William Huo Profile picture
Feb 4 8 tweets 2 min read Read on X
ASML backed Washington’s blockade, but China’s lithography advances are breaking the dyke. With DUV self-sufficiency and domestic EUV rising, ASML lost its biggest market. High-NA EUV won’t save it—Intel struggles, TSMC hedges, and the Dutch boy drowns.

ioplus.nl/en/posts/asml-…
ASML bet everything on Washington’s blockade, but China’s lithography advances are breaking the dyke. With DUV self-sufficiency and domestic EUV emerging, ASML has lost its biggest market. The Dutch boy is running out of fingers. 1/6
China, forced to innovate, now leads in DUV self-sufficiency at 28nm and is already producing 5nm-class chips using SAQP. Meanwhile, reports suggest China’s homegrown 13.5nm EUV will feature a better laser than ASML’s, making Dutch lithography obsolete. 2/6
Without China as a customer, ASML is betting its future on High-NA EUV, but that’s a niche market. Intel, one of its two major customers, is struggling with standard EUV. TSMC is hedging, and Samsung remains a question mark. That’s not a stable foundation. 3/6
Without China as a customer, ASML is betting its future on High-NA EUV, but that’s a niche market. Intel, one of its two major customers, is struggling with standard EUV. TSMC is hedging, and Samsung remains a question mark. That’s not a stable foundation. 3/6
ASML didn’t just block sales to China; it ensured China would never rely on it again. The world’s largest chip market is now building an independent lithography ecosystem. Once China scales domestic EUV, ASML’s long-term growth prospects evaporate. 4/6
ASML’s High-NA bet won’t save it if its customers falter. Intel’s roadmap is shaky, TSMC is cautious, and Samsung may or may not commit. Losing China means ASML is locked into a shrinking Western market while China surges ahead with its own tech. 5/6
ASML played the loyal enforcer for Washington, but now it’s caught in its own trap. The Dutch boy who plugged the dyke can’t stop the flood this time. China is rising, and ASML is running out of customers. The future belongs to those who build, not those who block. 6/6

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More from @wmhuo168

Feb 6
Behind the noble facade of justice and freedom lies a web of manipulation. Nonprofits as pawns in a geopolitical chess game—time to strip away the hypocrisy.

aspistrategist.org.au/with-us-fundin…
The so-called "dissidents" and nonprofits are often portrayed as valiant champions of justice and freedom. But let's not be naive. In many cases, they're on someone's payroll, pushing agendas that align with their financial backers. 1/7
Call it what it is—these are malcontents and traitors in the eyes of their perhaps rightly so. The jurisprudence of any nation, including the US, would have little sympathy for those who undermine national sovereignty and stability. 2/7
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Feb 5
Ho Chi Minh's fluency in Chinese and deep understanding of Confucianism were key to his upbringing and education, which influenced his revolutionary strategies and leadership style.

Ho Chi Minh’s fluency in Chinese and his Confucian scholarship are rooted in his upbringing and education. Born in 1890, Ho was raised in a Confucian family where intellectual pursuits were highly valued. 1/5
His father was a scholar, and Confucian ideals were part of the intellectual tradition in Vietnam. This environment laid the foundation for Ho’s later studies in philosophy, politics, and governance. 2/5
Read 6 tweets
Feb 5
DeepSeek’s AI launch just shattered Nvidia’s empire, wiping out $593 billion in a day and nearly $1 trillion in U.S. tech stocks. Turns out, selling China the rope to hang you with wasn’t the best long-term strategy.

Nvidia spent years selling China the very GPUs that might now make it obsolete. As Karl Marx (allegedly) put it, "The capitalists will sell us the rope with which we will hang them." 1/7
Jensen Huang and Wall Street were too busy popping champagne over AI profits to notice that China wasn’t just buying chips—they were learning how to make their own. 2/7
Read 8 tweets
Feb 5
When a government criminalizes mere engagement with foreign tech, it's not strength—it’s fear. Hawley’s AI bill isn’t about security; it’s an admission that the U.S. has lost its edge and can only respond with bans instead of innovation.
mashable.com/article/josh-h…
When a government criminalizes mere engagement with foreign technology, it’s not a show of strength—it’s an admission of fear. Hawley’s AI bill isn’t about security; it’s about conceding that the U.S. has lost its edge and can only respond with bans. 1/6
The last time the American political class was this scared, it was the Red Scare. Back then, people lost jobs, reputations, and even freedom over mere association with communism. Today, it’s AI models trained on Mandarin characters. 2/6
Read 7 tweets
Feb 4
Yet another Chinese breakthrough too embarrassing for the US to admit: a new etching technique that could revolutionize 3D NAND. If YMTC is behind this, China’s memory chip industry just took a massive leap—and the West is running out of ways to stop it.

scitechdaily.com/scientists-dis…
China’s latest breakthrough in 3D NAND etching isn’t just a technical leap—it’s a strategic shift in the global memory chip market. Faster etching means cheaper, denser storage and a potential game-changer for YMTC. Let’s break it down. 1/12
Etching is one of the hardest steps in making 3D NAND. As layer counts rise past 200, creating deep, precise holes without defects is a nightmare. A new plasma etching technique—possibly from China—could double speed and improve yields. 2/12
Read 13 tweets
Feb 4
Researchers at Shenzhen MSU-BIT University have developed PD-General, a new algorithm that boosts Nvidia GPU performance. It enables faster, more efficient simulations for scientific applications, with vast implications for various industries.

tomshardware.com/pc-components/…
Researchers at Shenzhen MSU-BIT University have created a new computational algorithm, PD-General, that boosts the efficiency of peridynamics (PD), used for modeling material fractures. 1/15
PD-General leverages Nvidia's CUDA technology, optimizing algorithm design and memory management to achieve dramatic performance gains. 2/15
Read 16 tweets

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