Final Words

This new batch of 32nm Toshiba based SF-2281 drives fixes my issue with the 120GB Vertex 3. These drives 120GB are now competitive with both Intel's SSD 510 and the 240GB Vertex 3. For desktop users looking for the best absolute performance at the 120GB price point, these are the SF-2281 drives you've been looking for. How much more are they worth than the regular 25nm IMFT versions however? Currently on Newegg you can get a 25nm 120GB Vertex 3 for $254.99 vs. $309.99 for the MAX IOPS drive. Personally I'd rather save the $55 and put it towards a future, higher capacity drive in another year or so than take the performance benefit. In the real world you'd be hard pressed to tell the difference between these two, it's only in very specific, demanding IO situations where the MAX IOPS/Wildfire drives will show a tangible benefit.

Between OCZ and Patriot the performance is virtually identical. Kudos for Patriot on not only being aggressive on MSRP out of the gate, but also picking the best possible NAND configuration for performance on day one. The Wildfire is Patriot's MAX IOPS equivalent, an excellent first entry into the SF-2281 market.

It remains to be seen how aggressively Patriot pursues firmware updates on the Wildfire. Historically no company has really been as aggressive there as OCZ so it'll be interesting to see how Patriot handles the BSOD issue going forward. According to Patriot the latest 3.19 firmware it's shipping on the drives resolved the limited number of BSOD issues it saw in its testing, however it's my understanding that this is not the same firmware that OCZ just pushed out (v2.09) so the BSOD issue could still be present.

I must reiterate that I do believe the SandForce BSOD issue is fairly limited. I run a Vertex 3 in my own system and have yet to see these BSOD issues first hand. However I definitely share the hesitation to jump on board here until the root cause is completely understood and problems definitely solved. If we look outside of the SandForce world, I still believe the Intel SSD 510 is a great balance of performance and reliability. If you want something with an even lower failure rate, there's always the Intel SSD 320 although you do give up performance and 6Gbps support to get that. Note that all of these drives (excluding if you do have a platform that exhibits BSOD issues with SF-2281 drives) should be more reliable than a hard drive so it really boils down to which makes you feel most comfortable.

TRIM Performance & Power Consumption
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  • semo - Friday, June 24, 2011 - link

    Thanks Anand. I appreciate your honesty and transparency. If it wasn't for you, Jmicron would have killed the momentum of SSD adoption. I'd hate to see the same thing happen again right under our noses.
  • irev210 - Thursday, June 23, 2011 - link

    I have to agree.

    Anand came out blasting the Intel G2 SSD when it first came out for a very MINOR firmware snafu... yet people angry about Intel SSD's or Samsung 470's are very few and far between.

    Anand came out blasting Crucial for having firmware issues as well - with absolutely no follow up. The C300 ended up being an absolutely fantastic drive (though we do see more complaints vs. intel 320/510 and Samsung 470).

    It's getting old that you admit that all SSD's share extremely similar performance but continue to recommend SSD's that are FAR more unreliable vs. other brands.

    If "real-world" performance among SSD's, you should really look at things that distinguish one from another (reliability, warranty, long-term performance, trim/garbage collection features, raid performance, cost/gig evaluation, etc).

    Frankly, I think consumers are at the point where a 1% chance of SSD failure isn't worth .05% increase in performance. While those exact numbers aren't easy to come by - that's why we want you, Anand, to get the dirt for us.
  • Anand Lal Shimpi - Thursday, June 23, 2011 - link

    Intel was held to a higher standard simply because with the X25-M you had to give up performance and the promise was you would have something that was more reliable than the competition.

    The C300 had several firmware issues to begin with and didn't do well over time as we showed in our TRIM torture tests, it's the former that kept me from recommending it early on and the latter that kept me from being all that interested in it in the long run.

    In the past two articles I've recommended the Intel SSD 510 and it was my personal choice of SSD for the past three months. I do have to allow for the fact that I have yet to have a single issue with any SF-2281 drive and some users may feel like they want to take a chance on something that's potentially faster (and has better write amplification characteristics).

    If it was my money I'd stick with the 510 but until I see a readily repeatable situation where the SF-2281 drives have issues I have to at least mention them as an option.

    Take care,
    Anand
  • jwilliams4200 - Thursday, June 23, 2011 - link

    "The C300 had several firmware issues to begin with and didn't do well over time as we showed in our TRIM torture tests, it's the former that kept me from recommending it early on and the latter that kept me from being all that interested in it in the long run."

    So, now that the Vertex 3 has had firmware issues, and now that your test in this article shows that its speed degrades terribly after torture tests, and somewhat even with TRIM....

    Basically, now that the V3 is shown to have the same or worse problems as you complained about with the C300...

    The question is, why are you not giving the Vertex 3 the same derogatory treatement that you gave the C300?
  • Anand Lal Shimpi - Thursday, June 23, 2011 - link

    I've had multiple C300s die in my lab, not even trying to torture them (it looks like I may have just had another one die as of last night). Thus far I haven't had any SF-2281 drives die on me and I haven't experienced the BSOD issue first hand.

    The C300's performance degraded pretty poorly under harsh but still reasonable conditions. If you run the same torture test on a Vertex 3, its performance doesn't degrade.

    It's only when you completely fill a SF-2281 drive with incompressible data, then randomly write small block incompressible data all over the drive for an hour that you end up in a situation with reduced performance. While random writes do happen on all drives, it's highly unlikely that you'll take your system drive, fill it with H.264 videos, delete those videos, install Windows on the drive and then run some sort of application that writes purely random data all over the drive. The torture test I created for the SF drives in particular is specifically designed to look at worst case performance if you're running a very unusual workload.

    I did an 8-month investigation on SandForce's architecture that proved even in my own personal system I never saw the sort of worst case performance I was concerned about. The four drives we deployed across AT editors came back with an average write amplification of 0.6, as in most of the data that was written to the drive was actually deduped/compressed and never hit NAND. Based on that I don't believe most users will see the worst case performance I put forth on the TRIM page, the exception being if you're using this drive purely for highly compressed media or fully random data.

    Take care,
    Anand
  • jwilliams4200 - Thursday, June 23, 2011 - link

    "The C300's performance degraded pretty poorly under harsh but still reasonable conditions."

    You call running HD Tach on an SSD "reasonable conditions"? Seriously?
  • seapeople - Thursday, June 23, 2011 - link

    Yes, I'm sure OCZ loves the fact that Anand mentions the Intel SSD 510 as being the better drive overall considering reliability like five times in this review.

    Not only that, but he explains in depth on page 3 that the extra performance from the Vertex 3 and other latest generation SSD's doesn't even matter in normal computing situations.

    So, Anand's options are this: 1) Say that SSD performance differences don't really matter and you should stop reading review sites like this and just go buy an Intel for reliability, or 2) Mention the irrelevancies of SSD performance differences in passing and continue on to do a full performance review which concludes that the Sandforce drives are, in fact, the fastest drives available today as long as you can get past the BSOD issues which may or may not affect you.

    Just because Anand chose option 2 does not mean he is in OCZ's pocket, it just means he likes reviewing SSD performance. This is very fortunate for us readers who enjoy reading such articles.
  • Anand Lal Shimpi - Thursday, June 23, 2011 - link

    You are very correct - I've tested eight (more coming) SF-2281 drives and haven't had any issues. However by the same logic the sample size of complaints on the forums isn't statistically significant either.

    Despite my sample size being what it is, I continue to have the discussion about quality control and testing in every SF-2281 drive. If there was a repeatable way to bring about the BSOD issue on any (or some?) readily available platforms I'd have no problems completely removing the drive from the discussion altogether. Unfortunately that doesn't seem to be the case.

    Instead what I do is lay out the options for the end user. If you want the best overall reliability, Intel's SSD 320 is likely the drive for you. If you want the best balance of performance and reliability then there's the Intel SSD 510. And finally if you want to take a chance but want the drive with the lowest write amp for most users, there's anything SF-2281 based.

    For me personally the choice was Intel's SSD 510. I've moved it to a secondary role in my system to try and bug hunt the Vertex 3 on a regular basis.

    Take care,
    Anand
  • Tomy B. - Thursday, June 23, 2011 - link

    Why Samsung 470 isn't included in any results?
  • Spoogie - Thursday, June 23, 2011 - link

    1) The first Vertex II I received was DOA.
    2) The second died completely after just eight months of light use.
    3) The BSODs occurred about once every six sleep modes. The Kingston replacement never gives a BSOD.

    Buyer beware.

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