One has time and time and again heard during the last two to three years that SMEE is developing a DUV lithography machine capable of 28 nm fineness and/or that it has already produced one or more prototypes of such machines, with assertions being made than in 2022 or 2023 it will begin utilizing them for commercial production. Has there been any very recent official announcement by by SMEE of the commercial production of such a machine?
Chinese semiconductor industry
- Thread starter Hendrik_2000
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Look at that conveyor belt, brother!
Unbelievable! Should make it longer, like 2km to 5km. Put everything on it. Even the cafeteria lunches.
Hey brother ansy1968,
Check the shit we were talking to each other, last year, around this time.
I wanted to find that diagram, but found this crap instead.
Still kind of funny. Freaking accurate too. We just a couple peasants, and we actually something. Even though it is very little, because we are peasants, we still knew!
Check the shit we were talking to each other, last year, around this time.
I wanted to find that diagram, but found this crap instead.
Still kind of funny. Freaking accurate too. We just a couple peasants, and we actually something. Even though it is very little, because we are peasants, we still knew!
Chinese semiconductor industry
@WTAN Sir as @krautmeister @tokenanalyst and @FairAndUnbiased once mentioned a Synchrotron facility can handle multiple EUVL, on this facility with the sample you mentioned it can handle 80 EUVL simultaneously? Man, that is like 80x times the butt hertz!? :oops:
www.sinodefenceforum.com
Chinese semiconductor industry
@WTAN Sir as @krautmeister @tokenanalyst and @FairAndUnbiased once mentioned a Synchrotron facility can handle multiple EUVL, on this facility with the sample you mentioned it can handle 80 EUVL simultaneously? Man, that is like 80x times the butt hertz!? :oops:
www.sinodefenceforum.com
Chinese semiconductor industry
@WTAN Sir as @krautmeister @tokenanalyst and @FairAndUnbiased once mentioned a Synchrotron facility can handle multiple EUVL, on this facility with the sample you mentioned it can handle 80 EUVL simultaneously? Man, that is like 80x times the butt hertz!? :oops:
www.sinodefenceforum.com
News from last year.
It was this synchrotron.
It was the precision work bench.
It was something else, I forgot, maybe the chemicals, or another process. The two items above were the toughest apparently.
Those were the bottlenecks to Chinese EUV contraption.
Bro you mean this.Hey brother ansy1968,
Check the shit we were talking to each other, last year, around this time.
I wanted to find that diagram, but found this crap instead.
Still kind of funny. Freaking accurate too. We just a couple peasants, and we actually something. Even though it is very little, because we are peasants, we still knew!
Chinese semiconductor industry
@WTAN Sir as @krautmeister @tokenanalyst and @FairAndUnbiased once mentioned a Synchrotron facility can handle multiple EUVL, on this facility with the sample you mentioned it can handle 80 EUVL simultaneously? Man, that is like 80x times the butt hertz!? :oops:www.sinodefenceforum.com
Chinese semiconductor industry
@WTAN Sir as @krautmeister @tokenanalyst and @FairAndUnbiased once mentioned a Synchrotron facility can handle multiple EUVL, on this facility with the sample you mentioned it can handle 80 EUVL simultaneously? Man, that is like 80x times the butt hertz!? :oops:www.sinodefenceforum.com
Chinese semiconductor industry
@WTAN Sir as @krautmeister @tokenanalyst and @FairAndUnbiased once mentioned a Synchrotron facility can handle multiple EUVL, on this facility with the sample you mentioned it can handle 80 EUVL simultaneously? Man, that is like 80x times the butt hertz!? :oops:www.sinodefenceforum.com
We're foreshadowing it even without knowing....lol It's good to be alive, I'm fortunate that I was given a second life to see it happen.WTAN
Junior Member
Registered MemberCAS has also joined the SSMB R&D initiative after Huawei sought help from them.
The 2 SSMB Light Source articles posted by Old School and Ansy refer to the new Beijing HEPS Synchrotron which is currently under construction.
I have heard that Tsinghua Uni is collaborating with CAS.
The Tsinghua Uni Synchrotron has not started construction yet.
The Tsinghua Uni joint research with the US and Germany may not even continue in light of the new Cold War scenario between China and the US.
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What's the 4th generation semiconductor? At most I only heard about 3rd generation semiconductor
my guess they are refering to Gallium Oxide and diamonds semiconductors.
Gali and Diamond
Does anyone still have that particular excel table document which listed out China's updated status on the indigenizing of the semicondutor industry as of current?
I recall that table listing out all the machineries, devices, components and software required for semiconductor manufacturing on the left column, and the nanometers in the top row. In the cells, green coloured-cells means China has mastered and capable of building said machinery/device/component/software for XX nanometers of semiconductor, while yellow/brown coloured-cells means that China is still working on a workable product.
I recall that table listing out all the machineries, devices, components and software required for semiconductor manufacturing on the left column, and the nanometers in the top row. In the cells, green coloured-cells means China has mastered and capable of building said machinery/device/component/software for XX nanometers of semiconductor, while yellow/brown coloured-cells means that China is still working on a workable product.
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