this post was submitted on 24 Jun 2024
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That is a risk on the Windows side for sure. Also, once an ISA becomes popular ( like Apple Silicon ) it will be hard to displace.
Repurposing Linux software for RISC-V should be easy though and I would expect even proprietary software that targets Linux to support it ( if the support anything beyond x86-64 ).
Itanium was a weird architecture and you either bet on it or you did not. RISC and ARM are not so different.
The other factor is that there is a lot less assembly language being used and, if you port away from x64, you are probably going to get rid of any that remains as part of that ( making the app more portable ).
Apple Silicon isn't an ISA, it's just ARM, what are you saying?
Once a chip architecture gets popular on Windows, it will be hard to displace. ARM has already become popular on macOS ( via Apple Silicon ) so we know that is not going anywhere. If ARM becomes popular on Windows ( perhaps via X Elite ), it will be hard to displace as the more popular option. That makes RISC-V on Windows a more difficult proposition.
I do not think that RISC-V on Linux has the same obstacles other than that most hardware will be manufactured for Windows or Mac and will use the chips popular with those operating systems.
I think you missed the forest for the trees my friend. I was simply commenting on the fact you made it sound like Apple Silicon is it's own ISA.