circuit Subtrate Design Based on " INFUSED "Wide Band Gap " TUNNELING " Utilizing Nanotechnology Doping , How Would I Approach A Technology Company For A Licensing agreement?
Taiwan tech companies are doing good
TSMC is the only one that can produce ICs on the 7nm node. Innovative and talented company!
Mariachi153 one reason more to own the stock
may have been true last year, this didn't age well.
Rhia your comment didn’t aged well
No,it is 6nm 5nm 🤭
Now 5nm , within end of 2021 3nm will come, it will go for mass production in 2022 end
This is so advanced it`s like magic.
I worked as an Engineer in a very small wafer fab in Mexico, recently applied to Samsung and this clean room is huge compared to what I worked in.
This is TSMC the company who provides the A1 BIONIC chips to Apple and other big multinational Companies....!!It's a VLSI GIANT!!
Did you get the job at Samsung? If so, how do/did you like it?
This video is educational even it's 2017 now.
Same basic principles apply. Just the feature size is shrinking.
It was beautiful. Thank you.
great introduction, very informative
Congratulations 👏 and all the best for your success and happiness ❤️
nice video, so informative!!
the best video about manufacturing process.
Looks all pretty cool. And then you get your samples back and see that leakage current is exceeded by 33%.
No u are Lag to follow some advanced inf.
3:50 sudden asian accent
+Jason “X” Zhang lol i thought the narrator is changing
I think it was re-recorded
wait what LMAOOOOO!!! 😂😂😂😂🤣🤣🤣🤣😂🤣🤣😂
no such thing as xsian or accentx or not, cepux, voice, be, can be, voice any no matter what and any s ok
"I talked to Barzini..."
thanks for the video!
Le meraviglie della tecnologia bellissimo
Does anyone know if there is a newer semiconductor manufacturing video for 2021?
haha it sounds like they needed to edit what he said, but maybe the same voice actor was not available?
Welcome to the Aperture Science Enrichment Center
Gleb Lesnikov I Developed a New Intergrated Circuit Subtrate Design Based on " INFUSED "Wide Band Gap " TUNNELING " Utilizing Nanotechnology Doping , How Would I Approach A Technology Company For A Licensing agreement?
@@evalsoftserver wait what?
So easy to concentrate on software giants when talking about 'tech' but honestly companies don't come much more advanced than TSMC especially if you want to measure that in just how freakin difficult it is to replicate what they do.
Intel and Samsung are not pikers.
Amazing Science!
And that's how your video gaemz are possible, kids.
I love the music!
My understanding is that when you expose the photoresist you cause it to polymerize, hardening it... the video has this backwards. Worked a year in MOS4, NMOS, at Motorola... certified for all photo operations... inspect 1000 wafers a shift. Uniplane, Perkin-Elmer aligner, wet etch... Blue M bake oven... olde-timey stuff. Love the smell of xylene in the morning!
I think it depends on the type of photoresist used. In this case (the video), it's most likely a positive PR. Yours is most likely a negative PR.
Nice Video for Giving information about inside Fab...
Fantastic!
Never forget about safety. Use Softgle Comfort
I am pretty sure their Double Sided Aligners must have cost a bomb!! Freakin expensive. The one in my college yellow room costs about a million.
Tools themselves cost about that much or more depending on what said tool does. They make up for their price in about a month or two, depending on the tool. (Tools are the machines you see in the video) :D
@@fimbulfolk7015 Much more nowadays. "Mine" (etch) are 6 to 7m depending on configuration, but I've heard some of the photo lithography tools can be over $100m
I work at XFAB Texas (TIs' old building) an this place seems more automated
+Aaron Owens Really? I am actually graduating from Texas Tech and I applied there. Do you recommend it?
at TI or Xfab?
XFab in Lubbock, I applied there recently but haven't heard from them.
Beautiful!
Really really cool! :-)
A8 is 20nm fabbed by TSMC
Very clever stuff!
thanks for sharing.
10 th yg lalu sudah begini,skrg....
It's really a good video......
At what size is photolithography unusable? When does the wavelength exceed the pattern size?
I think it's around 0.5nm for 13.5nm EUV.
I wish run an LED diodes Factory in Morocco, I need to know the necessary machines to have a complete production line, any help please ???
tanx to my professor Dra.Magali estradda for indicated this video 4me....
Awesome
Very nice
thanx 4 sharing
amazing.
bro，Can I repost it to a website in mainland China?😄
Nice documenter
Still a Good video
12 inch wafers too heavy to carry.. nonsense. I walk every day all day with these at a company where they make the lithography machines. Such an automated system is just more failproof and keeps contaminating people out of the cleanroom.
Engineer9736 Not much difference in weight between one 8" and one 12" inch wafers, but there would be a big difference between a box of 8" and a foup of 12" wafers. Also, most of the technicians at TSMC are female, and it would be quite hard for them to carry those wafers all day.
Lu
I carry 25 pieces of 12" wafers quite easily. If it's too heavy for the girls, there are always trolleys around. Such a transport system is just to automate things and keep people out of the cleanroom.
+Lu Hmm, yeah, I carry foups of 300mm wafers everyday off a reflexion machine and it's not heavy at all lol. Females wouldn't have a problem carrying them all day.
Carrying wafers in a carrier is just boring, and you do not want to expose them to any mechanical shocks, misalignment or delivering to incorrect place. Sure, they all have barcodes and electronic tags, and orientation notches, so it can be easily detected, but any error just consumes time. Having it automated streamlines production, eliminates mistakes and allow management to know which steps in the manufacturing are a bottleneck in production pipeline, and guides decision to what to optimize next (i.e. what and how many machines to buy for every step, etc). It can even be done on per chip basis. And in any given fab, there might be dozens of different chip designs being fabricated at any given time. It is complex.
Hi ASML guy :-)
This must be where CPUs for Fatek PLCs are made.
Home sweet home.
what is the height of wafer??
Base on spec.
Typically, the ”Thickness” of wafer around 0.9mm +/-0,3mm(600µm to 1200µm).
Fuck those clean room garments (aka bunny suits). I took a tour of the FAB (I'm security) and when I degowned, I was soaked in sweat. I can't imagine working a full shift in one of those.
12 inch wafers... The company I work for we only manufacture 6 inch wafers
Does it make difference in the performance of the chip ? I suspect chips in the middle of the wafer perform better than the one's located on the edge of the wafer
neat
懐かしい
wow when shooting
korean 2019 umm low system
2018 iphone A12 made by TSMC
Yes
i prefer Rest Area if i work there.
Wow
lol, maybe it was the another language's voiceover bleeding through
They could increase yields by 600% if they had RGB keyboards
Hola Lima Peru
Wtf happened to the narrator's voice at 3:50???
Can you eat at your desk if you work there?
I'd eat bbq likely btw
No. No you can't
Could you name the any Global Brand with country which oriented? Beside than follow? cuz i just wanna know...
USA:
Apple
Tesla
GM
Intel
Google
Ford
Amazon
Walmart
Chevolet
Microsoft
AMD
Goldmansachs
JP Morgan
etc...
Japan:
Toyota
Lexus
Honda
Accura
Nissan
Infinity
Mazda
Sony
Softbank
South Korea:
Samsung
LG
Hyundai
Kia
Genesis
Pasco
SK?
China:
Alibaba
Aliexpress
Huawei
Germany:
Mercedez-Benz
BMW
Volkswagen
Porche
Lamborghini
Bently
Mini
Siemens
etc.
France:
Peugeot
Chanel
Louis Vuitton
Hermes
Bugatti
etc.
Itary:
Ferrari
Gucci
Alfaromeo
Sweden:
Ikea
Volvo
Swiss:
Rolex
British:
Jaguar
Land Rover
Range Rover
McLaren
Aston martin
Its weird that I could only came up with 10 countries brand... there will be alot more than I know right?
I probably missed a lot of it! so could you please name the global brand (which every people Know in the world) and country both please?
如果機械設備運作的精密度已經超過人的肢體動作，而人體的自然規格又不符合無塵室對濕度跟懸浮微粒的要求，那為什麼無塵室裡面還有人呢？
當然有阿 對於機台PM或 解alarm 還有一些特殊原因需手動搬離load port的這部分
另外還有其他廠商也會進去做事....
tl;dr it's magic
They will actually fire you if you fart in that room they are all required to wear a butt plug during their shifts
oh! very funny
👨💻💭 1 man an idea 🤷♂️😳👈 1968 ill move to california & start a c/o intel Dominates the market
then 2005 along comes AMD🕷🔍 sales drop but laptops out sales boom > chips get faster 2020 ?
what amazes me such tiny circuits atoms make a cpu work alien tech if u ask me 🤓🦘👈👍
OH while all this was going on a guy also had an idea > AI
💕💕💘💘❤❤
it seems that the CMP area is the most stupid one
충반고등학교 짱
외칠게~!
무야호
TSMC can't even 22 nm I mean even intel can do it.
How times change. . . . Now we can paraphrase your comment and say "Intel can't even do 7 nm. I mean, even TSMC can do it."
@@mihowmihow TSMC's first-generation 7 nm process has a lower transistor density per mm^2 than Intel's first-generation 10 nm process. The "nanometer" doesn't tell the full story.
@@mihowmihow so i guess you dont pay much attention to the industry. AMD released a 16 core 7nm chip in june. thats just one example...
Well well well , how the turn tables
Intel 10nm=Tsmc 7nm
But not that 10nm 7nm 6nm 5nm inTsmc , Taiwan
Xfab
Samsung made 7nm EUV and work together with IBM and Qualcomm and more Bye bye tsmc
tsmc is working on 3nm and 5nm now ..LOLLL still in the game dude
@@MrKratosndanteyes less than that
Looks like they're still running Windows 2000. LOL
Fabs use the least buggy windows programs, agreed 2000 is a tad odd though :/
Plenty of endpoint computers out there running DOS 6.22.
That's right, so this TSMC poisoning incident caused losses, I think it is related to the software version is too old.
GG輪班救台灣
This industry is dying in US, hopefully not.
Samsung runs a fab in Austin, Texas.
I work for TSI Semiconductors in Roseville, CA right next to Sacramento... It's not dying at all, only getting more advanced.
Fantastic!
Excellent!