If ZFS or OpenZFS was truly superior, it would be used everywhere. As you say, it is open-source after all.
For it to not be, there must be very good reasons, from all sides.
Which is crazy. Streaming services yank shows and movies all the time, not to mention editing them to fit the current day's politics. I'm sure we can all relate to a favorite movie or show suddenly becoming unavailable. On the political front Disney+ simply deleted an episode of The Simpsons that referenced Tiananmen Square for customers in Taiwan. If you don't want your movie library to be at the mercy of the whims of your government or streaming provider you have to own them on read-only media.HD-DVD vs. Blu-ray, along with many other optical formats were put to pasture with streaming services and nand chips on micro-sized iPods and phones, for most consumers.
That's why I like ZFS. The chances of a hardware failure corrupting your data is almost nil, unlike RAID or similar strategies. In the end the data is what's most important. I did have a motherboard fail several times on my NAS, and it was because of a bug in the actual motherboard hardware that was eventually fixed by the manufacturer. Coincidentally, it was a board with a soldered Intel Atom CPU that then died because of an Intel bug, but that was outside of the warranty. No data were harmed.
It was ironic because I've never had anything like that happen with consumer level "junk" I have all over the place. I still have motherboard, CPUs, RAM, and hard drives that still work and they're older than some people on this board. The one time I buy "server grade" hardware it fails multiple times within 5 years.
And also requires ECC memory which doesn't work with modern consumer CPUs.Not one mention of the real advantage of ZFS?... It's ability to combat bit rot (a very real problem) is legendary and useful for long term storage and archiving.... raid, btrfs, and modern journaled filesystems don't address this... Any ZFS discussion omitting this issue is incomplete.
And also requires ECC memory which doesn't work with modern consumer CPUs.
SnapRAID also prevents bit rot, without the need of expensive hardware.
So that's why none of the pre-built NASes from Asustor, Synology, Thecus, QNAP or WD features ECC memory then?Deploying consumer 'anything' for long term storage and archiving of important files without ECC memory is foolish... good luck with that choice...
I spoke specifically about ZFS. Your reflexive listing of the usual suspects of consumer NAS devices is curious - as none on your 'list' support ZFS. Your sensitivity eclipses your sarcasm - I won't speak to your lack of focus.So that's why none of the pre-built NASes from Asustor, Synology, Thecus, QNAP or WD features ECC memory then?
Dude, get a life.
I think you're in the wrong forum.I spoke specifically about ZFS. Your reflexive listing of the usual suspects of consumer NAS devices is curious - as none on your 'list' support ZFS. Your sensitivity eclipses your sarcasm - I won't speak to your lack of focus.
Your comment regarding (some, not all, btw) consumer CPU devices which do not support ECC memory, while speaking about consumer NAS devices that do not support ZFS is a non-sequitur.
I simply extended, for the benefit of readers here, to encompass 'any' consumer' device, in part or in whole, as being inappropriate for the important specific task of long term storage/archiving.
ZFS scales to zettabytes, is far more mature - and (unlike SnapRAID) runs required sanity processes automatically and supports storage pooling.
.Motherboard:Asus A88X-PRO
.CPU:AMD a10 5800k
So dust can't be cleaned out?For reliability alone, I would use newer and more power efficient hardware. This MB is 8-years old and may have some aged components on it. This CPU is 10-years old with 100W TDP and useless for NAS built-in Radeon GPU. This build will be less reliable, noisy and it will have dust build up.
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P | Questions on my first DIY NAS (+server) build | DIY | 14 |
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