Best Hard Drives 2023: Top HDDs for Desktop PCs, NAS, and More

Honestly, I can't believe you don't consider the Toshiba N300 HDD as the best for NAS devices. According to HDD reports, they have a much lower failure rate than WD Red drives and a bit lower than Seagate. Additionally, Toshiba N300 drives typically have more cache than either Seagate or WD Red. They have a higher TBW test and an awesome warranty. I've had WD Red drives fail me so much in the past that I don't even consider them, and the sentiment is the same with many NAS websites like NAS Compares. Seagate is just more widely known and have more marketing dollars to make people believe their drives are superior, whereas Toshiba doesn't need to do the marketing as anyone who's done their research would be able to see that Toshiba N300 drives are high quality, last long, and are less expensive than Seagate.
 
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My experience over 40 years has been, between the typical, WD and Seagate I have had about the same issues, with Seagate being a tad more reliable and expansions disks(USB) being the least reliable. Have had minimal experience with Toshiba.
 
So when crypto was hot and everybody was farming, I gave it a shot at farming Chia (a crypto currency that needed HDDs to farm).
Out of my 20 WD and 18 Seagate HDDs, 5 of the Seagate HDDs broke in less than a year, with no WD HDDs failing until now (3 years later).
Seagate also refused to honor the warranty on their HDDs as they were shucked from external USB enclosures. They eventually gave in and replaced 3 of their HDDs after threatening them with legal actions.
NEVER SEAGATE AGAIN!

PS: I sold all the Seagate HDDs and the WD ones are still working without any problem in my NAS.
 
Sorry to hit you today with all this pent-up frustration, that's really been building for year and has less relevance than ever, now that HDDs have been relegated to "tape replacememnt for the poor"...

But...
It just bothers me that you keep citing things like:
"The Seagate Skyhawk AI HDD is designed with “AI'' firmware to improve the drive’s ability to handle recording, video analysis, and GPU analytics workloads. This includes up to 64 HD video streams and 32 AI streams with zero dropped frames"
without informing potential buyers that they have zero practical chance of using that or that in fact any attempt to even or copy two or three streams is just as likely to cause issues on these drivers as on any other HDD.

Because to my understanding (and in theory I could be mistaken, although I very much doubt it) this only would have any chance of working if the operating system, its cache manager, its file system and all the low level drivers were to actually instruct the drive how to deal with blocks it's being given to write and read.

Because this is all the drive actually does: it follows orders, which can be given in much more detail using ATA command extensions for streams... which the drive understands but no mainstream (pun intended) file system known to me actually speaks.

There is a pretty good chance some set-top box or HDD video recorder might have actually implemented them as well as 100% proprietary video surveillance black boxes, but Windows or Linux? Perhaps I missed that, but I don't think I did.

And then the "additional intelligence" of this drive's firmware mostly consists in it not trying to second guess the OS with its own proprietary caching algorithm, but doing exactly as told. It's the OS who will then have to interleave those 64 or 32 streams of data in exactly such a way that they can be laid down sequentially on the drive, because that mechanical beast is still operating sequentially and can only read or write singe blocks one after the other. It also then promises to not bother trying to correct data that might have been read or written with consistency warnings, if so instructed, because that might collaps the interleaved data queue and having a slight smudge on a surveilleance video may be less of an issue than a total loss of multiple seconds on all 64 cams because a single disk error is getting 20 correction attempts...

I know, writing for money is getting harder with all that AI competition out there and marketing people paid to overstuff consumers and editors with pseudo features. But please, from time to time, turn on your brains and think about what you copy & paste.
 
This list makes little to no sense when looking at the pros and cons of allof the drives. You list WD Blacks 256mb cache as an advantqage but then list Seagates Exos line 256mb cache as a disadvantage. The Exos has a sustained write of 260mbs, so does the wd black but you havent mentioned that either. Also in the description section of the Exos drives you say that the drives dont reach 22TB when they definatly do. I have 4x 22TB 22x Exos drives running as we speak. In my experience the Exos line is far an away more reliable than the WD Black.

This list is not helpful, misleading and shotty in its research of the available hardware. I hope that anyone reading the article scrolls down to the comments to see what others and I have mentioned. Do better, this is a garbage post.