Nobody is

That’s still not direct hardware, if you think you cracked the code then by all means show everyone otherwise, this would be a huge deal for a lot of people

ASIO is still not an audio driver running in exclusive mode, my brother in Christ how do you not understand this

ASIO is not an audio server running in exclusive mode. I mean just there, that alone makes me understand you completely have no idea what you are talking about, the rest of the gibberish you spewed here is funny but that’s the biggest red flag. Thank you my guy, for deciding not to research anything about this subject then write a nice long comment attempting to make my look like an idiot while doing no research at all and wasting my time and the time of anyone else reading here and making an attempt to worsen the Linux community in doing so. Bravo, thank you so much

I don’t know how you got so confused about this. Noting I said was incorrect to begin with you just love of made your own nonsense explanation for everything. I suggest doing some research on the subject. YIKES! Lemmy dunnings strike again

I don’t think it’s entirely necessary to explain the entire topic in a simple lemmy comment about something that is so easy to search for and learn about.

I answered below, you can also read on any of the ALSA pages as well as the wiki page for it. Wealth of knowledge on the subject is available

Fewer kernel calls between hardware and software for loerw latency processing of audio is a must, there is a minimum amount of latency you can have with audio for anyone performing and that’s debated by a total round trip time frame. From the second someone plays a note on say a guitar to the moment the resulting sound comes out of their speakers and into their ears is rather critical for timing.

Trouble is to do most anything with digital audio you require a buffer (here we add more latency) so that we can do the things we need to. Your audio device will have it’s own buffer (and in the case of ALSA and Linux) your operating system will implement what’s considered an audio “server” which will add is own buffer to route to whatever you are thinking you need to do and blah blah so on so forth. HAL drivers like ASIO mean you have much higher stability and much lower latency as you now have fewer buffers which is less added latency, fewer interruptus to deal with, and everything just kinda works in harmony. If you want to learn more consider first learning what ALSA is or any of the terms I originally used. I suggested starting with the wiki page where all of this is already explained

Audio engineer here. Anything ALSA inherently does not “get it right”. It’s time for Linux to get HAL audio drivers

Yes, I have installed Windows 10 and 11 on ARM v7. Infact Windows CE was running on arm processors for a good long time with continued support. Windows hasn’t dropped support for any processors at all to my knowledge. Windows 11 required TPM2 but that’s not a processor. Your motherboard is the determining factor there, you can actually buy a TPM module for pretty dang cheap. Considering most PC manufacturers have had TPM on their systems used for a while it’s not a large factor. Those most impacted were people who did custom built systems and bought cheap motherboards. I actually mentioned this is my original comment but… Here we are I guess.

Intel mac’s bought a couple years ago soon won’t be able to upgrade to the latest MacOS version, this same thing happened when they switched from PPC to Intel. On the other hand you can install Windows 10 on a pentium 2 and hell, of you could figure out a way to get tpm 2 to work you might be able to get 11 going. Some Linux distros with modern kernels only recently dropped support for PPC. Point being Apple ended support intentionally as they just don’t give a shit about their customers, their only interest is in money.

Lots of free solitaire games for Windows without ads. I don’t see what’s to gain by using wsl just to play solitaire though.