The Samsung 960 EVO (1TB) Review
by Billy Tallis on November 15, 2016 10:00 AM ESTFinal Words
If the Samsung 960 Pro didn't exist and anybody other than Samsung released the 960 EVO, it would be a credible flagship product for today's SSD market. It is clearly faster than the Intel 750 everywhere that matters. It is on par with the OCZ RD400 on real-world workloads. It is generally slightly slower than last year's 950 Pro, but does improve on some of the 950's more acute weaknesses. It does all of this while being more power efficient under load, and the 960 EVO carries an MSRP that is lower than the current retail prices of other high-end PCIe SSDs.
Of course, the 960 Pro does in fact exist and is being released alongside the 960 EVO. It looks like the two product lines will occupy similar positions within the PCIe SSD market that the 850 Pro and 850 EVO have within the SATA SSD market. The 960 Pro will hold the indisputable performance crown, but the 960 EVO will be the more popular product. The EVOs are not low-end drives by price or performance, and while they may not be the most affordable mid-range options, they're solid performers that benefit greatly from using the same high-end SSD controllers as their Pro counterparts. Unlike Intel's 600p budget TLC PCIe SSD, the 960 EVO always manages to be a big upgrade over any SATA SSD.
| 128GB | 250-256GB | 400-512GB | 1TB | 2TB | |
| Samsung 960 EVO (MSRP) | $129.88 (52¢/GB) | $249.99 (50¢/GB) | $479.99 (48¢/GB) | ||
| Samsung 960 Pro (MSRP) | $329.99 (64¢/GB) | $629.99 (62¢/GB) | $1299.99 (63¢/GB) | ||
| Samsung 950 Pro | $185.50 (72¢/GB) | $314.99 (62¢/GB) | |||
| Toshiba OCZ RD400A | $139.99 (109¢/GB) | $215.16 (84¢/GB) | $257.20 (50¢/GB) | $729.99 (71¢/GB) | |
| Toshiba OCZ RD400 M.2 | $119.99 (94¢/GB) | $149.99 (59¢/GB) | $299.98 (59¢/GB) | $709.99 (69¢/GB) | |
| Intel SSD 600p | $60.00 (47¢/GB) | $94.45 (37¢/GB) | $167.30 (33¢/GB) | $380.54 (37¢/GB) | |
| Intel SSD 750 | $319.99 (80¢/GB) | $749.99 (62¢/GB) | |||
| Plextor M8Pe | $74.99 (59¢/GB) | $114.99 (45¢/GB) | $189.99 (37¢/GB) | $414.99 (41¢/GB) |
The price and performance of the 960 EVO will make anything more expensive a very tough sell. The only advantage a drive like the the RD400 has is in its warranty period and endurance rating: the 960 EVO's three years and 0.3 DWPD are not exactly premium specifications, but neither are they low enough to cause much concern. The 960 Pro will offer a 2TB option and even higher performance, but those are expensive luxuries. The 960 EVO will be undercutting most of the PCIe SSD market with "good enough" performance.
The Plextor M8Pe is currently in the SSD testbed where we don't expect it to surpass the OCZ RD400 or Samsung 960 EVO, but matching their performance would likely make the M8Pe the clear favorite over the 960 EVO. The one thing holding back the 960 EVO from becoming the default product recommendation among PCIe SSDs is the fact that some MLC-based drives will be competing with the 960 EVO on price and may also come close in performance.
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ddriver - Tuesday, November 15, 2016 - link
TOMs has tested it. As expected, it is marginally slower.Bensant - Tuesday, November 15, 2016 - link
Just received my 960 Pro today, installed and everything is working properly apart from the Samsung driver. Have spent the last 40mins trying to locate the NVME 2.0 driver to no avail. Would anyone have a link to it yet? Or is it still unavailable and coming with the new magician software at the end of the month?XabanakFanatik - Wednesday, November 16, 2016 - link
Yeah, you should be able to use the version 1.0 driver until they finally get around to releasing the new one with Magician 5.0.What capacity pro did you buy that you actually received this early? 512GB?
Bensant - Wednesday, November 16, 2016 - link
Idk that's a bit funny then, the original drivers (For the 950 pro) failed to detect my 960 pro for some reason. It's been installed and is booting as my OS drive too, just using the Microsoft driver!And yeah, was the 512GB that I ordered, couldn't exactly justify getting the higher capacities after just spending more then $4000 on a new triple monitor setup haha
jeffbui - Wednesday, November 16, 2016 - link
Benchmarks are great but where are the real world measurements? How will this affect me vs the other drives?jeffbui - Wednesday, November 16, 2016 - link
http://www.anandtech.com/show/2614Look at all the real world measurements: Game load times, application load times, multitasking performance,
Billy Tallis - Thursday, November 17, 2016 - link
Kristian did a good job of explaining why we rely on playing back traces of real-world I/O rather than re-running the applications themselves: http://www.anandtech.com/show/8979/samsung-sm951-5...It has only gotten more impractical to build a valid and reproducible application benchmark suite, to the point that any such system would have to be cut off from the Internet to prevent automatic updates from changing the conditions of the test.
From the perspective of the SSD, our ATSB trace-based tests present a nearly identical workload to running the applications themselves, but with far better reproducibility. It might be possible to improve how we present the results of those three tests, but I do not believe that splitting those traces into a dozen different scenarios would make it any easier to come to a purchasing decision than by considering the measurements we currently report.
RaistlinZ - Wednesday, November 16, 2016 - link
I'm currently using an 850 EVO on my ASUS X99 Pro motherboard. Will my mobo fully support the 960? Also, is it better to do a fresh Windows 10 install on an NVMe drive, or does cloning still work well?ghojezz - Wednesday, November 16, 2016 - link
I don't understand, anandtech's using Z97 Deluxe for benchmark but it only supports 10Gbps M.2 Bandwidth, right? So theoretically, you didn't push 960 to its max performance. Anyone care to explain?Billy Tallis - Thursday, November 17, 2016 - link
The motherboard's built-in M.2 slot is not used, because it does not permit measuring power consumption. M.2 PCIe drives are connected through an adapter and riser card to the primary PCIe 3.0 x16 slot, which will continue to be sufficient until PCIe 4 SSDs and motherboards arrive.