As others have mentioned, the sequential speeds in RAID 0/5 won’t really help you in gaming. What you might see at best is faster loading times, but that’s really about it.
One option which no one else has mentioned is using setting up tiered storage using bcachefs - where your SSD acts like a cache drive, which would contain frequently read aka “hot” data, and the rest of the data would be on your spinning disks. This way, you’d be making the most of your limited SSD space, whilst still taking advantage of the large storage provided by the spinning disks.
The advantage of bcachefs is that all your drives can be part of the same pool and it’ll all be transparent to your OS/programs, and all your data is striped like a RAID 10 array, so you can replace your drives in the future without any issues, or any major config changes. Like if you get a faster NVMe drive in the future, you can set that as your “hot” (promote) drive, your SSD as the foreground drive and your spinning disk pool as the background ones and your data will automagically migrate.
The main drawback right now (for you) is that it’s not yet part of the kernel. The good news is that it’s gonna be in the next kernel (6.7), so you can either wait for it, or use a third-party kernel with bcachefs already compiled in it (I believe linux-tkg is one of them).
I think I need to change my plan abit. What do you think: if I buy 2x1TB, use my sata ssd as foreground, and use 128gb nvme drive as promote drive. I still do not understand the difference between background, foreground, ans promote tho. I went back and forth both reading the guide.pdf and archwiki. Still have no idea how they actually work. It’s bleeding edge, as no one beside the developer talking about it on youtube.
However, I think I’m gonna use both linux-tkg linux-git as they are available on the aur. Tkg is the Garuda used, no? It is on chaotic-aur, so I assumed so.
Foreground targets are where writes initially go. Data is moved from foreground to background targets while idle or as needed. Data which is read from the background targets is moved to promote targets.
If you set your NVMe as a promote target, SSD as foreground and your HDDs as background targets, all writes would first go to your SSD, then get copied to your HDD during idle, and finally the copy of the data on your SSD will then be marked as a cached copy. In case your SSD becomes full, then it’ll store the data on other drives. As for the promote targets, any time you read data from either the SSD or HDD that wasn’t on the NVMe, it would get cached to it, so the next read will be faster.
The main point of the foreground vs promote is to prioritize write vs read speeds. If you value faster writes, then set your NVMe as foreground. If you value faster reads, then set your NVMe as promote. Of course, you can also set your NVMe as both foreground and promote to benefit from both faster reads and writes.
But since you plan to introduce an SSD in the mix, you can create a single group for your NVMe + SSD, and a second group for the HDDs, and set your SSD group to foreground + promote, which will simplify things.
If you’re concerned about chucking both the SSD and NVMe in the same group, no need to worry cause bcachefs will automatically prioritize reads from drives with lower latency as mentioned in the wiki.
If they are different speeds, reads for replicated data will be sent to the ones with the lowest IO latency.
But regardless of which setup you go for, main thing to remember is to use the NVMe (or the group containing the NVMe) as the promote target, as that will be your primary cache drive.
Want to lay down a few of those reasons? Hard to tell with all the marketing hype WHAT exactly this distro is unique for, and why people should bother trying.
There’s the link you posted but there’s also a lot more, I think the latest blog post on their site (as of this comment) has all the new stuff. I recommend checking that out for up to date info.
It’s an immutable distro that simplifies running Android apps and containers for software from other distributions. It uses it’s own tool for immutability called ABRoot that also allows you to safely install native packages when needed.
Nothing radical, but I’ve used mplayer as default video player since FreeBSD 4.0, and that’s not changing any time soon. VLC is good and all, I just prefer mplayer.
Oh, and for general purpose storage partitions I use XFS, as it plays nice with beegfs.
Once, some years back, I posted a topic on how could I slim down my Gnome DE.
It sparked a rather long and complex discussion and the bottom line was that Gnome integration was already at a point where so many parts depended on so many it was not an easy task.
I opted to move to a GTK compatible DE. Currently I use XFCE but spent years with Mate.
I used Mate for years, but at some point it became unstable for me. I need Wayland, though, so I have to hold my breath until Xfce supports it in the future.
It happens in my home office, my living room and my actual office. So where I spend 95% of my time with them. So if that were the case, I’d be very disappointed.
As for comfort - I find they are too tight and my head will start hurt (on top) after some time. Loosening them alleviates this somewhat, but they will drag more down on my ears which I find uncomfortable.
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