

Two things:
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Desktop requires mature CPUs (large out-of-order designs with high IPC) and there just aren’t really any of those yet. They’re starting to arrive (e.g. XiangShan which is even open source!) but as far as I know there isn’t a single chip available to buy that’s faster than a Raspberry Pi 4.
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Microcontrollers can get away with only the basic instruction set (add, multiply, load, store etc.) but for high performance you need a ton of extensions that are considered standard. x86 and ARM have had decades to build them up but in RISC-V a lot of them are only recently ratified (e.g. Vector) or still in the process of being defined.
I would say we might see cheap Android phones with RISC-V CPUs in maybe 5 years. Though there’s an additional difficulty there in that you need to emulate ARM for games, and I don’t think anyone is working on that.
I guess you could say “the name”!
In fairness the first and second results on Google point to the
crc32
tool…https://askubuntu.com/a/303666
$ sudo apt-get install libarchive-zip-perl $ crc32 my_file
Again not a great package name and it does require Perl, but in Linux at least that’s a less painful dependency than Python.