I never said you did, but it's an obvious observation. The argument part is to claim that they somehow managed to steal something before it existed.
What is 'it' exactly? 5G isn't just one magic black box, it's a culmination of a host of technologies and advancements over LTE.
Investing huge amounts of money and manpower into R&D I expect?
Only insofar as I'm contesting points which aren't completely logical.
I never said that at all, 5G is a collection of technologies that has been worked on by a large number of companies, Huawei being one example of a company progressing well with things like RAN/infrastructure, two other major players being Nokia and Ericsson.
7nm is just a number, and as far as Moore's law is concerned, it was a logical assumption that something i.e. a smaller node would follow on from 10nm. But again, what actually is '7nm' - like 5G being the 'obvious next step' you're implying, that's a huge over-simplification. They don't just change the zoom lens for manufacturing and reap the rewards - as DanceswithUnix says, there are some tough engineering challenges to overcome before you can just make that step. Hence why Intel have stalled for so long with 10nm. If you think it's just a case of not bothering because of market conditions, it perhaps demonstrates a bit naivety over how semiconductor manufacturing works.
Do you? Besides the number preceding the letter 'G' I mean?
You mean like Intel had nothing to do with cellular until they bought out some other companies to force their way into the market? Worked out well for them with 4G/5G didn't it? Given how simple it all apparently is I mean...
AOSP is open source and Huawei should continue to have access to that, the more damaging part is lack of access to things like Play Services, Play Store, etc. Also damaging is lack of access to future ARM IP.