DEI — the identity-obsessed dogma that goes by “diversity, equity, and inclusion” — has now trained Google’s new AI to refuse to draw white people. What’s even more alarming is that it’s also infected the supply chain that makes the chips powering everything from AI to missiles, endangering national security.
The Biden administration recently promised it will finally loosen the purse strings on $39 billion of CHIPS Act grants to encourage semiconductor fabrication in the U.S. But less than a week later, Intel announced that it’s putting the brakes on its Columbus factory. The Taiwan Semiconductor Manufacturing Company (TSMC) has pushed back production at its second Arizona foundry. The remaining major chipmaker, Samsung, just delayed its first Texas fab.
This is not the way companies typically respond to multi-billion-dollar subsidies. So what explains chipmakers’ apparent ingratitude? In large part, frustration with DEI requirements embedded in the CHIPS Act.
Commentators have noted that CHIPS and Science Act money has been sluggish. What they haven’t noticed is that it’s because the CHIPS Act is so loaded with DEI pork that it can’t move.
The law contains 19 sections aimed at helping minority groups, including one creating a Chief Diversity Officer at the National Science Foundation, and several prioritizing scientific cooperation with what it calls “minority-serving institutions.” A section called “Opportunity and Inclusion” instructs the Department of Commerce to work with minority-owned businesses and make sure chipmakers “increase the participation of economically disadvantaged individuals in the semiconductor workforce.”
The department interprets that as license to diversify. Its factsheet asserts that diversity is “critical to strengthening the U.S. semiconductor ecosystem,” adding, “Critically, this must include significant investments to create opportunities for Americans from historically underserved communities.”
The department does not call speed critical, even though the impetus for the CHIPS Act is that 90 percent of the world’s advanced microchips are made in Taiwan, which China is preparing to annex by 2027, maybe even 2025.
Handouts abound. There’s plenty for the left—requirements that chipmakers submit detailed plans to educate, employ, and train lots of women and people of color, as well as “justice-involved individuals,” more commonly known as ex-cons. There’s plenty for the right—veterans and members of rural communities find their way into the typical DEI definition of minorities. There’s even plenty for the planet: Arizona Democrats just bragged they’ve won $15 million in CHIPS funding for an ASU project fighting climate change.
That project is going better for Arizona than the actual chips part of the CHIPS Act. Because equity is so critical, the makers of humanity’s most complex technology must rely on local labor and apprentices from all those underrepresented groups, as TSMC discovered to its dismay.
Tired of delays at its first fab, the company flew in 500 employees from Taiwan. This angered local workers, since the implication was that they weren’t skilled enough. With CHIPS grants at risk, TSMC caved in December, agreeing to rely on those workers and invest more in training them. A month later, it postponed its second Arizona fab.
Now TSMC has revealed plans to build a second fab in Japan. Its first, which broke ground in 2021, is about to begin production. TSMC has learned that when the Japanese promise money, they actually give it, and they allow it to use competent workers. TSMC is also sampling Germany’s chip subsidies, as is Intel.
Intel is also building fabs in Poland and Israel, which means it would rather risk Russian aggression and Hamas rockets over dealing with America’s DEI regime. Samsung is pivoting toward making its South Korean homeland the semiconductor superpower after Taiwan falls.
To be fair, Intel has had fabs in Israel since since 1996, and Tower Semiconductor has had fabs in Israel since the 1980s. Poland, to the best of my knowledge, has never had a fab.
In short, the world’s best chipmakers are tired of being pawns in the CHIPS Act’s political games. They’ve quietly given up on America. Intel must know the coming grants are election-year stunts — mere statements of intent that will not be followed up. Even after due diligence and final agreements, the funds will only be released in dribs and drabs as recipients prove they’re jumping through the appropriate hoops.
So in the name of embedding the racist poison of social justice, the CHIPS Act, ostensibly designed to increase America’s share of cutting-edge semiconductor manufacturing, is actually driving new fab construction out of America.
2009 – The Obama-Biden administration takes office
November 1, 2013 – China / BHR:
Hunter Biden, business associate, and Chinese investors agree to create Bohai Harvest RST Equity Investment Fund Management Co., Ltd. (BHR), an investment fund controlled by the Bank of China, to focus on mergers and acquisitions, and investment in and reforms of state-owned enterprise.
December 4, 2013 – China / BHR
Vice President Biden travels with Hunter Biden on Air Force 2 to China and meets CEO of BHR, Jonathan Li. Shortly thereafter, BHR’s business license was approved and Hunter Biden was a board member.
February 5, 2014 – Kazakhstan
Kenes Rakishev, a Kazakhstani businessman, meets with Hunter Biden at a hotel in Washington, D.C.
April 15, 2014 – Ukraine
Burisma, a Ukrainian energy company, appoints Biden business associate to their board of directors.
After initially killing a bill on July 12, 2023 that would have increased the penalties on child sex traffickers, the Democrats who completely control the California Assembly’s Public Safety Committee reversed course one day later and voted to advance the bill.
With a final vote of 6-0, including two abstentions from progressive Democrats, the bill now moves to the Appropriations Committee, after which, if it is approved, can move the bill to be voted upon by the entire State Assembly. If passed, SB 14 will make trafficking of minors a serious felony that would qualify under California’s three strikes law, which keeps dangerous, serial criminals off the streets, and make individuals convicted of the crime ineligible for early release.
I highlight the two abstentions by Democrats. Even after a nationwide uproar over their willingness to block harsh penalties on those who traffic young children for sexual slavery, these two Democrats, including Assembly Majority Leader Isaac Bryan (D-Los Angeles), still could not bring themselves to vote for the bill.
State Senator Charles Schwertner (my state senator) has his DWI charges dismissed. Still, he hardly crowned himself in glory. At least he didn’t yell “Call Greg!” (It did make me wonder what Rosemary Lehmberg is doing today, and if she ever conquered her alcoholism…)
A detailed look at the recording of one of my favorite albums of all time: Peter Gabriel III.
Just what does electronic music pioneer Morton Subotnick’s “Silver Apples of the Moon” sound like? You know that scene in a 70s SciFi dystopia where someone’s face gets ripped off to reveal they’re a robot? It sounds like that.
GWAR plays for NPR. So on one side you have horrible monsters who are unbearable to listen to, and on the other side you have GWAR…
India has been trying to get into semiconductor fabrication for a while now, and after announcing a $10 billion investment fund, and with China locked out of so much semiconductor technology, there have been a lot of news bubbling up, but I want to focus on the Foxconn/Vedanta fab project.
The Economic Times is reporting that Foxconn and Vedanta are seeking to bring in European chipmaker STMicroelectronics as their technology partner in their proposed India manufacturing unit. The two companies announced their joint venture February 2021, with Foxconn as lead partner. Vedanta are reportedly seeking to onboard a CXO to head their semiconductor business.
Snip.
Vedanta-Foxconn are set to finalize a location for their facility in the next few weeks. The consortium are reportedly seeking a 800-1000 acre land parcel that is also well connected with Ahmedabad. The Gujarat government, as of media reports on September 16, showing sites at Sanand and Mandal-Becharaji in Ahmedabad district, two locations near Vadodara in central Gujarat, Dholera, Himmatnagar, Jamnagar, and Kutch. The plant has to be located at a distance from national and state highways so to cut off any vibration from heavy traffic movement. Further, no other major industry should be located in its vicinity.
Vedanta and Foxconn, in a 60-40 joint venture, will be setting up India’s first semiconductor production plant, a display fab unit, and a semiconductor assembling and testing unit over 1000 acres in Ahmedabad, state of Gujarat. The plant will begin production in two years as Foxconn plays the role of technical partner while Vedanta provides financial backing. The investment is worth over INR 1.54 trillion (approx. US$20 billion) and semiconductor manufacturing will be carried out by the holding company, Volcan Investments Limited.
Foxconn is a serious tech player that has serious mastery over the value-added chain. $20 billion, assuming it actually materializes, is real money, even in semiconductors. It’s right around the threshold to build a state of the art sub-10nm fab, even though it’s apparent that that’s not what they’re aiming for.
Vedanta, on the other hand, is another matter. They’re “a globally diversified natural resources company. We extract and process minerals, oil and gas.” Yeah, a natural resources company generally isn’t who you want running your fabs. Another strike is their talking about “Net Zero Carbon by 2050,” which suggests they may have their fingers in political scam pies.
STMicroelectronics is a real chipmaker that runs real fabs, but not the first company I would turn toward to purchase cutting edge process technology from, nor even the tenth. The fact that STM has already announced plans to team up with Global Foundries to build a new 300mm fab next to their existing fab line in Crolles, France in June 2022 makes me even more suspicious. Information on that existing 300mm Crolles fab is sketchy, and I know that for a long time it was a pilot rather than a production line, and I can see no evidence that it was ever expanded to volume production.
The fact that they plan to set set up a fab, a display fab, and a slice-and-dice packaging facility suggest a certain lack of focus. Flat Panel Display (FPD) fabs use familiar semiconductor steps, but the machines are very different because the substrates are different, and Samsung has huge dedicated display fabs. It’s setting up a modern chip fabrication plant that’s the difficult part, and while this combination could probably put together a solid trailing edge fab, like Bosch’s new 65nm fab. But that only cost $1.2B. Maybe they plan to build something in the 20-10nm range.
“The plant will begin production in two years.” Yeah, that’s not happening. Even giant players like TSMC and Intel generally take 2.5-3 years to stand up a new fab from breaking ground to starting up the line.
This could still happen, but the details are very sketchy. The slice and dice operation could be set up without too much difficulty, but it’s a low volume, low tech spinoff operation. A display fab would be more difficult, but it’s doable, though again, probably not in two years. But a real 300mm wafer, sub-65mn node microchip fabrication plant in India? I don’t see this set of players carrying that off well in three years. Five sounds more realistic, and that’s assuming the deal doesn’t fall apart.
Taiwan’s TSMC is also looking to set up a chip-fabricating factory in India, and is currently speaking to various government agencies to check the viability of setting up factory in India. TSMC already has one of its largest offices outside of Taiwan in India in Bengaluru, Karnataka, from where it provides support to its’ existing customers in Asia, Europe and North America and supports and encourages fabless companies in India in design and growth.
Ever since news N Chandrasekaran – chairman of the Tata group, announced that Tata Electronics (TEPL) will set up an Outsourced Semiconductor Assembly and Test (OSAT) facility in India, there has a been a lot of speculation, according to which, TSMC and Tata may enter into a partnership.
Besides TSMC, Powerchip Semiconductor Manufacturing Corporation, a Taiwanese chipmaker, is also in exploratory negotiations with several Indian companies to help establish new chip operations in the country, as per a report by Taipei Times. According to the newspaper, the memory chip maker’s announcement put an end to six months of speculation that it was planning to invest in India to diversify its operations despite Taiwan’s rising geopolitical tensions.
“Speaking to,” “exploring plans,” etc. These are very wishy-washy terms. Powerchip is a memory manufacturer that’s hardly flush with cash. I’m sure TSMC is talking to a lot of countries about fabs, but their newest one is under construction in Arizona.
International Semiconductor Consortium (ISMC), a joint venture between UAE’s Next Orbit Ventures and Israel’s Tower Semiconductor, was supposed to spend $3 billion to get started on a 40-65nm analog fab right about now, but I don’t see signs that’s actually happened. Tower is a real foundry, and the $3 billion pricetag and 4-5 year timeline seems realistic, but I’m not 100% sure they’re still interested in the project after Intel announced plans to buy them about a year ago. And having to bring in Arab petrostate funding for your venture is seldom a sign of strong financial viability.
There’s no reason you can’t build one or more modern fabs in India, but so far no major chip manufacturer has chosen to do so, despite the availability of $10 million in government subsidies.
The talks between the US, Japan, and the Netherlands over wider bans on exports of semiconductor technology to China have reportedly seen the three agree to concerted action.
As The Register has often chronicled, the US has restricted exports of critical chipmaking and silicon technologies to China, hoping to prevent its economic and strategic rival from developing military technologies – and to protest human rights abuses.
While the Home of the Brave has spawned many of Earth’s most significant chipmakers and designers – Intel, AMD, Qualcomm and many others have headquarters stateside – other nations also export semiconductor tech to China. The Land of the Free would rather put a stop to that if possible.
The Biden Administration also recognizes that its bans could be seen as creating an opportunity for other nations to cash in on the absence of US vendors in the Chinese market. The three-nation talks therefore have the extra dimension of making sure America’s policies have their desired effect against China and don’t harm the home team.
Those twin desires saw Japan and the Netherlands in talks with the US last week, and according to numerous reports the meetings produced a unified approach to restrict semiconductor exports to China.
Without equipment from the US, Japan and The Netherlands, you can’t equip and run a modern semiconductor fabrication plant.
Peter Zeihan (him again), who has evidently lost a bet requiring him to dress as Gimli, discusses the ramifications.
This is one case where Zeihan gets the generalities right, but is wrong on some specifics.
Right: The idea that China can just forge a complete “alternative” semiconductor supply chain out of thin air to replace western alternatives is indeed “hideously wrong.” “The nature of the semiconductor industry is more of an ecosystem. There are there’s very few places that without, significant industrial build out, could even pretend to do more than two or three steps of it, much less than a dozen or so steps that are necessary.”
However, in conflating semiconductor manufacturing and semiconductor equipment manufacturing (possibly to avoid contracting hypothermia) he’s muddied things up a bit. There are five essential semiconductor equipment manufacturers:
Applied Materials (USA)
ASML (The Netherlands)
KLA (USA)
LAM Research (USA)
Tokyo Electron (Japan)
If you’re building a modern, sub-10nm fab, chances are pretty good you need all five. You have to have an ASML EUV stepper, or else you have to go with trailing-edge machines from Canon and Nikon and deal with the computational pain and complexity of self-aligned quadruple patterning. You need KLA inspection tools to raise and maintain yields, and you need, at the very least, one of AMAT, LAM or TEL to provide the rest. Take away all three and you can’t equip a fab, period.
“We now have an agreement, and very soon the Dutch will formally be joining the sanction system against the Chinese.”
“The best [chips], these are 10 nanometer and smaller. This is typically what’s in your cell phone or in your high-end computers and servers those about 80% percent of them are actually fabricated in Taiwan, with another 20% in South Korea.” No. Although TSMC and Samsung are indeed leaders in this space, Intel has had 10nm processes running in their advanced fabs is Hillsboro and Chandler for a while, even though they’ve suffered yield problems.
His assertion that only China does legacy 90nm and above processes is false, as a look at this list of wafer fabs will attest, as there are a lot of companies (TI, TowerJazz, Oki, Mitsubishi, etc.) still profitably running older nodes, though many are comparatively funky technologies like BiCMOS, Analog, GaAs, etc.
Some quibbles about the details, but he gets the big picture right.
As for his suggestion that companies stick to over 10nm nodes, well, I don’t think much of it. Those that can do >10nm nodes will and push the technology forward, and those that can’t afford to won’t…
The rich world was a population column from [as opposed to a pyramid] 1945 to 1992, and with the end of the Cold War, the developing world became a column in 1992 until now. The problem is that this is all temporary, because birth rate keeps dropping. People keep living older and your column eventually inverts into an open pyramid upside down. And now you no longer have children, you no longer have a replacement generation at all, and there aren’t enough people in their 20s and 30s to buy everything, and there aren’t enough people in their 40s and 50s to pay for the retirees. So this decade was always going to be the decade that most of the advanced world moves into mass retirement, and the economic model collapses, and next decade was always going to be the decade that that happened to the developing world.
“The Chinese have jumped the ship and this is their last decade, too.”
“We now know that they’ve lied about their population statistics and they’re they over counted their population by over 100 million people, all of whom would have been born since the one child policy was adopted. So this is one of those places where they’ve got more people in their 60s and their 50s and their 40s and their 30s and their 20s.”
“Mao was concerned that as the country was modernizing, the birth rate wasn’t dropping fast enough, and that the young generation was literally going to eat the country alive. So they went through a breakneck urbanization program which destroyed the birth rate, at the same time they penalized anyone who wanted to have kids, and both of those at the same time have generated the demographic collapse we’re in now.”
The male to female sex ratio in China was bad before, and now it’s obviously worse.
“Without young people, we’ve seen their labor costs increase by a factor of 14 since the year 2000, so Mexican labor is now one-third the cost of Chinese labor. Their educational system focuses on memorization over skills, so despite a trillion dollars of investment in a bottomless supply of intellectual property theft, they really haven’t advanced technologically in the last 15 years. Mexican labor is probably about twice as skilled as Chinese labor now, even though it’s one-third the cost.”
“They’ve consolidated into an ethnic-based paranoid nationalistic cult of
personality, and it’s very difficult for the XI Administration to even run it, because it’s not an administration anymore no one wants to bring Xi information on anything.”
The Biden Administration has adopted the Trump Administration’s trade policies on China.
“They now have tech barricades that prevent the Chinese from buying the equipment, the tools or the software that’s necessary to make semiconductors. In fact, [Biden] went so far as to say any Americans working in the sector have to either quit or give up their American citizenship. Every single one of them either quit or was transferred abroad within 24 hours.”
“They’re completely dependent on the U.S Navy to access international trade, they are the most vulnerable country in the world right now. And based on how things go with Russia, we’re looking at a significant amount of raw materials falling off the map, specifically food and energy, and the Chinese are the world’s largest importer of both of those things. So there’s no version of this where China comes through looking good.”
“Say what you will about the Russian economy (it’s corrupt, it’s inefficient, it’s not very high value-add), but it’s a massive producer and exporter of food and energy. You put the sanctions that are on the Russians on Beijing and you get a de-industrialization collapse and a famine that kills 500 million people in under a year.”
“Even if the Chinese were able to capture Taiwan without firing a shot, it doesn’t solve anything for them. They’re still food importers, they’re still dependent on the United States, they’re still energy importers. And even if they take every single one of those semiconductor fab facilities intact, they don’t know how to operate them, because they can’t operate their own, their own are among the worst in the world.”
“One of the fun things about Russia versus China right now is that the Russian information security is so poor that American intelligence is literally listening on everything, but in China we can hear into the office but there are no conversations happening.” I suggest taking both these revelations with a few grains of salt. Maybe Zeihan has great sources in the intelligence community, or maybe Zeihan’s great sources are lying.
Plus more on how Xi has killed or exiled any possible challenger to his power, and how they’re now having a massive Flu Manchu outbreak. “Their overall health is worse than ours, diabetes as a percentage of the population is higher, they don’t have a critical care system like we have, and their hospitals are really their only line of defense.”
Next: Why EVs are a disaster.
“All kinds of people think I’m full of shit!”
Rogan: “What is your perspective on EVS?” Zeihan: “They’re not nearly
as good on carbon as people think. Most of the data that exists doesn’t take into the fact that most of this stuff is processed in China where it’s all coal doesn’t take [into account] the fact that most grids they run out are also majority fossil fuels. And that extends the break-even time for carbon from one year to either five or ten based on what model you’re talking. Cyber trucks are far worse than EVs, but the bigger problems we’re just not going to be able to make them much longer.”
To electrify everything “We need twice as much copper and four times as much chromium and four times as much nickel and ten times as much lithium, and so on. We have never, ever, in any decade in human history, doubled the amount of a mainline material production in ten years, ever, and we need all of this by 2030. No, it’s just not technically possible.”
Zeihan says California’s mandates for phasing out gasoline by 2035 aren’t quite as bad as they seem, as the bureaucracy has the ability to move the goal posts if they prove to be unfeasible. Pardon me if I’m not sold on the beneficent rationality of California’s hard left bureaucracy.
Speaking of things I’m skeptical of:
There is a fascinating discussion happening in the environmental community right now, because they’re being confronted with reality. So California and Germany have very similar Green Tech policies, but the Germans have spent three times as much as California, but are only getting about a fifth as much power. I don’t know if you’ve ever been to Germany, but the sun doesn’t shine in Germany. And now, with the Russians on the warpath and their clean-ish energy from natural gas going away, they’re going back to lignite coal in force. It was already their number one source of power. The idea that Germany’s green is ridiculous, because they rely on really, really dirty coal, now especially. But there’s now a conversation going on between the German environmentalists and the Californian environmentalists about why California, in relative terms of doing so well at this, while Germany is not. And the answer is simple geography, but that’s never been part of the conversation in the environmental community before. Now it is. They should have had this conversation 15-20 years ago, but they’re having it now. And as soon as they come to the conclusion, unwillingly but they’ll get there, that we have to choose where we put our copper and our lithium and our nickle, EVs are not going to make the cut.
This assumes that California environmentalists are susceptible to the sweet voice of reason, and that modern environmentalism isn’t half religion and half scam. “It is difficult to get a man to understand something when his salary depends upon his not understanding it.” California’s Democratic power establishment has shown an amazing propensity to impose radical solutions that bring obvious and immediate harm to people that are not them. Why should they worry about forcing other people to buy pricey EVs when they already have theirs?
Next up: The drug war, both here and in Mexico.
Rogan starts by noting that marijuana legalization in California led to cartels planting massive amounts of weed in national forests, and suddenly guys who were game wardens are now wearing tactical gear and carrying machine guns.
“I think the mafia is a great example for why you shouldn’t look for the silver bullet [of drug legalization], because, yes, that in the 1920s during prohibition, was one of the big reasons it got going, but the mafia didn’t waste any time in diversifying and neither have the cartels.”
“They’ve gotten into cargo theft and kidnapping and avocados and limes and real estate and local government.”
“Now the attractiveness of gutting them of some of their primary income. Should we look at that? Of course! But it’s not so simple as removing one and it just all stops.”
“The challenge we’re seeing in Mexico right now is that the, uh, the air quotes “good” cartel the, one that saw drugs as a business, is being broken up. If you remember El Chapo—” Rogan: “That’s the good cartel?” Zeihan: “Sinaloa cartel, yeah. He thought of himself as a Korean conglomerate president. So it was like ‘We smuggle drugs. That’s our business. You don’t mess with things that mess with the business. You don’t trip the old lady, you don’t steal her purse, you don’t shoot at the cops. These are people who live where we operate, we want them to be on our side, so maybe even throw a party every once in a while. You focus on the business.'”
“The replacement cartel is Jalisco New Generation, They’re led by a former Mexican military officer who thinks that rather than don’t shit where you sleep so that the people on your side whenever you move into a town, you shoot it up. You do kick over the old lady, you do take her purse, you make the people scared of you, that’s the point of this. Drug running is a side gig.”
“We are here to be powerful, and drug running is just one of the ways we make that happen. And he has taken the fight to every cartel and the Mexican government, and they’re in the process of trying to break into the United States.”
“El Chapo and the Sinaloa became the largest drug trafficking organization in America under the Obama Administration. And one of the reasons our birth rate went down, so far so fast is they basically either co-opted or killed American gangs. So they killed the people who were doing the killing. Not a lot of Americans got killed after that.” I think he meant to say murder rate.
“All of the other cartels control the access points in the United States, but
Jalisco New Generation now is challenging every single one of them trying to break through. And if they do, and they bring their business acumen, if you will north of the border, they’re going to start killing white chicks named Sheila in Phoenix and then we’re gonna have a very different conversation.”
“Sinaloa they co-opted the Hispanic gangs, especially the Mexican gangs, because there wasn’t a language barrier there, and they really targeted and gutted a lot of the African-American gangs. They took over drug smuggling and distribution from them to deny them income and then they just shot a lot of people…it was pretty much completed by the time we got to 2013.”
“Look at the violent crime rates in the United States, they’ve been trending down really significantly since about 2004 and the drop from 2004 to roughly 2014 was amazing. That’s largely Sinaloa.”
And now all the cartels are fighting and the murder rate in Mexico is skyrocketing.
He’s not a fan of legalizing cocaine:
Also says that cartels are now laundering money via marijuana dispensaries using the federal reserve.
And he’s not a fan of Crypto:
Bonus: “Maxine Waters is not exactly the brightest person in congress.”
Remember Tsinghua Unigroup, a wholly owned business unit of Tsinghua University and itself owner of Yangtze Memory Technologies Co. (YMTC) (Previously mentioned here.) Well, it turns out that a bunch of their top executives just got arrested:
The video shows a picture of six semiconductor executives, all of whom have reportedly been arrested:
Dia Shijing, co-president of Tsinghua Unigroup
Lu Jun, president of Huaxin Investment
Zhao Weiguo, chairman of Tsinghua Unigroup
Ding Wenwu, president of National IC Industry Investment Fund,
Zhang Yadong, president of Tsinghua Unigroup
Qi Lian, another co-president of Tsinghua Unigroup
How a company runs with three presidents I couldn’t tell you. Must be a Chinese thing.
“In the past few days, several senior executives of the organization behind the semiconductor industry in Mainland china have been taken away by the CCP Central Commission for Discipline, Inspection and Investigation.” Given my knowledge of communist nomenclature, I strongly suspect that this is not the sort of organization you want to enfold you in their tender mercies.
“In 2014, the General Office of China’s Ministry of Industry and Information Technology announced the official establishment of the National Integrated Circuit industry investment Fund Company Limited [ICF], also known as the National Big Fund or big fund.” Probably best to think of them like USA’s SMEATECH, but with a whole lot more opportunities for graft.
Together two rounds of government funding added up to 320RMB, or about $47.4 billion, which should have driven additional public/private capital investment of some $240 billion divided up between China’s Ministry of Finance and large central Chinese enterprises, most of which are also owned by the state. Even for the semiconductor industry, that’s a lot of cheddar.
By some estimates, $100 billion of that had already been spent by 2021.
“The two phases of investment cover all aspects of integrated circuits (ICs), including IC manufacturing IC design, packaging and testing semiconductor materials and equipment, and industry ecological construction.”
ICF provides overall direction and management, while Huaxin Investment provides management of the second phase of fund investment.
“Eight years have passed, but high-end Chinese chips haven’t yet been produced, and the management of the state level chip industry has collapsed.” Reading between the lines, this means TSMC is still kicking their ass. If that’s the standard, then it’s a bit unfair because every other semiconductor manufacturer in the world is in the same boat.
On July 28, Xiao Yaqing, head of MIIT, fell from power. “Xiao was the spearhead of the Chinese communist party’s attempt to build a world-class chip industry, and eliminate its dependence on the US.” He supposedly tried to slit his wrists.
“The very next day, Xi Jinping immediately appointed a replacement a longtime aerospace official to take over MIIT.” Yeah, that’s really going to help your semiconductor goals.
“On July 15, Lu Jun, former deputy director of the China Development Bank Development Fund Management Department, was investigated Lu Jun was involved in many investment operations of the Big Fund, of which he was the sole manager. He was also former president of Huaxin.
Yang Zhengfan, another Huaxin executive, was also taken away.
Also arrested: Wang Wenzhong of Hongtai Fund and Gao Songtao, both involved with Huaxin and the Big Fund. And that’s probably not all. Evidently a whole network of semiconductor executives are being rounded up.
Dia Shijing of Tsinghua Unigroup was among those reported arrested, but Tsinghua Unigroup is saying “Nah, everything’s good here! Go about your business, citizens!”
In July 2021, Tsinghua Unigroup announced that it was overwhelmed by 200 billion RMB of debt and filed for bankruptcy because it couldn’t pay its bonds at maturity. Keep in mind that Tsinghua Unigroup, partially owned by Tsinghua University, is itself owner of YMTC, which is (I think) China’s biggest domestic memory chip manufacturer. Tsinghua/YMTC was previously one of China’s biggest semiconductor manufacturing success stories, second only to SMIC, and supposedly “the largest integrated circuit company in China.” They have actual working fabs up and running. And they’re still evidently a money-losing failure.
Tsinghua Unigroup has grown through mergers and acquisitions, buying up over 20 companies. This strategy is not unknown among western companies, as GlobalFoundries and NXP are both the results of a similar strategy. But neither of those companies is on the cutting edge.
“Tsinghua Unigroup has been using short-term loans rolling over to create long-term loans. These made the group’s cumulative liabilities too large and its financing structure unbalanced.” Yeah, I bet. “Get big quick” worked for a few doctcom era mega-success stories, but I don’t think it works in semiconductors.
Zhao Weiguo once boasted he was going to buy TSMC. Also, I’m going to kick Shaq’s butt in the slam dunk contest just as soon as I take time off from dating all these supermodels.
China Development Bank extended Tsinghua Unigroup 100 RMB credit between 2016 and 2020. Still a lot of cheddar.
I’m skipping over a whole lot of blow-by-blow “who owns what” in the corporate structure. Imagine if Spectre, the Gotti Family, and the Bank of England all had shares in Amway.
“Due to debt, Tsinghua Unigroup abandoned its plan to build DRAM memory chip manufacturing plants in Chongqing and Chengdu in southwest China earlier this year.” I bet that left a lot of pissed-off local commissars holding the bag.
“When the chip industry becomes a national strategy, but with no real oversight, it becomes a disaster zone of corruption, and a big cake for those in the circle to get rich for themselves.” True of any industry anywhere, but especially true of China, and especially true of semiconductors, where “fake it until you make it” isn’t an option if you’re actually building fabs.
“China cannot make high-end chips to this day.” True.
“American chip technology is far ahead of the world.” Also true, though with caveats. For semiconductor manufacturing, TSMC is on the cutting edge, with Intel and Samsung within striking distance. For semiconductor leaders, two American companies (Applied Materials and Lam Research) dominate a fair number of technologies, but Tokyo Electron is competitive in many of them, and ASML dominates the stepper market.
Skipping over the bits where China stole US (and other) tech, which should be familiar by now.
Enter the Trump Administration, “blacklisting and embargoing more than 600 Chinese high-tech companies and high-end manufacturing companies, as well as universities and research institutions.” Pissing off your biggest trade partner is generally not a great plan.
Result: Bottlenecks in China’s supply chains.
EDA makes software to design chips, and China has no real substitute.
Semiconductors are still a big item in China most recent Five-Year Plan (and yes, the Chicoms still use Five Year Plans, just like Mama Stalin used to make).
“The outside world has not seen the investment of the Big Fund break any bottleneck. However, the earthquake happening in the industry has directly shown people that there is a deep corruption in the Chinese chip industry.” Why should it be different than any other Chinese industry?
And just who is going to step up to those jobs running China’s increasingly-unlikely-to-succeed semiconductor moonshot, given that the last batch got rounded up by the Chinese Inquisition?
Interesting bit of history: Previous CCP head Jiang Zemin put his own son Jiang Mianheng in charge of developing China’s semiconductor industry, and also managed to make the country even more corrupt than it already was. And here we are.
It’s ironic that just as Washington was passing a giant graft bucket of semiconductor subsidies because China was supposedly kicking our ass, China itself was sacking the very people presiding over China’s own bucket of graft for not catching up to the west. The truth is somewhere between.
China was never going to catch up to western semiconductors because the gap was too large and you need a crazy swarm of free market capitalist entrepreneurs risking private money to eek out important incremental process tweeks to keep Moore’s Law going. China was never going to have that as long as they suffered under Communist rule. And a huge percentage the government money that was sloshed into semiconductors was indeed swallowed up by graft and diversion of funds. But all that money does appear to have helped China close the gap some. Granted, a lot of that was via systematic IP property theft, but it got them into the game.
The House on Thursday passed the bipartisan Chips and Science Act, which aims to increase domestic production of computer chips to allow the U.S. to become more competitive against China in the global technology market.
The bill passed the House in a 243-187 vote one day after passing the Senate in a 64-33 vote. The legislation now heads to the desk of President Joe Biden.
Biden called the passage of the bill on Thursday “exactly what we need to be doing to grow our economy right now.”
“Today, the House passed a bill that will make cars cheaper, appliances cheaper, and computers cheaper,” Biden said. “It will lower the costs of every day goods. And, it will create high-paying manufacturing jobs across the country and strengthen U.S. leadership in the industries of the future at the same time.”
Twenty-four Republicans voted to pass the measure, despite Republican leadership making a last minute push to discourage GOP lawmakers from supporting the bill. GOP leaders sought to keep the bill from passing after news broke on Wednesday that Senator Joe Manchin (D., W. Va.) had reached a deal with Democratic leaders on a nearly half-a-trillion dollar spending package targeting energy and climate, health care, and increased taxes on the wealthy.
Snip.
The measure includes $39 billion to “build, expand, or modernize domestic facilities and equipment” for semiconductors, $2 billion to specifically manufacture semiconductors and $11 billion for Department of Commerce research and development.
“Research and development” is no doubt going to be a rich conduit of graft to Democratic Party cronies having nothing to do with semiconductors.
For reference, $29 billion is probably just enough to build two state-of-the-art 300mm chip fabrication plants.
As I’ve argued before, the reasoning behind the bill is specious and it won’t result in a single new chip being fabbed in the next two years.
The most recent stats I can find show that the United States has some 47% of the semiconductor market. We (and Taiwan, and South Korea) are kicking China’s ass in semiconductors.
The chips China make are generally either: A.) Cheap, or B.) intended for their internal market. No one sends cutting edge chips to be fabbed in China because they don’t have the tech to do it and everyone know they’ll steal your designs and crank out knock-offs on the sly whenever possible. China’s semiconductor industry is mostly smoke and mirrors all the way down.
Semiconductor subsidies have all the hallmarks of a classic Washington boondoggle: The wrong action at the wrong time for the wrong problem.
Second, the shortage wasn’t the result of a “chip shortage,” it was the result of “a lack of available foundry wafer starts.” Automakers cancelled their orders for display drivers when it looked like Flu Manchu lockdowns were going to depress the economy for a while, and were caught off-guard by the V-shaped recovery under Trump, and got sent to the back of the line to get their product fabbed after they changed their mind. Remember, just about all foundries are running flat-out 24/7/365, pausing only to switch to different chips for different customers. There’s no slack in the system, and those wafer starts are already spoken for (and possibly paid for) by other customers well in advance. Just as nine woman can’t give birth to a fully grown baby in one month, you can’t just “make chips quicker” in an existing fab.
Third, remember that cutting edge semiconductor fabs are hideously expensive. Moore’s second law states that the cost of a new, cutting edge semiconductor plant doubles every four years. Samsung’s planned fab in Taylor, Texas is going to cost $17 billion.
Fourth, nothing about these subsidies will address the real problem with American semiconductors, which is that the overwhelming majority of cutting edge chip designs have to flow through TSMC fabs in Taiwan. What will solve that problem is TSMC opening a state-of-the art fab in Arizona in 2024. No amount of U.S. taxpayer money will make that already-under-construction fab start producing chips any quicker.
Could these subsidies boost American semiconductor manufacturing 2-3 years from now? Possibly. Knowing the cycling nature of the industry and the tendency of government subsidies to backfire, new/upgraded fab lines might come online just as the industry is experiencing a glut.
But the real key to restoring America to the cutting edge of semiconductor manufacturing is the already-in-progress inshoring of cutting edge foreign owned fabs from Samsung and TSMC, and having American semiconductor manufacturers like Intel and GlobalFoundries master sub-10nm chip fabrication processes, something they have heretofore been unable to do. (Intel is closer, having been on the cutting edge until they lost their way, while GlobalFoundries stopped all development on their 7nm node because they couldn’t find a way to make the investment pay off.)
Throwing buckets of budget-busting borrowed taxpayer money around isn’t going to make any of those things happen any faster.
Enough links have filtered into the semiconductor bucket to be worth doing a roundup. This one touches on China and the corruption of our political elites.
The congressional Democrats’ attempt to throw money at the problem is going nowhere fast.
The Biden administration is laser-focused on sending Ukraine billions of dollars in weapons, including the latest round of anti-ship systems, artillery rockets, and rounds of 105 mm ammo for howitzer cannons that it has entirely lost focus on reshoring efforts to boost semiconductor production Stateside.
Multiple manufacturers of semiconductor wafers have announced plans for new multi-billion dollar factories across the U.S. but are contingent on Congress allocating funds to aid in building facilities under the Creating Helpful Incentives to Produce Semiconductors (CHIPS) for America Act.
Congress passed the CHIPS Act in January 2021 as part of last year’s National Defense Authorization Act, which proposed $52 billion in funding for increasing the domestic capacity of chip production, though the House and Senate have come to a standstill over disagreements on certain parts of the bill that have sparked so much uncertainty among companies set to build new factories.
In a letter on June 15, dozens of technology executives from IBM, Intel, Microsoft, Analog Devices, Micron, Amazon, and Alphabet called on Congress to move quickly on the CHIPS Act. They wrote, “the rest of the world is not waiting for the U.S. to act,” and funding for new chip factories must be achieved immediately.
Taiwan’s GlobalWafers announced a new $5 billion factory in the U.S. on Monday, but contingent on subsidies from the federal government.
“This investment that they’re making is contingent upon Congress passing the CHIPS Act. The [GlobalWafers] CEO told me that herself, and they reiterated that today,” U.S. Commerce Secretary Gina Raimondo told CNBC, the same day GlobalWafers announced its development plan.
Notes:
IBM doesn’t own any fabs any more, having sold them all to GlobalFoundries.
Intel runs a huge number of very profitable fabs (troubles with their sub-10nm process yields notwithstanding) and doesn’t need federal subsidies.
Microsoft doesn’t own any fabs and is deeply unlikely to build any; their flagship Xbox Series X uses a custom AMD Zen 2 fabbed by TSMC as its CPU.
Analog Devices is an Integrated Device Manufacturer that owns several fabs with pretty old technology; they don’t have any 300mm fabs. They closed a small fab in Milpitas they got from their acquisition of Linear Technology last year. Designing analog chips is its own black art, and not everything that applies to shrinking digital circuits applies to the analog realm.
Amazon has no fabs and probably won’t be building any, but they do have a chip design division to support Amazon Web Services, and recently designed a cloud computing chip. They work closely with AMD (fabbed at TSMC), Intel (own their own fabs) and Nvidia (another fabless design house that also gets their chips fabbed at TSMC).
Alphabet AKA Google has no fabs and probably won’t be building any, though they do have a lot of AI chip design work going on.
GlobalWafers isn’t a semiconductor manufacturer, it’s a silicon wafer manufacturer. Making such wafers (the substrates upon which semiconductor fabrication depends) has its own challenges, but they are several orders less difficult than cutting edge chip fabrication. Maybe I’m quite far out of the loop, but I’m deeply suspicious that GlobalWafers planned wafer plant in Sherman, Texas will cost $5 billion. That’s a relatively piddling sum for a new semiconductor fab, but extremely expensive for a wafer factory. This makes me suspect a subsidy grab is afoot.
So of the companies mentioned, Intel could suck up government funding to build a fab they were going to build anyway, I’m sure Analog Devices would build a fab with government money, but chances of them running an under 10nm process in said theoretical fab is extremely slim, none of the other mentioned copies are going to build a fab, and none of that government money is going to alleviate the main problem that the overwhelming majority of cutting edge chip designs have to flow through TSMC fabs in Taiwan. What will solve that problem is TSMC opening a state-of-the art fab in Arizona in 2024. No amount of U.S. taxpayer money will make that already-under-construction fab start producing chips any quicker.
$250 billion in taxpayer subsidies wouldn’t get you a single additional wafer start this year, and probably would accomplish little more than channeling money to politically connected firms and sticky pockets in a state (New York) that no one wants to build fabs in any more because of high costs, high taxes and union rule requirements.
So who expects to earn immediate gains from the taxpayers subsidizing semiconductors? Would you believe Nancy Pelosi?
I bet you would.
This past week it hit the terminal that House Speaker Pelosi was doing a little portfolio re-jiggering, including exercising $8 million of call options in Nvidia and selling Apple and Visa calls. The data was per CongressTrading.com and was reported on by Bloomberg.
The Nvidia LEAPS were bought June 3, 2021 with $100 strikes, set to expire June 17, 2022 and the position appeared to be disclosed on Thursday morning for the first time. $8 million trades seem a little odd for members of Congress to begin with, but who are we to judge?
But then, what did Speaker Pelosi do just hours after disclosing the trade, on Friday?
She threw her weight behind a stalled $50 billion CHIPS PLUS bill that “would provide $52 billion in funding for semiconductor manufacturing grants and investment tax credits for the chip industry.”
We tend to discuss leading-edge nodes and the most advanced chips made using them, but there are thousands of chip designs developed years ago that are made using what are now mature process technologies that are still widely employed by the industry. On the execution side of matters, those chips still do their jobs as perfectly as the day the first chip was fabbed which is why product manufacturers keep building more and more using them. But on the manufacturing side of matters there’s a hard bottleneck to further growth: all of the capacity for old nodes that will ever be built has been built – and they won’t be building any more.
Not strictly true. Remember, Bosch just finished building a 65nm fab.
As a result, TSMC has recently begun strongly encouraging its customers on its oldest (and least dense) nodes to migrate some of their mature designs to its 28 nm-class process technologies.
Nowadays TSMC earns around 25% of its revenue by making hundreds of millions of chips using 40 nm and larger nodes. For other foundries, the share of revenue earned on mature process technologies is higher: UMC gets 80% of its revenue on 40 nm higher nodes, whereas 81.4% of SMIC’s revenue come from outdated processes.
That’s because UMC has fallen woefully far behind TSMC, and no one trusts them because they let Chinese spies walk out the door with other company’s IP. SMIC is on Mainland China, sucks even more, and is trusted even less.
Mature nodes are cheap, have high yields, and offer sufficient performance for simplistic devices like power management ICs (PMICs). But the cheap wafer prices for these nodes comes from the fact that they were once, long ago, leading-edge nodes themselves, and that their construction costs were paid off by the high prices that a cutting-edge process can fetch. Which is to say that there isn’t the profitability (or even the equipment) to build new capacity for such old nodes.
This is why TSMC’s plan to expand production capacity for mature and specialized nodes by 50% is focused on 28nm-capable fabs. As the final (viable) generation of TSMC’s classic, pre-FinFET manufacturing processes, 28nm is being positioned as the new sweet spot for producing simple, low-cost chips. And, in an effort to consolidate production of these chips around fewer and more widely available/expandable production lines, TSMC would like to get customers using old nodes on to the 28nm generation.
“We are not currently [expanding capacity for] the 40 nm node” said Kevin Zhang, senior vice president of business development at TSMC. “You build a fab, fab will not come online [until] two year or three years from now. So, you really need to think about where the future product is going, not where the product is today.”
This video asks whether China can produce their own chips:
Obviously, they already produce some of their own chips, but the video covers most of the issues China has with fabbing more complex chips that I’ve already discussed here and here. They’re still dependent on the same three leading fab companies (TSMC, Intel and Samsung) everyone else is for sub 10nm feature chips, and are overwhelmingly dependent on both foreign talent and foreign semiconductor equipment manufacturers like ASML and Applied Materials.
Speaking of TSMC and Intel, India would really like them to build fabs there. The problem is, despite a whole lot of technical talent there, it doesn’t have a terribly large domestic electronics manufacturing base.
The economy is contracting (thanks Biden), attacks and counterattacks in eastern Ukraine, regulation madness, and something from the 1875 crime blotter in 2022. It’s the Friday LinkSwarm!
Note: Today’s LinkSwarm will be a bit shorter than usual because: A.) I’m off Twitter for the time being, so I’m not grabbing links there, and B.) I took the day off from work and I’m just feeling lazy.
Sure, the Biden Administration sucks on basic competence when it comes to the American economy, but to balance that, they also suck on regulation.
The Biden Administration capped off its first full year in office with more than $201 billion in regulatory costs and 131 million hours in new annual paperwork, putting it far ahead of the two immediately preceding administrations’ respective first years by a wide margin.
Actions related to vehicle emissions and COVID-19 safety measures provided the vast majority of these administrative burdens.
Additionally, in terms of executive orders issued during the first year of an administration, the 77 put forth by President Biden represent the highest number since the Ford Administration.
Russia’s invasion of Ukraine continues, and Russian forces seem to be making a slow, grinding advance on the strategic city of Severodonetsk in eastern Ukraine. “Moscow has poured thousands of troops into its assault on Severodonetsk and its sister city of Lysychansk. The twin cities, straddling the Siverskyi Donets river, have been in Russian sights for months. They currently comprise the lone Ukrainian redoubt in the Luhansk oblast.” Taking Lysychansk will require Russians to cross the Donets, previous attempts at which have been disasterous for them.
Russia has succeeded in taking Lyman, but Ukraine has launched counterattacks against the Russian forces encircling Severodonetsk.
The Texas Association of School Boards is set to leave Its parent organization, the National School Board Association, according to records obtained by Texas Scorecard.
The National School Boards Association made headlines last year following their letter to President Joe Biden and U.S. Attorney General Merrick Garland requesting federal intervention in local school board meetings and referring to concerned parents as “domestic terrorists.”
It has since been revealed that the NSBA leadership urged the Biden Administration to deploy military forces in an effort to prevent parents from attending school board meetings.
Since then, parents have been calling on the state organization—the Texas Association of School Boards—to leave the organization, as more than 20 states already have.
“Professor Fired Over Tweets Questioning BLM Movement Gets Reinstated, Awarded Back Pay After Arbitrator Finds In His Favor.” “An arbitrator has ruled that a University of Central Florida professor, Charles Negy, has to be reinstated.”
Who’s been funding the attacks on Elon Musk following his Twitter bid? Would you believe Bill Gates? Of course you would. “Would you believe what perfidy Ernst Stavro Blofeld is up to this week?” Why yes, I would. The biggest difference is that Blofeld has better fashion sense and never tried to inflict Microsoft Bob on the world…
I’ll take headlines from 1875 for $400: “Loving County judge arrested for cattle theft….Loving County Judge Skeet Jones is accused of livestock theft and organized criminal activity.”
Welcome to another in the continuing “Why Russia’s X Is Screwed” series! It seems that Russia’s technological infrastructure is even more screwed than their airline industry.
Some takeaways:
If the sanctions are maintained, they will “almost certainly cause the collapse of Russia’s economy on short notice, and will set the country’s technological progress back by decades.”
Russian state entities and miltech was put in “a complete black box.”
“Even non-military end users were still barred from key technologies, such as semiconductors, telecommunication, encryption security, lasers, sensors, navigation, avionics and maritime technologies. Other countries from the EU to Japan and South Korea all imposed similar sanctions of their own.”
Even many private companies that lobbied for special carve-outs from sanctions changed their mind and suspended all business with Russia.
Just about every car and truck manufacturer. “95% of car parts in Russia are imported.”
Apple, Samsung, Dell, HP, Oracle, SAP, and Microsoft have all halted sales.
“Overnight, many industries in Russia are just gone.”
Every high tech company in Russia relies heavily on foreign inputs and expertise.
He talks about the embargo on semiconductors (more on this in the video below), but says that it applies even to chips made with embargoed tech. So if SMIC used an Applied Materials PVD machine, those chips couldn’t legally be shipped to Russia. I am skeptical this is actually the case (and it would be very hard to enforce on Chinese companies).
“The Russian economy did not prepare itself for sanctions anywhere near this severe.”
Two-thirds of Russia’s foreign reserves of $643 billion were parked abroad, which was all frozen when sanctions came down.
“Every part of the Russian economy has just received major damage, and there’s no way they can pivot everything all at once.”
“They’re simply not survivable in the long-term.”
Russia has increased interest rates to 20% to keep the ruble from collapsing further.
Even China has slowed-down or halted loans to Russian entities.
Russia is going to run out of cash “in a few weeks to a few months.”
Russia is heavily reliant on foreign tech, but for most tech companies, Russia is a minor market.
Expect a brain drain as wealthy and skilled Russians lose their jobs, then move abroad.
Many national industries simply cannot exist without foreign inputs. Substitutes would take years, if not decades.
Conclusion:
If these sanctions continue, there will be no economy left to support the Russian military. Russian technological progress will be thrown back by years, if not decades, across the board. And in just a couple of weeks, or maybe months, the vultures will start circling, and they will start picking off every interesting
Russian asset, every interesting Russian employee, oil fields, anything that they can get their hands on. And they’ll start transporting that out of the country as well. I cannot believe that Putin started a war expecting any sanctions anywhere near this scale.
Now on to semiconductors:
TSMC halted all shipments to Russia, as has AMD and Intel.
The Soviet Union had a massive technology gap between it and the United States, which only got worse as time went on.
All the computing power in every computer in the Soviet Union in 1991 combined would fall two generations short of a single Cray.
“The most advanced semiconductor production facilities were in East Germany, Belarus, Ukraine, and so on.”
JSC Mikron is Russia’s largest semiconductor manufacturer. “Today it fabs RFID tickets, SIM cards, and other smart card products.” They did about $260 million in business in 2020 (including government subsidies). They bought IP from STMicroelectronics.
In 2014, Mikron announced “the successful achievement of the 65 nanometer node at a volume of 500 200mm wafers a month.” [record scratch] 500 wafer starts a month??? That’s nothing. TSMC’s top of the line fabs generally do 120,000 wafer starts a month. It’s maybe OK if you’re running weird, demanding, high profit, low-volume processes (say, Gallium-Arsenide chips for use in satellites), but not for Mikron’s main business line (RFIDs).
But all that is beside the point, since they didn’t have a stepper capable of doing 65 nanometer. “Fujitsu, Toshiba, and TSMC started shipping their commercial 65 nanometer nodes in 2005. So this means that Russia’s gap with the leading edge has grown from 9 years to 15+.”
Russia’s Angstrem offers a wafer foundry doing “130 nanometer and 90 nanometer process nodes on 200mm wafers. Their capacity is about 180,000 wafers a year.” They declared bankruptcy around 2019. They were also hit by U.S. sanctions after the Crimean invasion. Successor company NM-Tech has a pie-in-the-sky plan to do 10nm in 10 years. Don’t hold your breath.
(I notice he makes no mention of “Crocus Nano Electronics,” which supposedly runs Russia’s only 300mm wafer fab (“Established in 2011, Crocus Nano Electronics is the world’s first and only 300mm fabrication facility, located in Russia”), but when you get down into their press releases, it says “The development and production of Crocus Nano Electronics ReRAM memory chips were manufactured on 55 ULP CMOS by Shanghai Huali Microelectronics Corporation (HLMC).” So either they’re a fabless design house, or they only do the metal interconnects fabrication and nothing else in the process, which is so weird a model I can’t really wrap my head around it.)
I’m omitting the coverage of various fabless design houses, since they’re dead-in-the-water without access to decent foundry technology or foreign markets.
They can probably get stuff fabbed at China’s SMIC.
If Russia had turned into a regular country after 1991, there’s no reason they couldn’t have launched a competitive domestic tech industry. The Soviet Union had large number of frequently bloody flaws, but they didn’t stint on STIM education, and maintained very competitive space capabilities despite numerous handicaps. But instead, they turned into a corrupt oligarchy-turned-dictatorship, and all that human capital either emigrated or withered on the vine.
And now, thanks to Vlad’s Big Ukraine Adventure, they’re even more screwed than they were before.
