box86 VS SDRPlusPlus

The open-source and performant ones are https://fex-emu.com/ and https://box86.org/, but they are not written in Rust. Their documentation is probably the best bet if you want to build something along these lines.

Maybe Box86/64? https://box86.org/

On the official repo if you scroll down there is steam compatibility and it says that in the root of the repo there is the steam install script. https://github.com/ptitSeb/box86

That means it'll need a 32-bit emulator to run on, but as it says on box86.org, box86 only runs on 32-bit ARM chips. Hence it runs on a Pi2 but not a Pi3 or higher.

Recently, I got a server from Oracle Cloud, having 4 cores and 24GB of RAM. Then, using a software called Box86 and its 64 bit version called Box64, I succeeded in running Factorio! Unfortunately, 1.1.80 ran at 3 UPS! I went through each major version, testing each individual one down to 0.12. Here are my results!

Unfortunately box86 requires a little-endian processor, and the G4 is a big-endian processor so it won’t work

I'm using newest SDR++ nightly built. win x64. Anyone can resolve this problem? Mabye I'm not using the right driver for SDR++? If so where can I find the right one?

SDR++ from GitHub (https://github.com/AlexandreRouma/SDRPlusPlus) runs on M1

Ah, I see what you mean, it's been a while since I looked at their repo. They don't seem to have one for ubuntu jammy yet in their stable release branch. But they do have an ubuntu jammy one in their nightly builds https://github.com/AlexandreRouma/SDRPlusPlus/releases/tag/nightly. I did give it a go and it seems to work okay, but obviously you would need to try it more thoroughly than I have.

What incompatibility? Do you think that this code https://github.com/AlexandreRouma/SDRPlusPlus doesn't support ARM?

SDR++

Some software tips. There is a newer version of SDR++ that includes an IF filter for NOAA APT signals that should help improve things: https://github.com/AlexandreRouma/SDRPlusPlus/releases/tag/nightly That gives you a new checkbox under the Radio section called "IF Noise Reduction" with a dropdown to select the type of reduction (where you select 'NOAA APT'). You can also use the "Decimation" option in the Source section to give a bit better SNR. From what I've read you get a 3db reduction in noise every time you double the decimation level. If you can't get rid of the noise around 137.1MHz maybe try going for NOAA 15 or 18 since those are at higher frequencies, hopefully away from that noise.