Chinese semiconductor industry

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hvpc

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Sir I retract what I said, with Job cuts and Capex cancellation from the likes of TSMC, Intel and other FABS, China do have a talent problem as they alone continue their expansion plan.
Yes, and as SMIC and other fabs expand, all equipment suppliers have to expand along side of them. With more equipments purchased, more installation and customer service engineers plus other logistical functions need to also increase just to properly support the fabs.

Chinese fabs has and we expect will continue to expand faster than the talent pool. As such, the quality of talent pool we hired in last two years are not at the quality we were used to.

most STEM talents have other better options than semi industry. It’s not like all these STEM graduates are fighting to get into my industry. Well, if they are, I’m not seeing it. we have to put in a lot of effort to promote ourselves to compete against other industry and companies for talent. Talent are not as abundant as you guys made it out to be.
 

tphuang

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i also discussed with some my friends.... China will need a huge amount of DUV lithography by 2025 ... China's semiconductor industry is much bigger than the semiconductor industry of the future of the U.S.... also talking about EUVL, exactly saying each bottleneck is being broken.. U.S has allowed China to reshape their semiconductor industry...
Yes, I think it's quite apparent from the recent news, they are going through a huge fab expansion in maturity node that is out there in public. This will require a lot of tools. Chinese tool suppliers will have a tough time scaling up quickly to fill all that demand, so any foreign company (other than American ones at this point) are welcome to participate. Given that we are in an industry downturn, Chinese market should be attractive to all the tools suppliers around the world.

And what people don't necessarily see is that SMIC is also planning a pretty large advanced node production bump. China is not resting on its butts. Being silent about the US sanctions doesn't mean Chinese gov't is doing nothing. It has given domestic firms the resources (capex) needed to expand as much as they could.
I guess 1-2 years later Shanghai Xinyang will finish EUV photoresist research
Luwei Optoelectronics will take care of the EUV mask, in addition, Changchun Institute of Optics and Mechanics has most of the EUV technologies from masks to light sources.
I really think we should stop focusing on Arfi scanners so much. Even if SMEE can't match 1980i in scanning speed or precision at this point, it should be good enough a year from now for 40/28/22 nm nodes and probably 14nm with lower yield. That to me seems like a low end in expectations. SMIC has enough ASML machines coming in to produce 70 to 100k wpm of FinFet wafers. That's enough for China until 2025/2026.

A big question for them is how quickly SMEE and suppliers can ramp up its production of not just Arfi scanners, but all older generation scanners. The production bump for Guowang is a great sign for 2023.

But the biggest question is EUV. All their efforts thus far is going to hit a full stop at 4nm/low yield production if they don't get EUV prototype by 2025 probably. I really like the recent news from Huawei about EUV. @ansy1968 will love this, but I think Huawei will be leading the EUV integration effort and a lot of the other efforts for advancements here. The big focus now is how quickly they can building a working EUV. They achieved that with 90 nm Arf scanner in 2018 and 28 nm Arfi scanner in 2021. The goal seems to be 2025 for EUV. Let's hope they get there by 2025. And by 2027, they'd be mass producing EUVs locally.

I neither agree nor disagree? I think replacing non critical parts isn’t just a matter of playing switcheroo, but I also don’t think there’s much standing behind the argument that because it hasn’t happened yet that must mean it’s technically challenging to do so. Tbh I think you tend to over-emphasize technical challenge as a barrier when oftentimes the question is more about whether certain engineering choices make business sense.
Right, I think you make a good point about ability vs desire. ASML has the ability to replace US parts but have never found the reason to do so before. With a 1500 staff office in China, they should have the ability to replace US parts as long as Dutch gov't is okay with it. But in my mind, as long as Dutch gov't allows the current scanners that SMIC has on order to be delivered, China is good to go. The big challenge is getting EUV into production. If they can't do that, then they are capped at low yielding 4nm level.

Exactly! which means it's +90% likely SMEE's 28nm litho will be officially released in 2023! For these reasons:
1. It's a great "equalizer"
2. A strong leverage when dealing w ASML and others
3. Xi sees things. He knew about it
4. China has other hidden equalizers
I'd love to see them just announce that they have domestic Arfi scanners for 28/22 nm segment. That would take a lot of pressure of Dutch gov't. I'm sure central gov't knows where SMEE is at. If SMEE is too slow, Huawei will be able to take care of it in another year. Either way, the situation is not that dire, because Dutch gov't has already resisted American gov't for 2 years and they will likely allow at least another year of delivery to Chinese fabs of their latest Arfi scanners.

Again, I think Chinese companies need to be thinking about building factories in other countries. As we've seen with US power and even Taiwan's IC diplomacy, this is a currency that many country wants. China can use its own chip makers and tools makers to do diplomacy around the world. Europe is a great place to do so. You keep selling as ASML scanners and we build fabs there or NAURA setup factory there. Or more likely, we build more battery and EV factories in Europe.
 

tphuang

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Yes, and as SMIC and other fabs expand, all equipment suppliers have to expand along side of them. With more equipments purchased, more installation and customer service engineers plus other logistical functions need to also increase just to properly support the fabs.

Chinese fabs has and we expect will continue to expand faster than the talent pool. As such, the quality of talent pool we hired in last two years are not at the quality we were used to.

most STEM talents have other better options than semi industry. It’s not like all these STEM graduates are fighting to get into my industry. Well, if they are, I’m not seeing it. we have to put in a lot of effort to promote ourselves to compete against other industry and companies for talent. Talent are not as abundant as you guys made it out to be.
this is a good point. Recently, an article came out about how Semi industry is like the most in demand position in China. I would say this though. SMIC has said that they are having no issue hiring, training and retaining staff. They've added 3000 to 4000 people this year alone. We also know that China as a whole have a lot of new graduates without jobs. There are plenty of talents, but maybe they need a lot more training than what you are used to. It's up to every company in China's semi industry to put the work into training these new grads. The global downturn + the massive layoffs by American companies in China will help Chinese company expansion a little bit. That's been a huge gift to China, thanks to Biden admin's stupid policy.

China may need to put in actual policies to encourage STEM talents to go to semi industry. This requires talking to industry leaders.

My guess is that companies like SMIC, YMTC, Huawei, Alibaba, BYD and NAURA will have no problem hiring STEM talents for their semi division. It will be the less well known companies that might struggle.

I would also say that this is not a phenomenon that's unique to China. Semi industry in America is having a hard time finding talent also. People would rather go to higher paying soft tech jobs than hard tech jobs. With the recent layoffs by Intel and other firms, people are just going to leave this industry and do something else.
 

jfcarli

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The chip market is giving signs it is heading towards a serious glut: Intel's news of laying 20k personnel is a serious indicative of this glut. China is increasing its manufacturing capacities, rightly so, because it is replacing imported chips. China can increase considerably its manufacturing capacity without running of of market for those chips. It simply substitutes foreign made chips.

What on earth is TSMC doing building new factories in US and thinking of building new factories in EU and Japan.

Are they stupid?
 

FairAndUnbiased

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You underestimate the resourcefulness of those in the semiconductor industry and the US government's ability to obtain information. We are paid to know information before the media.

Do you really think the USG found out about PXW from the media?
Did they? I don't know and neither do you. What I do know is that classified tank specs were leaked on WarThunder by people arguing over tanks. I also know that SMIC 7nm finding was from a teardown analysis by Tech Insights. Finally, PXW was only put under scrutiny after media reports so it looks to me like media had a part. So why give more info than needed?
 

tokenanalyst

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1668961157396.png
They have been testing EUV photoresists since 2012 and even means to testing it with SSMB EUV radiation.
1668961558949.png
According to the public patent and research information this are the things I know they had and are developing, just what you see in the surface because the ocean may go way deeper.

-High Power LPP systems including molten droplet generators.
-High power C02 lasers and support systems.
-High precision large size multilayers mirrors and means to producing them.
-Multilayers masks developing, OPC systems to optimize them and inspection systems.
-Collecting EUV mirrors cleaning systems.
-EUV sensing systems.
-High precision actuators.
-High acceleration, High precision Maglev Dual Wafer Stages.
-Grating interferometers, measurements and align systems.
-Out gassing systems
-SSMB as a light source.

Take for example, Nikon also have immersion system that uses the same Cymer/Gigaphoton lasers, have good hardwares, and even could match ASML specification under test conditions. So why does ASML have 90% of immersion market share while Nikon ships less than 10 systems per year?
That was because the stupidity of Nikon of being dependent on a single client, the failed to see the rise of the fabless model and ignore the rise of the Asian sweatshop fab model in Korea, Mainland China, Taiwan.
You underestimate the resourcefulness of those in the semiconductor industry and the US government's ability to obtain information. We are paid to know information before the media.

Do you really think the USG found out about PXW from the media?
The fact the Marco Rubio was crying in his little whining voice after the bloomerg report lead me to believe that they didn't knew nothing before mainstream media started to their hack job thing. That guy is very well connected in the Intel community.
PXW has been posting job offers all over China and because fabs are the new hot thing of course people are going to try to find about what all the fuzz is about. So this fab shouldn't come as a surprise.
 

hans_r

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how can i tell you. when Chinese education ministry didn't reveal the break up of those 11.7 million graduates.
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In 2019, there were 8.2 million graduates, of which 4.3 million (52%) were 4-year degrees and 3.9 million were 2-year degrees.
Of the 4.3 million 4-year degrees, 1.4 million (33%) were in "Engineering" and 284,00 (~7%) were in "Science". Apply similar splits; i.e., 50% for 4-year institutions and 40% of those are Science or Engineering and that should imply ~2.3 million Science and/or Engineering graduates in 2022.
 

MortyandRick

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In 2019, there were 8.2 million graduates, of which 4.3 million (52%) were 4-year degrees and 3.9 million were 2-year degrees.
Of the 4.3 million 4-year degrees, 1.4 million (33%) were in "Engineering" and 284,00 (~7%) were in "Science". Apply similar splits; i.e., 50% for 4-year institutions and 40% of those are Science or Engineering and that should imply ~2.3 million Science and/or Engineering graduates in 2022.
Can't find those figures from the links you provided. Can you link to the specific paper?

Also if china had 2.3 million STEM grads in 2022, if 30% of them are in IC related fields, it potentially could make up for the needed talent pool in semiconductor industry. It just depends on the quality of those who graduated.

By contrast the US had 430,000 STEM bachelor's degree grads in 2020. That includes medical and health sciences as well.

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hans_r

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Can't find those figures from the links you provided. Can you link to the specific paper?
Sure, see the images below.

Also if china had 2.3 million STEM grads in 2022, if 30% of them are in IC related fields, it potentially could make up for the needed talent pool in semiconductor industry. It just depends on the quality of those who graduated.

By contrast the US had 430,000 STEM bachelor's degree grads in 2020. That includes medical and health sciences as well.
No, it does not. The Statista article references the National Center for Education Statistics Digest of Education Statistics which reports degrees by field of study
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Biological and Biomedical Sciences: 126,590
Engineering: 128,332
Engineering Technologies: 19,788
Computer/Information Sciences: 91,752
Mathematics and Statistics: 27,216
Physical Sciences: 30,738
Adding these together gets you to 424,416 issued degrees


Health Professions: 257,282 degrees would put you way over
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