OK, maybe you wouldn’t pay three grand for a Project DIGITS PC. But what about a $1,000 Blackwell PC from Acer, Asus, or Lenovo?
Besides, why not use native Linux as the primary operating system on this new chip family? Linux, after all, already runs on the Grace Blackwell Superchip. Windows doesn’t. It’s that simple.
Nowadays, Linux runs well with Nvidia chips. Recent benchmarks show that open-source Linux graphic drivers work with Nvidia GPUs as well as its proprietary drivers.
Even Linus Torvalds thinks Nvidia has gotten its open-source and Linux act together. In August 2023, Torvalds said, “Nvidia got much more involved in the kernel. Nvidia went from being on my list of companies who are not good to my list of companies who are doing really good work.”
Interesting news! Sadly I imagine Windows games on Linux on ARM won’t perform any better than on WoA. But maybe this will be more incentive for game developers to ship ARM builds.
Valve is developing an ARM translation layer like Wine.
Wine Is Not an Emulator.
It would be great if there were a way to translate x86 binaries for ARM without emulation. Has Valve found some way to do that? From a bit of searching I see they’ve been testing games on ARM, and that testing involves a version of Proton/Wine that runs on ARM. But it looks to me like they’re testing with ARM binaries for those games?
I’m as enthusiastic as anyone about more Linux usage, and I agree that Linux support for ARM is a good selling point. But the reason Linux works so well on ARM is that we use all this open-source software that anyone can compile for ARM. I don’t think it’s honest to point to closed-source software that we can’t recompile, and imply that it will work better on Linux because other software runs natively on ARM on Linux.
That’s called “emulation”.
If it coukd be baked before rather than at run time it feels like there might be some nuance there
It’s a very difficult problem to solve.
Different architectures are more than just translating op codes. They have different ways to address memory, different types, sizes and number of registers. Compiled binaries use offsets within the code to jump, loop, etc. which all changes when you start changing instructions. It’s much easier to emulate the platform at runtime.
No doubt. Software emulation of different arches is still magic to me. Being able to run qemu to run just one program on the CLI as an arm bin was so neat
It requires a near obsessive understanding of the architecture being emulated, but generally the process is “relatively straightforward” (though not necessarily “easy”). A CPU is a relatively simple device compared to the software built on it. Your basic steps are:
Throw that in a loop and voilà! You have an emulator. Granted I’ve handwaved over a lot of complexity (I don’t mean to trivialize the effort)…
To translate a binary is very different. Compilers optimize output to behave in a specific way for the target CPU that simply may not work on the new CPU. What do you do, for example, if the code was compiled for a platform that had 12 registers but the new one only has 6? You’d need to re-write the logic to work with fewer registers. That’s difficult to do in a way that is generic for any program. An emulator can just present the program with the 12 registers it expects (emulated in memory at the expense of performance).
Can’t speak for any other distro but android’s winulator (under the hood wine and box64/86) runs pretty well
Running x86 games under Rosetta on Apple Silicon has been super playable for me, both Intel Mac binaries and Windows games under WINE. So I don’t see why it wouldn’t be possible on Linux or Windows, assuming they spend enough time and care writing the translation layer.
I’m sorry, I wasn’t completely clear. Yes you can run games on ARM on any OS with an emulator. When I said “won’t run any better” I meant you’ll get the same emulation slowdown on Linux as on Windows.
The point of the article is that stuff runs faster on Linux because you don’t need an emulator, and it implies that that includes games. That’s disingenuous because any games that require emulation on Windows will also require emulation on Linux. If there’s no ARM build, there’s no ARM build.
From what I’ve seen of Asahi Linux’s progress on emulation, Windows games are running pretty darn well on Apple Silicon - there’s still work to be done, but a lot of recent, complicated stuff is playable.
This gives a bit of hope for gaming on other ARM platforms.