China probably can make 10 nm chips in the not too distant future.
For 10nm they need DUV which is 193nm. That one is 365.
Intel can't even do 10nm with 193nm. So it will be amazing if China can get 10nm without EUV.
China probably can make 10 nm chips in the not too distant future.
I have two questions for thinking:China probably can make 10 nm chips in the not too distant future.
China probably can make 10 nm chips in the not too distant future.
China probably can make 10 nm chips in the not too distant future.
For 10nm they need DUV which is 193nm. That one is 365.
Intel can't even do 10nm with 193nm. So it will be amazing if China can get 10nm without EUV.
I think they're trying to base it off of transistor density.lmao wtf Intel 10 isnt evem in commercial production so how is it "sometimes considered equal to tsmc 7's" for one thing one physically exists and the other is imaginary.
And also wtf the 5 and 3 comment??? Is there some kind of science or are people literally just pulling things out of their asses? Source = "companies?" Is this a joke? This is wild
The author/graph creator is a jackass
source: people
this actually kind of reminds me of that ONI SSN quietness chart which included the 09VI sub from what must have been like 10 years ago
Guys, what does this mean? (I'm no techy).
TSMC reportedly stops taking orders from Huawei after new U.S. export controls
Taiwanese Semiconductor Manufacturing Co., the world’s largest contract semiconductor maker, has stopped taking new orders from Huawei Technologies, one of its largest customers, according to the Nikkei Asian Review. The report said the decision was made to comply with new United States export controls, announced last Friday, that are meant to make it more difficult for Huawei to obtain chips produced using U.S. technology, including manufacturing equipment.
Orders taken before the ban or already in production will not be affected, if they can ship before September 14. Huawei, the world’s largest telecom equipment maker, is TSMC’s second-biggest customer after Apple. TSMC makes many of the advanced chips used by Huawei, including in its smartphones.
Here's the link for the rest of story
If I understand correctly, that was a plasmonic lithography machine which uses surface plasmon polariton to achieve super-resolution.China probably can make 10 nm chips in the not too distant future.
Is it useful for creating the optical components of an EUV lithography machine?At the reported specs it was indeed a scientific breakthrough, but only for creating periodic patterns. It could be used to make high precision optical component with repeated nano structures, such as photonic crystals and diffraction gratings (which are installed in lasers and other optical devices)