Surprisingly enough, Samsung recently released a brand-new PCIe generation 3.0 NVMe SSD, named the Samsung 980. This storage drive is marketed for home PC users, as well as for general productivity and gaming. It features a no-DRAM design, a newer Samsung Pablo controller, and a two-plane, 128-layer, V6 V-NAND TLC; similar to the one found in their high-end PCIe 4.0 Samsung 980 Pro model.
Given that third generation PCIe lanes are on their way out – as Intel is also set to provide PCIe 4.0 support with their soon to be released Comet Lake-S CPUs – at first glance it does seem quite strange that companies are still releasing new SSD models (Intel also just came out with the 670p NVMe SSD), especially given the fact that the market is already oversaturated with PCIe 3.0 storage drives.
So how does the Samsung 980 compare to other, equivalent, Gen 3 PCIe Samsung models, like the popular Samsung 970 EVO Plus? The 980, at launch, does have a cheaper price tag than the 970 EVO Plus, but does it display enough value to be preferred over its predecessors?
To find out, we will compare the advertised specifications, as well as real-world benchmarks for both these models, in order to reach a verdict on which storage drive better deserves a spot in your build.
|Model||Samsung 970 EVO Plus||Samsung 980|
|Storage Sizes||250 GB, 500 GB, 1TB, 2 TB||250 GB, 500 GB, 1 TB|
|Sequential Read||3,500 MB/s||2,900 MB/s, 3,100 MB/s, 3,500 MB/s,|
|Sequential Write||2,300 MB/s, 3,200 MB/s, 3,300 MB/s, 3,300 MB/s||1,300 MB/s, 2,600 MB/s, 3,000 MB/s|
|4KB Random Read||250,000 IOPS, 480,000 IOPS, 600,000 IOPS, 620,000 IOPS||230,000 IOPS, 400,000 IOPS, 500,000 IOPS|
|4KB Random Write||550,000 IOPS, 550,000 IOPS, 550,000 IOPS, 560,000 IOPS||320,000 IOPS, 470,000 IOPS, 480,000 IOPS|
|Bus Type||PCIe 3.0 x4 NVMe 1.3||PCIe 3.0 x4 NVMe 1.4|
|Controller||Samsung Phoenix||Samsung Pablo|
|NAND Type||Samsung 92L 3D TLC||Samsung 128L 3D TLC|
|Endurance||150 TBW, 300 TBW, 600 TBW, 1,200 TBW||150 TBW, 300 TBW, 600 TBW|
|Warranty||5 years||5 years|
|MSRP||$90, $130, $250, $380||$50, $70, $130|
First off, we see that the Samsung 980 does not yet have a 2 TB storage size, which the 970 EVO Plus does. The sequential read and write speeds of the two SSDs are similar for their 1 TB storage size, though the 250 GB and 500 GB 980 units fall behind to the 970 EVO Plus by 21% & 77%, and 13% & 23%, respectively. In terms of 4K random read and write speeds, all 980 variants are outdone by the 970 EVO Plus, which pulls ahead by anywhere between 15% and 20%.
Endurance ratings are identical, with both models featuring a respectable 150, 300, and 600 Terabyte Written (TBW) value; going from lower to higher storage sizes. All variants are backed by Samsung’s 5-year warranty.
One more thing to mention is that the Samsung 980 comes with an upgraded Intelligent TurboWrite 2.0 feature, which provides enhanced sustained performance by a larger, and dynamic, SLC (Single-Level Cell) buffer storage area inside the SSD.
To see how well this feature, together with the upgraded 128-layer TLC, fare against the Samsung 970 EVO Plus’s setup, let’s move on to compare their real-world benchmarks.
|1TB Model||Samsung 970 EVO Plus||Samsung 980|
|Peak Sequential Read1||3,560 MB/s||3,573 MB/s|
|Peak Sequential Write1||3,345 MB/s||2,842 MB/s|
|Average Sequential Read2||2,304 MB/s||2,138 MB/s|
|Average Sequential Write3||864 MB/s||851 MB/s|
|Peak 4K Random Read4||463,010 IOPS||500,223 IOPS|
|Peak 4K Random Write4||519,484 IOPS||428,590 IOPS|
|Power Consumption5||4.51 Watts||3.45 Watts|
|Game Scene Loading6||9.58 Seconds||9.63 Seconds|
|PCMark 10 Quick System Score||1,519 Points||2,682 Points|
|PCMark 10 Full System Score||1,795 Points||2,637 Points|
1 iometer 128 KB QD 1-32.
2 DiskBench 6.5 GB Zip file read transfer rate.
3 DiskBench 50 GB copy transfer rate.
4 iometer 4KB QD 1-128.
5 50 GB copy average power consumption.
6 Final Fantasy XIV: Shadowbringers.
Peak sequential read speeds are just about identical, though the 980 does fall behind in peak sequential write speed by 18%. This advantage, however, drops down to just 1.5% when it comes to real world applications; like performing a 50 GB transfer of files. The 970 EVO Plus and the 980 trade blows in 4K random read and write speeds, with the 980 performing 8% better in the former metric, while the 970 EVO Plus is 21% faster in the latter.
When it comes to the drive’s responsiveness, when running common applications, the 980 reigns supreme over the 970 EVO Plus, and it does so by a significant margin. The results for the PCMark 10 trace-test show the 980 scoring a whopping 77% higher result in the Quick System test – meant to simulate commonly used browsing and productivity applications, including games – while it also scored 47% higher in the more demanding Full System test, as well.
One last thing to mention is that the Samsung 980 is a far more energy efficient SSD, consuming 24% less power on average when compared to the 970 EVO Plus.
So, is the 970 EVO Plus worth its 24% higher price tag, versus the new Samsung 980? Not quite. The Samsung 980 proves to be far more responsive, in regards to processing applications, even if it falls slightly behind (less than 10%) in real-world sequential read and write speed metrics.
Of course, it must be mentioned, that in the $130 price range that the Samsung 980 launched, there are several other options that perform equally, or even better than the 980 – like the ADATA XPG SX8200 Pro, or even the Sabrent Rocket (at least when it comes to PCMark10 Quick System scores). For a DRAMless SSD, the Samsung 980 is quite expensive; but if its price does drop – as it inevitably will, since PCIe 4.0 SSDs are also becoming more affordable – it is a great storage unit with a well-balanced level of overall performance, and the quality and reliability that all SSDs with Samsung’s name include.
If the choice is to be made strictly between the Samsung 980 and the 970 EVO Plus, the 980 is the superior SSD model.