Yes, there are many ways to install Linux on a Chromebook. In my humble opinion, this is the best way. Maybe you'll like it! In today's thrilling episode of Veronica Explains, I'll introduce you to...
I’ve done this with a DELL chromebook similar to the one she has. It worked out great!
Shout out to Mrchomebox for his awesome work on custom firmware.
I initially installed Gallium OS since it was supposed to be a lightweight distro. My chromebook was fairly low spec with duo core intel at 2.0ghz with 4GB RAM. Gallium OS worked much better than chrome OS for this machine. Later on, I learned about Arch, and thought that would be better cuz it’s barebones and lightweight. And yes, Arch made a big difference. And later on, I heard about Alpine Linux, which is even more lightweight than Arch. Shoutout to Trafotin for his video on using Alpine as a desktop OS. Alpine was even better for this machine than Arch. It is noticeable since, it’s such a low powered machine.
Yes, I’m being a dirty distro hopper. :P
I may jump to Artix Linux since, some things I need don’t seem to work on Alpine. My hypothesis is that Alpine was faster than Arch because Alpine uses OpenRC instead of Systemd. Just a guess.
Oh, that’s right, I forget about that. But also, I don’t know much about musl and glibc. But of course, Alpine is a distro meant for servers, so some desktop/laptop stuff I’m trying to do may not work so well.
Since Artix is like Arch but without Systemd, I’m hoping it may be comparable to using Alpine. I’m using Artix Linux with Runit on my main desktop, and it’s been great so far.
Alpine is much more targeted towards containers, virtual machines, and embedded devices. The most common use is for containers (Docker, Kubernetes, Podman), as it is incredibly small and efficient, and containerized applications can be specifically designed to run in Alpine. It could be used as the main OS of a production server, but isn’t especially common to my knowledge. Its biggest advantage is its incredibly small size, which is what makes it so great with containers and embedded devices. It is not targeted towards desktop use, so desktop support in Alpine is an afterthought more than anything.
Of course, you can feel free to use Linux however you like and choose whatever distro you like, but it’s very likely the problems you’re having are centered around musl.
I’ve done this with a DELL chromebook similar to the one she has. It worked out great! Shout out to Mrchomebox for his awesome work on custom firmware.
I initially installed Gallium OS since it was supposed to be a lightweight distro. My chromebook was fairly low spec with duo core intel at 2.0ghz with 4GB RAM. Gallium OS worked much better than chrome OS for this machine. Later on, I learned about Arch, and thought that would be better cuz it’s barebones and lightweight. And yes, Arch made a big difference. And later on, I heard about Alpine Linux, which is even more lightweight than Arch. Shoutout to Trafotin for his video on using Alpine as a desktop OS. Alpine was even better for this machine than Arch. It is noticeable since, it’s such a low powered machine.
Yes, I’m being a dirty distro hopper. :P
I may jump to Artix Linux since, some things I need don’t seem to work on Alpine. My hypothesis is that Alpine was faster than Arch because Alpine uses OpenRC instead of Systemd. Just a guess.
I have an old dell 11 and first installed gallium os too, then jumped to peppermint os, which is pretty good so far.
Alpine uses musl, and at least some amount of stuff has (implicit) hard dependencies with glibc. You might be running into that as well.
Oh, that’s right, I forget about that. But also, I don’t know much about musl and glibc. But of course, Alpine is a distro meant for servers, so some desktop/laptop stuff I’m trying to do may not work so well.
Since Artix is like Arch but without Systemd, I’m hoping it may be comparable to using Alpine. I’m using Artix Linux with Runit on my main desktop, and it’s been great so far.
Alpine is much more targeted towards containers, virtual machines, and embedded devices. The most common use is for containers (Docker, Kubernetes, Podman), as it is incredibly small and efficient, and containerized applications can be specifically designed to run in Alpine. It could be used as the main OS of a production server, but isn’t especially common to my knowledge. Its biggest advantage is its incredibly small size, which is what makes it so great with containers and embedded devices. It is not targeted towards desktop use, so desktop support in Alpine is an afterthought more than anything.
Of course, you can feel free to use Linux however you like and choose whatever distro you like, but it’s very likely the problems you’re having are centered around musl.