I believe this is still ARM China, not ARM ARM ( I can't remember what's the name they used in China ).

China took direct control of the Chinese ARM subsidiary years ago.

If cpu x90, then process smic n+2, probably still ASML DUVs... if not implication profound. Even if domestic tooling, can't imagine this full end to end, they're aggressively indigenizing and validating all the semi inputs, i.e. gases, chemicals last few years but seems too early to have all parts covered. When they do (unlikely now) in which case, yeah probably PRC only country with entire closed loop indigenous semi chain -> hardware -> software stack. On the other hand I wouldn't put past that some very low volume 100% domestic trial line exist.

The CPU is based on ARM and English company that designs CPUs, and the OS is a fork of Android which is American.

  >Don’t think any other country can do end to end in house?

The US can. There are domestic packaging people and board houses. I think the EU can but I'm not sure and that's not a country.

ARM is a design not an implementation.

C and C++ are ISO standards, with multiple implementations.

JavaScript is an ECMA/ISO standard, with multiple implementations.

Rust is sponsored by an international foundation.

Additionally, Harmony OS is its own thing, it has long stop being an Android fork, with ArkTS and Cangjie, as the main way to develop applications for the platform.

https://developer.huawei.com/consumer/en/arkts

https://cangjie-lang.cn/en

By that standard, a computer designed and made in USA that would use ARM and C++ would not be American, because at their initial origins ARM was British and C++ Danish (and inspired by the Norwegian SIMULA 67). Even the C programming language cannot be called American by your methodology, because it includes many features taken from the ALGOL 68 language, which were introduced in it mainly by a Dutch team.

The reality is that computer technology is global. It does not belong to any single country.

If you analyze any piece of hardware or software, it aggregates various elements that have their origins in many countries.

What matters is whether you can design and build a complete system, not from where you might have learned each of the great number of things required for this.

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> we are living in a cartoon distopian apocalyps as drawn by the worst petulant office dweeb who is doing WAY to much acid on the weekends

I don't think their weekdays are any different.

who is "some people"?

"100% designed & produced in China" doesn't exclude the possibility of "using ASML machine to process the wafers".

That said: entirely possible it includes "home-grown wafer stepper machines". Article is light on the details here.

After the parent article, the next article is about a Chinese start-up showing for the first time a prototype for EUV lithography.

However, they estimate that they will reach the stage when this can be used in production in 3 to 5 years.