Read the previous postsWhat about high volume photoresists for 14 nm and beyond and metrology eequipments?
Read the previous postsWhat about high volume photoresists for 14 nm and beyond and metrology eequipments?
de-americanized 14nm better happen in 2024 if Huawei plans to get all the chips it needs for its sales next year.I would say:
De-Americanized 14 nm logic -> Early 2025
EUV prototype -> Somewhere in 2026
DDR5 -> In 6 months. Early 2025 with a de-Americanized line
HBM -> Dependent on if they were working on it. Should follow the DDR5 shortly if they were.
photoresists shouldn't be a concern. Xuzhou Bokang says its photoresists are good enough for 14nmWhat about high volume photoresists for 14 nm and beyond and metrology eequipments?
So is it a correct estimate that China will be fully independent on chips and equipment manufacturing by 2035?I would say:
De-Americanized 14 nm logic -> Early 2025
EUV prototype -> Somewhere in 2026
DDR5 -> In 6 months. Early 2025 with a de-Americanized line
HBM -> Dependent on if they were working on it. Should follow the DDR5 shortly if they were.
it better be there a lot sooner than that, lolSo is it a correct estimate that China will be fully independent on chips and equipment manufacturing by 2035?
I'm personally leaning on an EUV prototype being ready for delivery next year, though admittedly that is an optimistic estimate.I would say:
De-Americanized 14 nm logic -> Early 2025
EUV prototype -> Somewhere in 2026
DDR5 -> In 6 months. Early 2025 with a de-Americanized line
HBM -> Dependent on if they were working on it. Should follow the DDR5 shortly if they were.
Depends on what you consider "fully independent". Fully independent at what level of technology? I expect full independence up to 7 nm logic before 2030.So is it a correct estimate that China will be fully independent on chips and equipment manufacturing by 2035?
I guess, what I really wonder, is if China will be able to catch up to Intel, TSMC, Samsung, ASML. What I understand TSMC will be selling 2nm chips from 2024-2025. If China reach 7nm in 2030. Well, that is what Western and Asian companies produced 7nm chips back in 2014. I will admit that I know little about this. Can someone just write a summary so that we that studied economics in college and not engineering in college also understand what is going on in the chips-war.Depends on what you consider "fully independent". Fully independent at what level of technology? I expect full independence up to 7 nm logic before 2030.
"If China reach 7nm in 2030 using close to 100% domestic equipment, materials and software."If China reach 7nm in 2030.
I'll preface my comment by clearly stating I'm definitely not one of the experts here. That being said, just based on what I have read so far in this thread, as well as seeing the current rate of progression on China's side, I would bet $1,000 on full catch up to Intel by 2028, full catch up to Samsung by 2032, and full catch up to TSMC by 2036.I guess, what I really wonder, is if China will be able to catch up to Intel, TSMC, Samsung, ASML. What I understand TSMC will be selling 2nm chips from 2024-2025. If China reach 7nm in 2030. Well, that is what Western and Asian companies produced 7nm chips back in 2014. I will admit that I know little about this. Can someone just write a summary so that we that studied economics in college and not engineering in college also understand what is going on in the chips-war.
Depends on the technology node (GAAFET, 7nm finfet, 14nm finfet, 28nm finfet,45nm planar, 110nm planar), what volume (1M WPM, 100K WPM, 20K WPM) and with what yield (90%, 50%, 30%).So is it a correct estimate that China will be fully independent on chips and equipment manufacturing by 2035?