Milk-V just keep churning these things out. I wonder what the RISC-V market looks like? I assume they're targeting business application and not hobbyists? I'm very much ignorant, and have never seen an implementation using RISC-V anywhere.
I actually ordered a Mars just yesterday but I get the feeling, after initial intrigue, that it'll be a curiosity that sits in the drawer until it eventually gets thrown away. Maybe it was a good thing Meles was sold out at the time of my order. haha
It's really just for tinkering at this point, or cheap build systems I guess. There's some small edge cases where the existing instruction set will beat ARM or x86, but they're very niche. Eventually it's expected to be a contender to the more optimized stuff we see in ARM chips these days.
It’s the odds-on favorite for the next generation of radiation-hardened space computers (HPSC). Potential to be a 25x improvement over current capabilities. Guessing most of the use cases will be niche like that, but who knows.
The WSL part was just a joke, but I do sometimes test apps on waydroid as I am using an IPhone currently and I want to switch, so for that I try apps on waydroid so I can easily replace IOS exclusive apps when I make the switch.
It's likely you could use winlator to play the windows version of the game (I know, not quite the same, although it does run wine via a linux container lmao)
Winlator is kind of a bitch to configure to get things running smoothly. I spent wayyyyyyy too much time trying to get new vegas to run at 60fps on my fold 4 just because I wanted to see if I could. I got close but now it crashes every minute or so. Moved my save over to my pc lmao. If you'd like, you can dm me and I can try to help you out with getting it to run. I ended up joining several discord servers to try to learn what the options do. It sucked but I think i have a somewhat basic understanding of how things function now.
Appreciate the offer. I managed to get it running full screen on a sever I can vnc into, just like steam link except not slow.
Note: SL may not be slow, but the server it's on aty place is a potato. Doing DF and steam (goddamnit I'd love to kill steam webhelper) and steam link will make you crazy.
I can think of one valid use case for this unsolved by any other solution:
Lets say a company has an SoC board base product currently currently base on ARM. They want to eventually migrate to RISC-V based solution.
If a company has a product currently written to use ARM compiled code, but wants to transition to RISC-V (which isn't ready yet), they could deploy this board which could run today's ARM implementation, and it would be future-ready when the RISC-V implementation would be released without having to replace hardware.
Put it on your phone. It runs inside a container, so on top of stock android. All your normal phone stuff is still there and running. Worth noting android has good support for mouse and keyboard.
Edit: user below pointed out that this does not appear to be an app, which kinda makes it a weird choice? Seems like there are still better solutions like Userland, Andronix, and LinuxDeploy
In this specific github entry it mentions flashing, and with my setup, I would prefer not to flash something onto my phone without some sort of backup.
Unless there is a userland app I can install that I seem to be missing.
So you get either a mediocre ARM or a mediocre RISC-V, plus an even worse RISC-V, plus an 8051 core.
I've seen a lot of crazy, stupid SOC designs in the last decades, but this is extraordinary.
And the board has USB2, 10/100 Ethernet, Wifi and/or(?) BT, and 512MB RAM. With no real support on the software side, and to small to run a modern Linux efficiently. If this board costs more than $10, it is doomed.
The way the Sophgo SG2000 chip works, you can select to use either the 1 GHz RISC-V core or the 1 GHz ARM core, but you cannot use both at the same time.
liliputing.com
Hot