set up the internet at my new place today, and for some stupid reason the idiots didn’t give me any v6 addresses? v6 has existed for 30 years now and we ran out of v4 addresses like 10 years ago? I knew v6 adoption is horrible but like, how the fuck are people supposed to switch if isps won’t give you any v6 addresses? and why does a 10gbps fiber plan not have that when we have like 286278362 bajillion addresses total so it would be basically free for them, much much cheaper at least than the non cgnat v4 address they gave me
and fyi the isp is galaxus, with them using sunrise infra in the background in my case. and I know about init7 but I don’t wanna pay 30chf extra for the same thing (in theory faster max real world speeds since it’s a dedicated line instead of shared but eh, nothing gives you 10gbps yet anyway) but with v6 support and I also have to pay for the router myself
and you get the security issues of having no firmware patches on top of that.
Usually this is an issue for microcode updates specifically. Generally other than that either firmware has to be loaded or whatever peripheral it’s for won’t work at all, or it’s in EEPROM and firmware loading isn’t needed. I think applying microcode updates should be the job of the boot firmware rather than the operating system, but unfortunately proprietary firmware often doesn’t have up-to-date microcode so I can see why people want microcode loading by the kernel. Most of my computers run coreboot which loads microcode updates itself, so I don’t need the kernel to do that. (and I would recommend installing coreboot if it supports your hardware)
@asnev I use Guix on my main laptop (a ThinkPad T440p). Everything works fine with Linux-libre except for the wifi and bluetooth (Intel AX210, using the iwlwifi and btintel drivers). To get around this I apply patches to those drivers to re-enable firmware loading and package the proprietary firmware in my own Guix channel. The patches I use are here (btintel) and here (iwlwifi), they’re generated just by diffing upstream Linux with Linux-libre to revert the changes to those specific drivers.
The reason I patch those two drivers instead of just using upstream Linux (which would reduce kernel build times because the deblobbing scripts are really slow, and remove the need to apply any patches) is so I automatically get minor kernel updates without having to update my kernel package, and because I’m not sure if Linux-libre removes any actual blobs or just firmware loading code (I suspect it may just be firmware loading code, in which case it’s a bit pointless since you can just not install the firmware). I use the LTS releases (currently 6.18) to avoid having to rebase the patches (and redo my configs) too often. I don’t want to just use nonguix because I don’t want other proprietary software to show up in guix search or be easily (accidentally) installable.