This new 40TB hard drive from Seagate is just the beginning—50TB is coming fast!
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i remember bragging when my computer had 40gb storage
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So all the other hard drives will be cheaper now, right? Right?
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Don’t look at Backblaze drive reports then
I have.
But after personally having suffered 4 complete disk failures of WD drives in less then 3 years, it's really more like a "fool me once" situation.
wrote on last edited by [email protected]It used to be pertinent to check the color of WD drives. I can't remember all of them but of the top of my head I remember Blue dying the most. They used to have black, red and maybe a green model, now they have purple and gold as well. Each was designated for certain purposes / reliability.
Source: Used to be a certified Apple/Dell/HP repair tech, so I was replacing hard drives daily.
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i remember bragging when my computer had 40gb storage
I bought my first HDD second hand. It was advertised as 40MB. But it was 120MB. How happy was young me?
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It used to be pertinent to check the color of WD drives. I can't remember all of them but of the top of my head I remember Blue dying the most. They used to have black, red and maybe a green model, now they have purple and gold as well. Each was designated for certain purposes / reliability.
Source: Used to be a certified Apple/Dell/HP repair tech, so I was replacing hard drives daily.
Gold is the enterprise ones. Black is enthusiast, blue is desktop, red is NAS, purple is NVR, green is external. Green you almost certainly don't want (they do their own power management), red is likely to be SMR. But otherwise they're not too different. If you saw a lot of blues failing, it's probably because the systems you supported used blue almost exclusively.
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You'd still put the 40TB drives in a raid? But eventually you'll be limited by the number of bays, so larger size is better.
Of course, because you don't want to lose the data if one of the drives dies. And backing up that much data is painful.
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Cost. The speed of flash storage is an inherent quality and not something manufacturers are selecting for typically. I assure you if they knew how to make some sort of Super MLC they absolutely would.
It's not inherent in terms of "more store=more fast".
You could absolutely take older, more established production nodes to produce higher quality, longer lasting flash storage. The limitation hardly ever is space, but heat. So putting that kind of flash storage, with intentionally slowed down controllers, into regular 2.5 or even 3.5" form factors should be possible.
Cost could be an issue because the market isn't seen as very large.
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They're also ignoring how many times this conversation has been had...
We never stopped raid at any other increase in drive density, there's no reason to pick this as the time to stop.
Raid 5 is becoming less viable due to the increasing rebuild times, necessitating raid 1 instead. But new drives have better iops too so maybe not as severe as predicted.
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I still wonder, what's stopping vendors from producing "chonk store" devices. Slow, but reliable bulk storage SSDs.
Just in terms of physical space, you could easily fit 200 micro SD cards in a 2.5" drive, have everything replicated five times and end up with a reasonably reliable device (extremely simplified, I know).
I just want something for luke-warm storage that didn't require a datacenter and/or 500W continuous power draw.
they make bulk storage ssds with QLC for enterprise use.
The reason why they're not used for consumer use cases yet is because raw nand chips are still more expensive than hard drives. People dont want to pay $3k for a 50tb SSD if they can buy a $500 50tb hdd and they don't need the speed.
For what it's worth, 8tb TLC pcie3 U.2 SSDs are only $400 used on ebay these days which is a pretty good option if you're trying to move away from noisy slow hdds. 4 of those in raid 5 plus a diy nas would get you 24tb of formatted super fast nextcloud/immich storage for ~$2k.
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Gold is the enterprise ones. Black is enthusiast, blue is desktop, red is NAS, purple is NVR, green is external. Green you almost certainly don't want (they do their own power management), red is likely to be SMR. But otherwise they're not too different. If you saw a lot of blues failing, it's probably because the systems you supported used blue almost exclusively.
I thought green was "eco." At least the higher-end external ones tend to be red drives, which is famously why people shuck them to use internally because they're often cheaper than just buying a red bare drive directly, for some reason.
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So all the other hard drives will be cheaper now, right? Right?
wrote on last edited by [email protected]A 2tb SSD can now be bought for 100$ at least.
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I deal with large data chunks and 40TB drives are an interesting idea.... until you consider one failing
raids and arrays for these large data sets still makes more sense then all the eggs in smaller baskets
The main issue I see is that the gulf between capacity and transfer speed is now so vast with mechanical drives that restoring the array after drive failure and replacement is unreasonably long. I feel like you'd need at least two parity drives, not just one, because letting the array be in a degraded state for multiple days while waiting for the data to finish copying back over would be an unacceptable risk.
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I thought green was "eco." At least the higher-end external ones tend to be red drives, which is famously why people shuck them to use internally because they're often cheaper than just buying a red bare drive directly, for some reason.
You might be right. Although I think it's been pretty hit or miss with which drives they use in those enclosures.
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A 2tb SSD can now be bought for 100$ at least.
This is good to know. I might need to upgrade the storage for my Monero node.
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This is good to know. I might need to upgrade the storage for my Monero node.
Just wondering, why do you run a monero node?
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Incoming 1Tb videogames. Compression? Who the fuck needs compression.
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Just wondering, why do you run a monero node?
You should ideally run your own node when using Monero
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The main issue I see is that the gulf between capacity and transfer speed is now so vast with mechanical drives that restoring the array after drive failure and replacement is unreasonably long. I feel like you'd need at least two parity drives, not just one, because letting the array be in a degraded state for multiple days while waiting for the data to finish copying back over would be an unacceptable risk.
Yes this and also scrubs and smart tests. I have 6 14TB spinning drives and a long smart test takes roughly a week, so running 2 at a time takes close to a month to do all 6 and then it all starts over again, so for half to 75% of the time, 2 of my drives are doing smart tests. Then there's scrubs which I do monthly. I would consider larger drives if it didn't mean that my smart/scrub schedule would take more than a month. Rebuilds aren't too bad, and I have double redundancy for extra peace of mind but I also wouldn't want that taking much longer either
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Incoming 1Tb videogames. Compression? Who the fuck needs compression.
Optimizations are relics of the past!
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Incoming 1Tb videogames. Compression? Who the fuck needs compression.
Oh, they'll do compression alright, they'll ship every asset in a dozen resolutions with different lossy compression algos so they don't need to spend dev time actually handling model and texture downscaling properly. And games will still run like crap because reasons.
