Final Words

The Samsung 750 EVO is a drive for a limited audience. It is intended for use as the primary boot drive of a system that will not be subjected to particularly intense storage workloads, and the limited capacity options preclude using it to hold a large game or multimedia library. Seen through this lens, the 750 EVO offers great performance for a budget drive. The peak performance of the 750 EVO is close to the Samsung 850 EVO and even the 850 Pro in many cases. On tests simulating lighter real-world usage the 750 EVO is generally the fastest budget TLC drive and also sometimes competes well against low-end MLC drives.

That said, if the 750 EVO is subjected to a more strenuous workload, things start to fall apart. The performance of this drive suffers greatly if it is operated in a near-full state and when sustained writes overflow its SLC cache. The same is also true of any other budget TLC drive, but most of the competition handles the pressure better than the 750 EVO. The best way to make use of the 750 EVO is probably to pair it with a large hard drive to hold bulk data and large applications. This is especially true of the 120GB model, as that much space can quickly fill up if used to store even a few movies or games.

As a cost-cutting exercise, the 750 EVO produces interesting results. Samsung's in-house SSD controller design was already the cheapest option for Samsung to use, and they didn't produce a crippled cut-down version for the 750 EVO. Instead, the 750 EVO gets the same higher-performance controller from the lower capacity 850 EVO, and broad feature set of the full 850 series. The NAND flash is where almost all of the cost savings occur and that does have an impact on performance, but under reasonable usage scenarios the Samsung controller is able to compensate for that better than most others. The warranty and endurance ratings on the 750 EVO are lower than for the 850 EVO but are normal for the budget segment of the market.

SSD Price Comparison
Drive 240GB/250GB 120GB
ADATA SP550 $57.99 $34.99
PNY CS1311 $59.99 $39.99
PNY CS2211 $79.99  
OCZ Trion 150 $59.99 $45.99
SanDisk Ultra II $74.99 $54.79
Samsung 750 EVO $79.95 $59.99
Samsung 850 EVO $87.89 $68.95

The current pricing for the Samsung 750 EVO accurately reflects where it ranks in terms of performance and features. For consumers who would otherwise consider getting a small 850 EVO, the 750 EVO saves some money while making only modest sacrifices in performance.

At the same time however due to this higher performance, Samsung is charging a higher price for it, and consequently compared to budget drives from other companies the Samsung 750 EVO doesn't look very attractive from a total price or price-per-gigabyte basis. There are MLC drives like the PNY CS2211 at the same price as the 250GB 750 EVO. There are 240GB TLC drives at or below the price of the 120GB 750 EVO, and the $25 gap between the 120GB ADATA SP550 and the 120GB Samsung 750 EVO is huge. In the end I suspect that most users who don't have a hard requirement for drive encryption would be better served by either a slightly lower performing drive with much better price per GB, or a higher-performing option than the 750 EVO.

ATTO, AS-SSD & Idle Power Consumption
Comments Locked

109 Comments

View All Comments

  • Coup27 - Friday, April 22, 2016 - link

    SATA is not yesterdays tech.
  • abrowne1993 - Friday, April 22, 2016 - link

    More like yesteryear
  • Death666Angel - Friday, April 22, 2016 - link

    So, everyone with perfectly capable CPUs that are barely slower than current tech should upgrade because SATA is old? I'm not disputing that SATA is the older tech, I'm just looking for a more nuanced and realistic view here. If your workload is sufficiently dependant on IO throughput, by all means get those NVMe drives. But implying that a SATA3 device like a 850pro is not going to do the job for a lot of people.... I have a Z87 4770k running at 4.5GHz. I'm not going to upgrade just for the convenience of M.2 PCIe NVMe support. And I won't do so until 6+ core CPUs with comparable IPC and OC abilities get decently priced.
  • Meteor2 - Saturday, April 23, 2016 - link

    No, not at all, and no-one said SATA is inadequate. But it is part of the past, just like 486s and dial-up modems.
  • Bleakwise - Sunday, April 24, 2016 - link

    No, SATA has a place. You realize a 2.5 SATA drive has about 10x-20x the volume of a NVME drive. No reason you could n't have a 3.5 inch SATA SSD either.

    Thus SATA will always be the go-to for high volume storage. Flash memory isn't going to be shrunk down anytime soon either, it degrades both performance and reliability, so until we get something better than flash SATA is going to be the only place you can get something like a 4TB or 8TB SSD.
  • Bleakwise - Sunday, April 24, 2016 - link

    Shinking thing smaller and smaller is also more expensive, and like I said in terms of flash it also degrades performance. It's much cheaper to build a big-fast thing than a small-fast thing.

    There is also the issue of RAID and mechanical drives for mass storage. I can setup a 20TB fakeraid with an SSD write-back cache for under a thousand dollars. Hardware raid would be about 2000$. The NVME version would be about 8000$ to 10000$.
  • Billy Tallis - Sunday, April 24, 2016 - link

    There are 2.5" NVMe drives using the U.2 connector to provide the same 4 lanes of PCIe that can be supplied by the M.2 connector.
  • slowdemon21 - Friday, April 29, 2016 - link

    Agree. SATA is the skylake bottleneck
  • ewitte - Tuesday, May 24, 2016 - link

    I hacked my bios to run a 950 pro in a z87 it was ridiculous to spend so much upgrading from a 4790k.
  • Coup27 - Friday, April 22, 2016 - link

    Do you not think there is something wrong with the phrase "consumer grade NVMe 2TB+ SSD" ?

    You could also RAID some SATA 2TB SSD's to give you want you need. I doubt you "really" need all of that space on NVMe, so maybe a 256 or 512GB 950 Pro + some 850 EVO's in RAID would work well, and is available now.

Log in

Don't have an account? Sign up now