Thanks man!
Thanks man!
I think that’s what they’re saying, in that, use proxmox to host a gaming vm. But choosing a hypervisor that can run games well bare-metal does sidestep some potential headaches.
I love Linux, but I do generally consider it a special-purpose OS. Servers, embedded stuff, etc, I will always go with some flavour of Linux.
But for a daily driver I do struggle imagining using anything other than Windows. Like sure, I could probably get all my games and CAD software working in a Linux OS. But I can easily grab Win10 LTSB and have everything just work. I have to make a living from my machine, and ultimately I just need it to work.
If I was doing just web and office work, then it would be no harder really, but I’ve finally accepted that not everything should be a project!
But then how else can I overcomplicate things? You’re right, thanks, and also thanks for the heads up on Proxmox. I picked up an old Checkpoint 4800 for less than the 400g solid copper heatsink is worth which I will run Proxmox on, which will give me a chance to get to know it!
The server is amazing, way quieter than I expected, I had a whole soundproofed rack planned, but the fans just chill at 20%! I think it’ll be almost silent once I have the rack built.
Lots of people get on okay with it, and I’m not the most experienced, but docker problems with Scale seem to be common, and the direction TrueNAS is going with Scale isn’t going to make it any better.
I think Core is a bit better. But I’m definitely going to move away from it for Docker. Unraid was so easy for Docker, and I see it has ZFS support now, I’ll let you know how I get on.
Also, don’t forget the 720 has an internal USB port, because I did!
There’s always LTSC. Can also see security updates being extended again similar to Win7
This is life-changing. I can’t believe this has been such an easy option!
Like OP, I couldn’t really put my finger on why I found so much of this stuff frustrating, I think this will make a big difference for me.
Which makes them superior, which is why they are used. Cost can’t be ignored any more than the torque or speed, speccing parts that are considerably more expensive that achieve equivalent results is bad engineering unless you have a very specific application that requires it.
If it was ‘objectively inferior’ we wouldn’t use them. You build to your requirements, not by playing top trumps with competing technologies while ignoring the cost.