They use ASMLIs Kirin 710A is 14nm chip used in Huawei Nova 8SE (Vitality version) produced by SMIC use China's own litho machine? Or is it using ASML Duv? I thought I read somewhere in this forum that this Chip is the first pure Chinese chip with independent IP.
I heard Russian chips are fabbed by TSMC or GF.
This is about the elbrus line from Russia. I believe they are on a 28 nm node.
@ericlfh bro the chip design is ingeniously develop by Huawei, producing it was done by SMIC using ASML DUVL. Domestic 14nm production will commence next year and I hope SMIC will supply Huawei BUT with sanction in place with majority of its equipment came from ASML they needed to thread carefully. This is the reason for Huawei to do IDM with FABS being constructed in Wuhan, Shenzhen and Shanghai. I'm encourage though from @foofy post that the incoming SMIC Beijing FAB using all domestic equipment will be operational in 2022 and will help Huawei produce those badly needed chips.Is Kirin 710A is 14nm chip used in Huawei Nova 8SE (Vitality version) produced by SMIC use China's own litho machine? Or is it using ASML Duv? I thought I read somewhere in this forum that this Chip is the first pure Chinese chip with independent IP.
It's fabbed at TSMC so by the standards of the anti Chinese racists it is 0% Russian and might as well be made in Texas by a one eyed cowboy munching burgers and drinking whiskey, yee haw!
This is about the elbrus line from Russia. I believe they are on a 28 nm node.
I would say that a number of the SMEE DUVL (4 Units) is at the FABs undergoing production trials with feedback going to SMEE. This is part of the ongoing Certification process.@WTAN Sir I'm waiting for your respond cause your opinion carries weight, just as what @tokenanalyst had posted 2 generation behind ASML (NXT 2000i and 2050i) but share the same basis and foundation for future improvement, that for me is the most important thing. We had achieved a technical breakthrough with full spectrum indigenous development breaking the western monopoly. Sir another thing from what I gather SSA800 SMEE DULV had been certified and that is why it's puzzling after reading the article.
@ericlfh bro the chip design is ingeniously develop by Huawei, producing it was done by SMIC using ASML DUVL. Domestic 14nm production will commence next year and I hope SMIC will supply Huawei BUT with sanction in place with majority of its equipment came from ASML they needed to thread carefully. This is the reason for Huawei to do IDM with FABS being constructed in Wuhan, Shenzhen and Shanghai. I'm encourage though from @foofy post that the incoming SMIC Beijing FAB using all domestic equipment will be operational in 2022 and will help Huawei produce those badly needed chips.
SMIC first 28nm production started in 2013 just two years after TSMC . if you are referring to the lithography machine, the resolution ASML machines is 38nm, is up to the fab to take advantage of machine qualities using multiple patterning techniques to produce lower nodes. And is damn hard, that is why SMIC took so long to produce 14nm FINFETs. To think that you can count with the fingers of one hand the companies able to archive anything below 28nm and SMIC is one of them.The West was already doing lithography at the 28nm node ten years ago. If China invested tremendously in traditional lithography for the next ten years, where do you think they would be in 10 years from now? If you are optimistic, then they would have reached the 5nm, 3nm or 2nm nodes, roughly similar to where the West is today. But by then the West would have moved on with another ten years of development. Even the most optimistic people here say that China only needs "good enough" chips for most needs and don't claim China can surpass the West.
There are 195 nations in the world and in 5-6 years China will be the 2th nation capable of assembly a EUV machine like that, i can bet money in that. They already have EUV hardware, making one will be a matter of time.This is how EUV looks like. This machine is gigantic and very sophisticated machine. I dont think China can build this even 10 years or more without espionage.
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The West was already doing lithography at the 28nm node ten years ago. If China invested tremendously in traditional lithography for the next ten years, where do you think they would be in 10 years from now? If you are optimistic, then they would have reached the 5nm, 3nm or 2nm nodes, roughly similar to where the West is today. But by then the West would have moved on with another ten years of development. Even the most optimistic people here say that China only needs "good enough" chips for most needs and don't claim China can surpass the West.
However, China's latest Quantum computer released this year is already several times faster than the Sycamore processor that Google released in 2019. In other words, while China is 10+ years behind the West in traditional semiconductors, it is less than 2 years behind the West in quantum computing (and possibly even ahead of the West). If China were to invest tremendously in quantum computers for the next ten years, where do you think they would be in 10 years? Would they be ahead of where the West is today? It's a virtual certainty. China has a far, far, far, far, far better chance at surpassing the West by investing in new technology like photonic chips and quantum computing than investing in traditional semiconductors. All I am saying is China should focus on where its relative strengths lay, and for China that is in new leapfrog technologies. Is it a risk? Yes. Given how badly China is lagging behind, is it a risk worth taking? Absolutely.