Probably, as a "because I can". I suspect that most people would probably just run Arm WindowsSo does this mean that someone could run an Arm-based Linux VM, and in that VM, run windows Intel apps under WINE?
If so, ugh..
BL.
Probably, as a "because I can". I suspect that most people would probably just run Arm Windows
Recent versions of Arm Windows have 32 and 64-bit x86 emulation.True.. but if the binaries needed inside Windows are x86 only, then Arm Windows wouldn't do anyone any good..
Sure, this is a 2 vCore VM with TSO disabled on M1.@Gnattu: Do you have a reference score for Geekbench on M1 Linux without TSO?
I’m assuming the previous benchmarks were 4 vCore VM… That’s a pretty heavy hit, but considering it’s in a VM and translating x86_64->aarch64, it’s not too bad IMHO.Sure, this is a 2 vCore VM with TSO disabled on M1. View attachment 2015752
The previous one is 7 core on M1, so 4P 3E.I’m assuming the previous benchmarks were 4 vCore VM… That’s a pretty heavy hit, but considering it’s in a VM and translating x86_64->aarch64, it’s not too bad IMHO.
Does this mean a recompile using an existing ARM64 distro can work? Without touching the x86 codes of whatever needs to be run, which is handled by Rosetta?This won't work because you still need an arm64 kernel
From this post?! Yikes, that multicore score is hurting.The previous one is 7 core on M1, so 4P 3E.
A easier way could be install an arm64 distro in VM, install docker and Rosetta in that VM, then you can use docker with Rosetta in that VM to run the x86 images you want to use.Does this mean a recompile using an existing ARM64 distro can work? Without touching the x86 codes of whatever needs to be run, which is handled by Rosetta?