In the above graph, we are using the program DiskBench to perform a file copy of a 100GB file on each drive copied to a different folder on the same drive.  This shows how fast each drive can copy a file from itself to itself, on the same drive.  The time is in seconds, lower is fast.  Here we can see the Samsung 860 EVO is the fastest taking 8.6 minutes to copy the 100GB file from itself to itself.  The Mushkin Reactor is actually second taking 9.7 minutes.  Finally, the TeamGroup T-Force Vulcan is last taking 10.1 minutes to copy. 

We do have a theory about this, the size of the drives could be affecting the performance.  We are after all comparing three different sized drives, a 500GB, a 1TB, and a 2TB.  On the 1TB and 2TB drives, 100GB isn’t taking up much space and stays within the “beginning” of the drive.  However, on the smaller 500GB TeamGroup T-Force Vulcan SSD 100GB is filling up a large portion of the drives total capacity and having to eat through all of that memory so that the DRAM buffer doesn’t really get to help much.  It could be a possible explanation as to why it’s last, basically, it is filling up a lot more than the other drives, and as we all know filling up an SSD with large files can degrade overall performance.

In this DiskBench test, we are using a small 10GB file, and now you can see that the TeamGroup SSD takes 46 seconds and beats the Mushkin Reactor which is now the slowest one at 53 seconds.  The SAMSUNG 860 EVO is very close, only 3 seconds faster at 43 seconds long.

With a 1GB file all the drives are close to each other, the Samsung 860 EVO is technically fastest at 2 seconds, but the TeamGroup SSD is only half a second slower here, and on par with the Mushkin Reactor.    

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Brent Justice

Brent Justice has been reviewing computer components for 20+ years, educated in the art and method of the computer hardware review he brings experience, knowledge, and hands-on testing with a gamer oriented...

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  1. "There is no reason to have a mechanical drive anymore with prices like this. 500GB is plenty for a boot drive, or as your only drive."

    Uhh, not with 50+GB game downloads it’s not. Boot drive / laptop upgrade maybe.

    I have a $100 Toshiba 5TB hdd for my game drive / steam library. I look forward to that price for a huge SSD, 5+ years from now. But by the time that happens, the $100 hdd will probably be a 10+TB one.

  2. Nice to see a large amount of test programs used in the review. TeamGroup seems to have some of the better options for price/perf these days for sata drives. Happy so far with mine.

    I agree with Burt though, 500gb is my standard now for a boot drive and maybe 1-2 games. Everything else on dedicated ssd’s or hdd. 250GB is workable but getting too small and for quality brands it seems worth it to just jump to 500gb at $50-65 over a $30-40 250gb.

  3. Oops, missed this review. Adding some extra detail.

    Very good drive – basically a Crucial MX500 clone. The MX500 often comes with 96L flash now (which is also denser, but has twice the planes). Team’s coding here is clearly from Intel/Micron with the "01T" meaning 1Tb packages (x4 = 512GiB). This is in contrast to the similar L5 Lite 3D and drives like it – SU800, X3, S280, etc – which use inferior flash. Much like the L5 Lite 3D, it has static SLC – ~6GB at this capacity – which makes for uniform performance (can see this in HD Tune); the MX500 has a significantly larger, dynamic cache that is slower outside SLC at this capacity. Warranty is of course lackluster, but if you want a top-tier SATA drive this is among them in terms of performance.

    The firmware revision matches typical SM2258 encoding which usually refers to the type of flash it’s using. For example you common see Qx6/7xxA in the cheaper drives using second-tier Samsung TLC, Hynix’s 72L TLC (which isn’t great), inferior BiCS (SanDisk/Kioxia), older Intel/Micron 32L TLC, etc. Older revisions were for the 32L/384Gb IMFT TLC. In any case, R/S is for the newer and better flash products, e.g. B16A/B17A which is 64L Intel/Micron TLC (B17A is double the density but also double the planes, so same interleaving).

    My only advice for reviewing is that FIO is a strong option for benchmarking, whether on Linux or Windows, although ultimately you would require Linux for full utility. I’ve posted on Reddit about using FIO and also making a dedicated Linux benchmarking USB drive, I haven’t posted about getting these tools working on Windows – it is possible, I have it working in Visual Studio (direct) or Cygwin (indirect), but it’s fairly limited and a pain to work with in contrast to nvme-cli for example.

  4. I should add that I’ve seen reviews of it like TPU’s showing MLC and in fact I had someone with one show me one with MLC – 48L from Samsung, to be specific. And TPU also had 64L TLC from Samsung I believe. That type of older/inferior flash is often found in the L5 Lite 3D and other budget drives as I mentioned above – my theory is that the early Vulcans came basically as L5 Lite 3Ds. It’s my understanding that currently they do have Micron flash though. Just wanted to correct that as people don’t understand that second-tier Samsung can actually be inferior, even the MLC, although TPU’s results were still good performance-wise. (also as I mentioned, firmware revision can hint at flash – the early Samsung variants match the L5 Lite 3D’s firmware)
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