They don't but it's like Nuclear latency, all components are there to assemble. Of course it's not as simple but the idea still stands.I don't think Japan even has 28nm chip production, let alone completely on its own .. like China very soon
They don't but it's like Nuclear latency, all components are there to assemble. Of course it's not as simple but the idea still stands.I don't think Japan even has 28nm chip production, let alone completely on its own .. like China very soon
I didn't said that are producing 28nm chips, I said that if they are forced to do they can 28nm on their own because they had companies for almost everything, from lithography to wafer processing to metrology to testing and packaging.I don't think Japan even has 28nm chip production, let alone completely on its own .. like China very soon
Also probably hopium, even if SMEE DUV and local supply chain to 28nm is ready today. Do not reveal them immediately, wait until they have scale and mass productions.
Imagine China managed to make supercomputers locally, they'd probably sells access to Russia, Iran or even NK.
Russia is way below on the semicon supply chain readiness, so likely they can't.That probably won’t happen. Russia will build their own since it is a national security risk to just “borrow” it from someone else. Iran and North Korea would rather spend the money somewhere else since they don’t need one either.
Nuclear latency is a myth. To equate semiconductors is even more egregious, given the complexity.They don't but it's like Nuclear latency, all components are there to assemble. Of course it's not as simple but the idea still stands
I read somewhere in Zhihu a few months ago... Japan is the world's no. 1 recycled wafers processing country, and their wafers technology is also the world's no1 ... with optical...I didn't said that are producing 28nm chips, I said that if they are forced to do they can 28nm on their own because they had companies for almost everything, from lithography to wafer processing to metrology to testing and packaging.
I doesn't matter if its take day or a year, the point is that they can make it using their own tools because they have the capability to do so IF they are forced to do so.It will still take a lot of time, manpower and resources to go from 40nm to 28nm. Otherwise they would have done so already, and would not need to go begging to TSMC. Use some common sense.
what do you mean locally. LOOLImagine China managed to make supercomputers locally
Russia is way below on the semicon supply chain readiness, so likely they can't.
Also, IIRC Iranian, Syrian, North Korean and maybe many more aren't allowed to utilize supercomputers even outside US?
I once read that for KAUST supercomputer (made by IBM).
Sunway still use TSMC no?what do you mean locally. LOOL
Chinese supercomputers are blacklisted from the beginning by the US. all Chinese supercomputers are entirely domestically produced. due to restrictions they have used old chips. 16nm/14nm.