Its spelled Akrion. Their office is 5 min from mine. I visited them once - they wanted to invest in my solar nanomaterial technology.Naura also owned Akron (a wafer cleaning company it seems) so maybe related to that.
Its spelled Akrion. Their office is 5 min from mine. I visited them once - they wanted to invest in my solar nanomaterial technology.Naura also owned Akron (a wafer cleaning company it seems) so maybe related to that.
So China has domestic alternatives to whatever this Akrion does, correct? If so, it's just a corporate issue with NAURA, not a national security issue.The clean equipment division looks weaker than their other equipment. Specially compared with PNC system, ACMResearch and other wet processing companies in China, like you say looks like they weren't able to transfer the IP to China and the R&D in that area stagnated.
Looking at the bidding data its doesn't seem they sell a lot of cleaning equipment in china, compared wit ACM shanghai and PNC or even CETC.So China has alternatives to whatever this Akrion does, correct? If so, it's just a corporate issue with NAURA, not a national security issue.
CzThis is disappointing, there shouldn't be any talks between Chinese chip making equipment vendors and the US government.
China will welcome and reward well any skilled professionals in areas of advanced technology to come to China, regardless of their nationality and even their species. But China is DEFINITELY going to do its utmost to ensure that ALL supply chains for any item worth producing, are located within China. Japan and European countries have not yet implemented the extensive sort of technology trade and citizen restrictions that the United States has on China and likely will not do so out of their own volition, because they see their interests lying in ensuring that their high tech goods have access to the world's largest market and as such it is commercially beneficial for them to do so. But the United States might be able to persuade them into implementing such restrictions, even at great cost to them. They CANNOT be trusted.For once SCMP had its editorial right and YES China is the only country that can realized a full spectrum indigenization thanks to America of course.
Editorial by SCMP Editorial
Tech war a sign of US weakness not strength
- China should not overreact to Washington’s ill-thought-out moves to restrict access to products and talent and instead embrace an open and inclusive approach to boost the development of technology
Published: 12:50am, 24 Oct, 2022
Semiconductor chips on a circuit board. Photo: Reuters
Short term, the latest measures by the United States to restrict Chinese access to US semiconductor technology will hurt China at the core of its tech development. Longer term, however, they are short-sighted and are likely to cause problems for the US.
Meanwhile, they do nothing to relieve serious bilateral tension. A ban on US passport-holders or entities working with Chinese chip producers without specific approval can only exacerbate it.
The US Department of Commerce has imposed systematic export licensing controls on dozens of Chinese companies and research institutions. Companies worldwide are barred from selling super computing and artificial intelligence chips to China that were made with US software, machinery or technology.
The measures also limit exports to China of chip manufacturing tools and technology that Chinese companies could put to their own use.
They reveal the depth of a sense of insecurity that American technology hegemony may be challenged by China, already reflected in the US$52.7 billion Chips and Science Act passed recently by Congress to subsidise R&D and manufacturing.
However, in the longer term it will be difficult for one player to exercise dominance over everything, with different countries enjoying an advantage in developing certain components of the technology chain.
Sharing them can accelerate the technological revolution. Beijing will find it difficult to re-create that alone. But, over time, cutting the second-largest economy out of the chain and isolating China technologically will be a tall order.
If this resulted in fragmentation of the global technology sector, US companies would suffer, since they benefit most from it. So while the latest measures will cause problems for China, ultimately the negative impact may outweigh any gain for the US in consolidating a dominant position.
The passport ban further undermines the perceived values of the US as an emigrant society that attracts the best and brightest. But China needs to be wary it does not boost a rise of nationalism which, if it were to become dominant, could only self-harm. Indeed, Beijing should adopt an open approach and not take any action to deny people the opportunity to come to China.
Not that if you do not own the tools the work that you made with the tools belongs to the US government.Tools, tools, tools nothing but tools. without owning your tools you dont own your work.
For the American politicians is simple "you don't own the tools that you pay for", your work belong to the American goverment.
Samsung 3nm chips are not Korean those are American goverment chips with a Korean brand name.
TSMC 2nm chips are not Taiwanese those are American goverment chips made in Tainan.
East Asia doesn't have a semiconductor industry, they have American allowed sweatshops were American companies made their chips. That's it folk, there is nothing more.
Doesn't matter how hard their researchers work to develop the recipes to make those chips, the American politicians own that work. They didn't spend a single day in a research facility and they are not intelligent enough to understand the industry but they own those chips. They could made it disappear with the stroke of a pen.
I know this is controversial but I personally more impressed by the Chinese efforts to build a EUV machine than SMIC 7nm chips or YMTC 300 layers NAND memory, that EUV tool that the Chinese are trying to built is self owned while SMIC and YMTC chips are just American chips made in China.
More impressed of this self owned monstrosity
View attachment 100134
than 7nm chips.
Globalization teamwork works well when you don't insufferable politicians trying to ruin everyone else in the team because they feel a bit insecure about winning the game.
The article described successful creation of 2-4 inch "homoepitaxial" gallium oxide wafers. These are basically gallium oxide only as opposed to heteroepitaxial which typically uses MBE. Given that CETC was able to create these 2-4 inch gallium oxide wafers, I speculate they have successfully developed domestic MOCVD equipment comparable to Agnitron and Taiyo/Sanso. If so, then those American Gallium Oxide trade sanctions are going to fail right out of the gate.The 3 largest manufacturer of MOCVD for compound semiconductor are -
However, all of their reactors can only support GaN-SiC-InP etc. The reactor for Gallium Oxide growth are produced by Agnitron (Minnesota) - and TAIYO NIPPON SANSO (Japan) -
Few months ago Bristol University installed Europe's first MOCVD System for Gallium Oxide R&D -
But, molecular-beam epitaxy or ion-techniques can also do the job with some difficulty, and China does manufacture MBE system. Overall, in Gallium Oxide R&D Japan is #1.