It always sucks dual booting in my experience. Itβs an exercise in balancing maintenance and disk space management between two operating systems. Youβre always likely patching if you actively switch between them.
I think itβs usually better to choose one and virtualize the other. Iβd rather choose Linux + Windows VM than the other way around.
Yea, I figured thats why most people end up dual booting. Itβs not a judgment or anything.
FWIW, I get around this by either using Geforce Now to stream the game that uses it or simply not playing the game lol. Itβs not worth dealing with Windows for me.
My friends and I donβt usually play the kind of games that use Anti-Cheat so its not an issue.
Well, but you could update windows, then reboot but boot into linux. That means the windows update can't fully complete yet. Now if you start up your PC the next day and it boots into Windows by default, the update process will continue.
I that why I never relate to this issue? I've had a dual boot setup for years by now and have always been able to choose either windows or Linux at startup, but they are on separate drives
With super cheap SSDβs and motherboards with multiple m.2 slots, thereβs rarely an excuse not to have different drives anymore. Laptops might be an exception.
While microsoft has admitted to bugs causing exactly this scenario. I personally have a stabe 6 months with dual-boot. And only updating cachos once a month or every two weeks has been fine. The server and rog ally exclusively runs linux.
Can that actually happen like this? If Windows killed the bootloader wouldn't that mean that you couldn't boot into Kubuntu either? Or can it somehow kill the bootloader when the PC is turned off?
What definitely did happen to me is I booted into windows, shut down, on the next startup there was no more grub menu, just instant boot into windows. (Separate physical drives).
I constantly tell people the remedy of the dangers of dual booting, using a separate drive for Linux. They sometimes listen and then have a dual boot system that doesn't break.