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The CPU can do 64 bit operations natively, and you have about twice as many CPU registers, compared to AARCH32. That means less register spilling onto the stack, which saves both instructions and (though possibly cached) memory access.
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ZioCain27115y@Fast-Nop @yellow-dog ok thank you both for your answers.
I never really got around the architecture thing. -
@ZioCain Interestingly, that's similar for x86_32 vs. x86_64. Only that the register thing is more important than with ARM because x86_32 has so few of them - also called "register-starved architecture".
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@ZioCain No, what I mean, x86_32 has always had fewer registers than ARM-32.
That's why the step from x86_32 to x86_64 benefits more from the additional registers than ARM does from AARCH32 to AARCH64.
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unity
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