You seemed to have done your research and are have solid conviction. Nice!It is a very real risk. There is talk of using existing sanctions to ban DUV machines from SMIC in the US. You also have to remember that even if SMIC is buys a DUV from ASML it is likely to be reported to a government agency in the US.
The real big change is that news from SMIC has shifted from 14nm, N+1 and N+2 to 28nm. If SMIC was truly confident in the supply of DUV machines from ASML, then it would also be engaged in major expansion of its manufacturing capacity at the 14nm node.
My point was it is relatively simple for the average person to own shares of major semiconductor manufacturers. In fact just buying common market index ETFs would likely mean you are indirectly invested in a semiconductor manufacturing company.
Many here are skeptical. That is why the next milestone is still mass production at 14nm despite many of the people here talking about EUV machines (it's just more interesting to talk about EUVL development). The point being made is that all evidence points to 28nm as essentially a done deal at this point. The question is not if SMEE has a DUV machine, but how capable the DUV machine from SMEE is right now. There is still a large gap between manufacturing 28nm and 7nm using a DUV machine.
sorry, another question…Do you expect SMEE to be able to deliver a production worthy tool on their first try? why or why not?
Also could you share your opinion on what performance metric would be SMEE’s biggest challenge to build a production immersion system? Just curious what your opinion on this is.