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- Jul 26, 2004
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I'd like a bit of help interpreting this screenshot as well as its significance to the discussion. I've definitely been out of the game too long. From what I can tell, it's a SATA Evo that's done just under 10 TB of writes, has a bit over 1.5 years time powered on, been through 618 power cycles, perhaps through reboots. As far as the SMART attributes, I'm guessing the 97, 99, and 98 values would indicate that theoretically, assuming nothing else goes wrong, on average, one would expect the unit to become useless as those numbers reached 0, so at least in the context of those specific, isolated metrics, the drive is but 1-3% worn down. As far as the other metrics are concerned, there is no appreciable wear.
As for how it would relate to the discussion, I'm not sure how it would weigh in, given that it's a SATA drive, and given that it's only been through, according to my interpretation, only 10 TB of writes. The 1.5 year run time certainly isn't bad, but it's still only 1.5 years. As far as the SMART values contributing to the debate, I have absolutely no idea what relative SMART values among SSD drives hold any significance. For HDDs I would have a better idea, including knowing that different manufacturers have drives where certain SMART values will inherently be different from the get-go.
I'm just sitting here eating popcorn and listening to the comments.
My drive situation is a little in flux. The Samsung 960 Pro 512 GB drive along with other components I ordered should be delivered tomorrow. But, now I'm not sure about using it for a boot drive. I took inventory of what computer parts I had stuffed into a closet. I found a Seagate Barracuda, 7200.10 RPM, 320 GB and get this, it has never been used, it was sealed in an anti-static bag. I remember getting two of these drives a few years ago. One drive was put into the HTPC and apparently the other one never got used.
Here's what I got, help me figure out the best configuration. (1) 320 GB HHD, (2) 1 TB HDD with two partitions of 500 GB each. (3) 512 GB m.2 NVME SSD, and (4) 36 GB 10,000 PRM Raptor (well used).
I'm thinking of using the new (old) 320 HDD I found today as the boot drive, the m.2 drive for fast, short term storage of things I frequently use a lot, and once the C: partition is reformatted, I'll probably use the ! TB HDD for long term storage of less frequently accessed data. I might just install Windows 10 this upgrade cycle. But, I'm half tempted to install my Windows 7 onto the WD 10k Raptor first, do a bunch of overclocking and benching on Win 7 and then disconnect the Raptor and plug in the 320 HDD with Win 10 installed on it. Test again and compare which OS is the fastest or whether it makes no difference.
I'm just sitting here eating popcorn and listening to the comments.
My drive situation is a little in flux. The Samsung 960 Pro 512 GB drive along with other components I ordered should be delivered tomorrow. But, now I'm not sure about using it for a boot drive. I took inventory of what computer parts I had stuffed into a closet. I found a Seagate Barracuda, 7200.10 RPM, 320 GB and get this, it has never been used, it was sealed in an anti-static bag. I remember getting two of these drives a few years ago. One drive was put into the HTPC and apparently the other one never got used.
Here's what I got, help me figure out the best configuration. (1) 320 GB HHD, (2) 1 TB HDD with two partitions of 500 GB each. (3) 512 GB m.2 NVME SSD, and (4) 36 GB 10,000 PRM Raptor (well used).
I'm thinking of using the new (old) 320 HDD I found today as the boot drive, the m.2 drive for fast, short term storage of things I frequently use a lot, and once the C: partition is reformatted, I'll probably use the ! TB HDD for long term storage of less frequently accessed data. I might just install Windows 10 this upgrade cycle. But, I'm half tempted to install my Windows 7 onto the WD 10k Raptor first, do a bunch of overclocking and benching on Win 7 and then disconnect the Raptor and plug in the 320 HDD with Win 10 installed on it. Test again and compare which OS is the fastest or whether it makes no difference.
I'm not concerned about cost so much, it's just I don't want to get completely setup with all my programs reinstalled and have the drive unexpectedly die. That's what happed to me the last time I tried a SSD years ago. Just a case of cold feet I guess. Ok, after sleeping on it and seeing the couple of answers, I've decided to use this unopened 320 Seagate HDD in my wife's computer when she gets my cast off parts. Her HHD is going on 15 years old and is half the capacity.
I had two of those high speed Raptors at one time, but the bearings started going out in one, so it got tossed. Therefore, I only have one. The only reason I suggested "maybe" using it was to install my old Win 7 and do some initial benching and comparison against Win 10. I did something similar 7 years ago when I went from XP to 7. By the way, I was not able to clock quite as high with 7 as I could with XP.
Ok, I'm waffling, but I'm back to the m.2 as boot drive. Hmmm, RAID 5 or 6? Interesting. Think you need 4 drives for a RAID6, but only 3 for RAID5. I did RAID 0 once, but that's the extent of my experience. Most of my components should be here today, so it's a little late to be changing my mind. Dang, I looked at the specs and it looks like I only got two m.2 sockets on that motherboard.
I guess for now, I'll stay the course we plotted previously and put the 960 pro in as boot drive and use the partitioned 1 TB HDD for storage. I have a pile of tiny to large heatsinks and I have arctic silver epoxy, so maybe I'll sink up the m.2 as was suggested.
Tim, thanks for your input. A small cheaper SSD drive as the boot drive is one possible compromise. BUt, rather than it be a SATA SSD, I could get another m.2 since I have two sockets. I'll think about it for another hour or so. I do have more parts to order, so adding another drive would be no problem.
This is what I do with my main editing rig. Boot drive is an 840 pro SATA SSD, then there's a Kingston 3k SATA SSD for apps. The NVME drives are used for scratch disks and they're amazing at it. When I'm done editing, the final output goes to a RAID 5 array for longer term storage and archiving to optical media.
If you want RAID6 because you're concerned about data loss then buy something like this:
https://www.amazon.com/dp/B0714MMD6M/ref=twister_B071J4X7Z4?_encoding=UTF8&psc=1
1 x M.2 x4 Socket 3, with M key, type 2242/2260/2280/22110 storage devices support (SATA & PCIE 3.0 x 4 mode)
1 x M.2 x4 Socket 3, with M key, type 2242/2260/2280 storage devices support (PCIE 3.0 x 4 mode)
Omg dude, that's awesome. I'm trying to imagine a raid-6 array with like 2-3 of those damn things filled with SSDs. That would be amazing. But the controller... what about the controller? Sounds expensive.
What exactly am I looking for? Good question. Wish I knew. It's all good, had a late night doing backups and got the pre-build jitters. The m.2 drive is going in as the boot drive.
By the way, my board has two m.2 sockets, you said it only had one.
Looks like one of the sockets can be used for either SATA or PCIe 3.0 x 4.
Ok, I'm waffling, but I'm back to the m.2 as boot drive. Hmmm, RAID 5 or 6? Interesting. Think you need 4 drives for a RAID6, but only 3 for RAID5. I did RAID 0 once, but that's the extent of my experience. Most of my components should be here today, so it's a little late to be changing my mind. Dang, I looked at the specs and it looks like I only got two m.2 sockets on that motherboard.
Yeah that drive adapter is freaking sweet. Now there's a fine use for x399's massive PCIe bandwidth. lol I may end up with one of those suckers at some point.
Correct RAID 5 is minimum 3 drives and provides a single parity check. RAID 6 is minimum of 4 drives and provides double parity, but frankly if you're just doing 4 drives then RAID 10 is probably a better option. It's much more widely available, gives you mirror drives, and avoids the processing overhead that 5 & 6 need for parity calculations. Both 6 and RAID 10 would result in capacity equal to only 2 drives, so if you had a RAID 6 array with (4) 1TB drives your array would be 2TBs. A RAID 5 array would be 3TBs in the same scenario, the downside is that the RAID 5 array can only sustain a single drive failure at one time. RAID 0 BTW is technically not RAID at all as it offers no redundancy. It should probably therefore be renamed to simply striping or something else.
You'll want to check on how your particular board wires the m.2 ports as one of them may be wired through the chipset and limited to SATA transfer speeds. In that case you'll only achieve around 500ish MB/s regardless of which drive you put in that slot. if that's still appealing to you then you can save some $$$ by just buying an m.2 form factor drive that has a SATA controller. Those can be had for relatively low prices.
I'd like a bit of help interpreting this screenshot as well as its significance to the discussion. I've definitely been out of the game too long. From what I can tell, it's a SATA Evo that's done just under 10 TB of writes, has a bit over 1.5 years time powered on, been through 618 power cycles, perhaps through reboots. As far as the SMART attributes, I'm guessing the 97, 99, and 98 values would indicate that theoretically, assuming nothing else goes wrong, on average, one would expect the unit to become useless as those numbers reached 0, so at least in the context of those specific, isolated metrics, the drive is but 1-3% worn down. As far as the other metrics are concerned, there is no appreciable wear.
You'll want to check on how your particular board wires the m.2 ports as one of them may be wired through the chipset and limited to SATA transfer speeds. In that case you'll only achieve around 500ish MB/s regardless of which drive you put in that slot. if that's still appealing to you then you can save some $$$ by just buying an m.2 form factor drive that has a SATA controller. Those can be had for relatively low prices.