Wd black sn750 nvme ssd vs samsung 970 evo: WD Black SN750 vs Samsung 970 EVO Plus SSD: Which one is the best?

WD Black SN750 vs Samsung 970 EVO Plus SSD: Which one is the best?

Table of Contents

WD Black SN750 is a touch competitor to most of Samsung’s PCIe Gen 3.0×3 SSDs. However, the Samsung 970 EVO Plus also has everything to provide similar results just like the SN750. So, if you are confused about whether you should go for SN750 or 970 EVO Plus, I am going to help you make a wise selection.

Both of the SSDs are using TLC 3D NAND for data storage. 970 EVO plus has 96/92 layers of NAND, the SN750 has just 64 layers. Both are DRAM SSDs. Both are utilizing the PCIe® Gen 3.0 x4, NVMe™ 1.3 interface/protocol.

So, if we talk about the theoretical differences, both look almost similar. The maximum sequential read/write speed of SN750 is 3430/3000 MB/s. The 970 EVO Plus has an almost similar number i.e. 3500/3300 MB/s.

So, if you are curious to make your decision right now, just go through the article because I will help you understand all the important aspects. You will get to know which one is suitable for you with the help of actual benchmarks and other things. So, let’s get started.

1. Theoretical Specifications (Comparison)

Let’s see what are the differences between the both if we look at what the brands are saying about their products. We are going to compare both of the products face to face so that you get to know every important thing.

Specification WD Black SN750 SAMSUNG 970 Evo Plus
Theoretical Read Speed (Max.) 3,430 MB/s 3,500 MB/s
Theoretical Write Speed (Max.) 3,100 MB/s 3,300 MB/s
Random Read (4K, QD32) (Max.) 550,000 IOPS 600,000 IOPS
Random Write (4K, QD32) (Max. ) 520,000 IOPS 550,000 IOPS
Form Factor/Interface M.2 (2280)/PCIe® Gen 3.0 x4, NVMe™ 1.3 M.2 (2280)/PCIe Gen 3.0 x 4, NVMe 1.3
MTBF (Reliability) 1.75 Million Hours 1.5 Million Hours
Warranty 5 Years 5 Years
T.R.I.M. Supported Supported
S.M.A.R.T. Supported Supported
Encryption AES 256-bit Encryption AES 256-bit Encryption
More Information Product Datasheet Product Datasheet

Results: You can clearly see that the Samsung 970 EVO Plus is winning this comparison. But, the differences are not that huge. The SN750 also has similar offerings.

2. Synthetic Benchmark Scores (Comparison)

I tested these SSDs on my Intel i5 12600K PC working on DDR5 4800MHz. The motherboard is Asus Pro Z690-A. 1TB variants of both SSDs are used for these tests.

CrystalDiskMark Scores Comparison

AS SSD Benchmarks

Anvil’s Storage Utilities

IO Meter 4KB Read/Write Scores Comparison

Results: Samsung 970 EVO Plus is beating the WD Black SN750 with good numbers. When I was testing the SN750, I saw that it works great when we move small files. But, the 970 EVO Plus has almost constant speed with any kind and size of data. So, I would appreciate the performance of 970 EVO Plus here.

3. Software and OS loading performance (Comparison)

I also tried restarting my system multiple times using both SSDs. Also, I opened some software and recorded the average results for you. Let’s see those numbers below.

OS/Software WD Black SN750 1TB Samsung 970 EVO Plus 1TB
Windows 10 (Intel i5 8th Gen) Ready to use in 19 Seconds Ready to use in 14 Seconds
Google Chrome Within 5 Seconds Within 4 Seconds
Adobe Photoshop ~19 Seconds ~15 Seconds
Blender (2D/3D Software) ~24 Seconds ~21 Seconds
Tomb Raider ~22 Seconds ~20 Seconds

Results: In terms of Random Read/Write, both of the SSDs have good IOPS limits. This is the reason why the results here are matching. However, during these tests, I found that the 970 EVO Plus was much more responsive as compared to the Black SN750. The results may vary as per your system specification again.

4. Endurance

It is good to be aware of the TBW (Total Terabytes Written) limit of your SSD before purchasing it. The higher the TBW, the better will be the reliability of your SSD in the long run. Let’s compare them here.

Variant WD Black SN750 Samsung 970 EVO Plus
250 GB 200 150
500 GB 300 300
1 TB 600 600
2 TB 1,200 1,200
4 TB 2,400 Version not available

Results: The 500GB, 1TB, and 2TB variants of both these SSDs have the same TBW ratings. But, the 250GB variant of Black SN750 comes with 200 TBW whereas the same variant of 970 EVO Plus has 150 TBW. So, you can say that the match has tied here again.

5. NAND, Cache, Heatsinks, and Controller

These technical details are also very important to understand because these are the things that will make major differences in performance.

Parameter WD Black SN750 Samsung 970 EVO Plus
NAND Flash Type SanDisk’s TLC 3D Samsung’s TLC 3D
NAND Layers 64 96/92
Cache Type SK Hynix DDR4 DRAM Samsung LPDDR4 DRAM
Controller WD NVMe Architecture Controller Samsung Phoenix
Controller Configurations Tri-Core, 8-Channels Penta-Core, 8-Channels
Heatsink Heatsink option available Heatsink option not available

Results: Both of the SSDs have the same TLC 3D NAND. But, 970 EVO Plus has more layers as we discussed earlier. Another thing to notice is the controller. The Samsung 970 EVO Plus is using a much more powerful controller with five cores. So, we can say that the 970 EVO Plus has better offerings here as well.

6. Price Difference

Now, when you are aware of the practical performance differences and technical specifications of both, it’s time to discuss the prices now. You might be surprised to know that all the variants of Black SN750 are more expensive than the 970 EVO Plus. So, along with a good performance, you are also getting a smaller price tag with the EVO Plus. But, I would suggest you check live prices because they keep changing from time to time.

Check Price on amazon

Check Price on amazon

Results: By the time I am writing this article, the WD Black SN750’s 1TB variant is more expensive than the same variant of Samsung 970 EVO Plus. You will get to see similar differences in all the variants.

Which one to choose? Samsung 970 EVO Plus or WD Black SN750

In my opinion, there is no point in buying the WD Black SN750 SSD unless you are looking for a product with a dedicated heatsink. The Samsung 970 EVO Plus is a well-reputed SSD with comparatively high data read/write speeds and a smaller price tag as well. However, WD Black SN750 is a good option for those who are looking for a 4TB NVMe SSD with a massive TBW rating i.e. 2,400 TB.

The benchmark scores are almost similar but still in the favour of 970 EVO Plus. So, if you are looking for a good performance 970 EVO Plus should always be your pick.

But, as a normal user or even a gamer, you will be fine with 970 EVO Plus.

Frequently Asked Questions

Does SN750’s heatsink help with the performance boost?

Yes, when you move huge files using your NVMe SSD or do hardcore tasks like gaming, SSDs normally heat up. This may throttle their speed. But, a heatsink would surely help them not to reach those temperature limits.

Which one is cheap? Samsung 970 EVO Plus or WD Black SN750.

All variants of the Samsung 970 EVO Plus are cheaper than WD Black SN750.

Can we connect these SSDs to a PCIe 4.0 M.2 NVMe port?

Yes, you can install them on a PCIe 4.0 interface port as well. But, you won’t get the same benefits in terms of speed and performance as you will get with a PCIe 4.0 system.

Where to buy SSDs?

The best places to buy the best and cheap SSDs are Amazon, NewEgg, Walmart, and Best Buy.

Thanks for reading!

WD Black SN750 review: So close to the Samsung 970 Evo, yet so far

For reasons I cannot fathom and that are probably lost to the bowels of their marketing department, Western Digital have decided their high-performance Black line of NVMe SSDs were in need of a face lift for 2019, because apparently gum stick-sized storage drives don’t look ‘gamer-y’ enough already. The result of their somewhat baffling nip and tuck is the Black SN750, which I think you’ll agree looks exactly the same as last year’s Black NVMe SSD albeit with a slightly different sticker on the front.

Watch on YouTube

Or at least that’s true of the regular version of the Black SN750, as there’s also going to be a special heatsink edition available sometime next month. That one does look a bit more upmarket and ‘gamer-y’, if such a thing is possible, but that’s not the one I’ve been sent for review. Instead, you’ll have to make do with wot I think of the normal Black SN750 for now. Can it beat our SSD champion, the Samsung 970 Evo? Let’s take a look.

Available in 250GB, 500GB, 1TB and (at a slightly later date) 2TB capacities, WD claims the Black SN750 is capable of delivering blisteringly fast sequential speeds of up to 3470MB/s read and 3000MB/s write. The former isn’t really much of an improvement on last year’s Black figures, which maxed out at 3400MB/s, but there’s a much bigger gain to be seen over in the writing department, which only reached a high of 2800MB/s on the 1TB version.

This is the heatsink version, which does, in my opinion, look rather swish, but do we really need SSDs with go-faster-gaming-stripes?

In truth, WD’s official speed figures are a little bit all over the place for the Black SN750, so I’ve summarised them in a table below. As you can see, the top 2TB capacity is actually slower than the 1TB model I was sent for review, but WD told me that’s because they’ve used a slightly different manufacturing process for that particular capacity — a denser 512Gbit die instead of the usual 256Gbit die you’ll find in the rest of the family. Generally, the more, lower density dies you have in any given SSD, the faster it’s able to write and read data simultaneously, which is a massive simplification of how SSDs work but effectively explains why the 2TB version and its 512Gbit dies aren’t quite as zippy as the 256Gbit 1TB model.

250GB 500B 1TB 2TB
Sequential read speed 3100MB/s 3470MB/s 3470MB/s 3400MB/s
Sequential write speed 1600MB/s 2600MB/s 3000MB/s 2900MB/s
Endurance rating 200TBW 300TBW 600TBW 1200TBW

I mean, I doubt you’re really going to notice such a drop in practice, but given the state of my testing results, I think you’ll be hard-pushed to notice any difference at all compared to the WD Black from 2018.

WD didn’t say whether their figures were based on the heatsink or non-heatsinked version of the Black SN750, but I can only assume they were obtained on the former because the non-heatsink model I tested produced pretty much exactly the same results as their old Black NVMe SSD when I put it through my usual AS SSD and CrystalDiskMark tests.

Without the benefit of the heatsink version’s built-in cooling technology, the regular Black SN750 finished AS SSD’s 1GB sequential test with a read speed of just 2117MB/s and a write speed of 2690MB/s when I tested it with my Intel Core i5-8600K, 16GB of Corsair Vengeance 2133MHz RAM and an Asus Prime Z370-P motherboard, both of which are just a handful of MBs either side of the old Black’s results of 2176MB/s read and 2680MB/s respectively. That means its read speed is still 28% slower than Samsung’s 970 Evo, while its write speed is 12% quicker.

Does one look more gamer-y to you than the other?

Spot the difference.

But we all know sequential speeds aren’t a very good reflection of the kind of speeds you’ll get day to day, as sequential tests act like an SSD reads and write everything in nice straight lines. In reality, they’re reading and writing bits all over the shop, making random tests a much more accurate gauge of what you’ll see in everyday use.

Here, the Black SN750 actually performed worse than its predecessor, reading AS SSD’s 1GB 4K random test at just 44MB/s, and writing at 148MB/s. The old Black, meanwhile, finished with 46MB/s and 155MB/s, putting the SN750 even further behind the 970 Evo’s random read and write speeds of 56MB/s and 170MB/s.

Admittedly, the SN750 does have a small trick up its sleeve that can help raise its read speed back up to old Black levels, and very nearly almost match the 970 Evo’s writing performance. You’ll have to download WD’s SSD Dashboard software to take advantage of it, but it’s as simple as flicking the switch on its newly-added ‘Gaming Mode’ option. This disables the SSD’s low power state for snappier performance, and when I tested the SN750 again with this switched on, its random read speed rose to 45MB/s, while its write speed was up at a much more impressive, not to mention more competitive, 167MB/s.

WD’s revamped their SSD Dashboard for the Black SN750 as well, adding in a new ‘gaming mode’ option to help increase performance.

That’s pretty decent as these things go, but the 970 Evo is still king when it comes to heavier workloads as well. For this, I enlisted the help of CrystalDiskMark’s demanding random 4K 8-queue-8-thread test, which the Black SN750 finished in just 1521MB/s read and 1502MB/s write. That’s a full 25% slower than the 970 Evo’s scores, which just scrape over into the region of 2000MB/s apiece.

Salvation may yet be had in WD’s heatsink edition of the Black SN750, of course — although I should note this will only be available in 500GB sizes upwards (sorry, 250GB hopefuls). It’s also worth pointing out that your motherboard may already have its own NVMe heatsinks built in, like those found on the Asus ROG Strix B360-F Gaming or MSI X470 Gaming M7 AC (mine did not), in which case you wouldn’t be able to fit one in anyway.

However, looking at WD’s current US pricing for the non-heatsink edition (UK pricing to be confirmed), it doesn’t look good. With the 250GB capacity starting at $80, the 500GB at $130 and the 1TB at $250, it’s dogged every step of the way by the ever-so-slightly cheaper Samsung 970 Evo, which at time of writing goes for $78, $128 and $248 respectively. And there’s still last year’s Black NVMe SSD to take into account as well, whose 500GB model is even cheaper at $120.

The Black SN750 may well make more sense if prices ever dip below the 970 Evo in the coming months, but for now, the 970 Evo is still the NVMe drive to beat.

Review of WD Blue SN570 and WD Black SN750 SE NVMe drives: so different and so the same | IT-MIR

Western Digital and Samsung are two pillars of the SSD market, supplying more than 40% of all SSDs in total. But at the same time they go in completely different ways. While Samsung is focusing on high-performance solutions aimed primarily at enthusiasts and professionals, Western Digital’s products have shifted the focus towards affordable and budget models. Of course, this specialization is fuzzy, and Western Digital products have high-performance models, just like Samsung has budget solutions. But if you look at which drives from both manufacturers account for the maximum sales, it becomes clear that the audience for SSDs from Western Digital and Samsung is somewhat different. South Korean firm’s best-selling consumer hard drive is Samsung 980 PRO and 970 EVO Plus, while Western Digital’s most popular are inexpensive drives of the WD Blue and Green series, not only with NVMe, but also with SATA interface.

Manufacturers continue to adhere to the chosen tactics even now. So, Samsung is busy preparing for the release of the new flagship drive 990 PRO, which should soon set new performance standards. And Western Digital is at the same time updating its range of low-cost NVMe SSDs in order to bring their characteristics to the current needs of the mass market. We will just talk about the first results of this process in this material, since a couple of inexpensive Western Digital drives of the new generation have already arrived on store shelves. These are WD Black SN750 SE and WD Blue SN570.

No need to be surprised that we put two SSDs side by side, it would seem, of fundamentally different classes. Despite the fact that one of them belongs to the Black gaming series, and the second to the mass Blue series, in reality they differ little from each other in terms of architecture and capabilities. Both SSDs are bufferless NVMe drives on four-channel platforms that are rather weak by modern standards. The only difference is that the WD Black SN750 SE is based on an independent developer Phison controller and supports PCIe 4.0 x4 interface. And the WD Blue SN570 is a vertically integrated solution born from SanDisk’s internal engineering team that does not support PCIe 4.0 x4. But at the same time, the formal characteristics of these drives are quite close, and the specifications do not give an unambiguous answer to the question of which of these SSDs is better.

However, Western Digital itself has no doubts about the relative hierarchy of these models. She touts the WD Black SN750 SE as a «special version» of the WD Black SN750 drive, which was high-end in the days of PCI 3. 0. And the company considers the WD Blue SN570 an improved version of the budget Blue SN550 NVMe drive, which is very popular with budget users. This is reflected in the cost of the models — WD Black SN750 SE is sold a little more expensive. But there are some doubts about the correctness of this positioning, and in this article we will check which drive from this pair offers the best combination of price and performance. And at the same time, we will answer the question of whether they can compete with Samsung 980 is an inexpensive SSD from a South Korean manufacturer, with which it has been quite successfully undermining Western Digital’s position in the segment of affordable solutions with an NVMe interface for almost a year now.

⇡# Exterior and internals

Although the WD Black SN750 SE and WD Blue SN570 are drives based on platforms from different origins, they look similar in general. In both cases, the SSD is a single-sided M.2 2280 board with two chips — a controller and NAND memory. But it is impossible to confuse them, since the Black series drive uses black textolite, and the Blue series uses blue. In addition, if you take a closer look at the drives, you can see that their microcircuits are different.

WD Blue SN570 is a direct successor of Blue SN550, not only in ideological but also in technical sense. The novelty even uses the same PCB design, but the components placed on it are slightly different. The previous controller internally developed by SanDisk was replaced by its updated version, the memory is also used differently. Both changes are aimed at reducing the cost and increasing productivity. While the Blue SN550 used 96-layer TLC 3D NAND (BiCS4), the SN570 uses denser and faster 112-layer BiCS5 memory with an interface frequency of 1.2 GHz, resulting in a 50% increase in peak throughput .

The new controller used in the Blue SN570 now supports this 112-layer memory and is theoretically proportionately faster. However, no structural changes have taken place in it — we are again talking about a four-channel organization of a flash memory array and the rejection of a local DRAM buffer in favor of HMB (Host Memory Buffer) technology. Nevertheless, according to the manufacturer, the line speeds of the Blue SN570 increased by 45% compared to its predecessor, and as a result, the older versions of this new product are even capable of fully utilizing the bandwidth of the PCIe 3.0 x4 bus when transferring data. Unfortunately, SanDisk engineers did not implement support for the faster PCIe 4.0 x4 bus in the controller, which would be useful in this case.

However, when compared to the WD Blue SN550, the SN570 is a big step forward in the budget NVMe SSD segment. The flash memory crystals used in it, despite the increase in density, still have 512 Gbit cores, which means that the controller in drive modifications with a capacity of half a terabyte is available for interleaving devices in channels. Ultimately, this should make the SN570 noticeably faster than its predecessor.

Against the backdrop of the release of the Blue SN570, which is quite progressive for its price, the appearance of the WD Black SN750 SE looks somewhat strange, because it is about the same inexpensive four-channel bufferless SSD, but on the generally available Phison PS5019 controller-E19T. At the same time, this controller does not have any clear advantages over the proprietary SanDisk chip used in the Blue SN570. Formally, the Phison E19 platform has only one advantage — support for PCIe 4.0 x4, but in fact it still produces speed indicators at the level of PCIe 3.0 x4 controllers. And in the end it turns out that two models with a bufferless design and four-channel flash memory arrays were registered in the Western Digital assortment at once.

At the same time, the WD Blue SN570 looks even more interesting in some ways: it uses a more advanced 112-layer flash memory. WD Black SN750 SE, unlike the «blue» fellow, is content with 96-layer TLC 3D NAND of the BiCS4 standard, which has an interface speed of 800 MHz. At the same time, there are no differences in the logical organization of the flash memory array: the only NAND chip installed on the WD Black SN750 SE contains devices with a capacity of 512 Gbit, that is, the level of parallelism of the flash memory array in both drives under consideration is identical.

Recall that we have already seen solutions based on the Phison PS5019-E19T controller, such as Smartbuy Stream E19T. But in the version of the Phison E19 platform available to manufacturers of the second or third echelonMicron memory is used, while the WD Black SN750 SE is a drive based on Western Digital’s own memory, sold under the SanDisk brand. Thus, despite the widespread controller, Black SN750 SE is in some ways a unique solution. And it’s not just about the memory, but also about the firmware, the development of which is also the responsibility of the SanDisk developers. Therefore, it should not be surprising that it has some specific optimizations, for example, it has a «game mode» in which the controller is prohibited from entering power-saving states. It is believed that in some scenarios this will help reduce the access time when accessing data.


Apart from the outdated WD Blue SN550, the Blue SN570 is the junior NVMe model in Western Digital’s existing hierarchy. However, its characteristics do not look so weak, by the standards of bufferless drives, this is a pretty good SSD. Despite the fact that Blue SN550 and SN570 have similar model numbers, the new drive promises a significant advantage in all respects, and formally it does not look like a budget and compromise solution at all.

ManufacturerWestern DigitalSeriesWD Blue SN570Model NumberWDS250G3B0CWDS500G3B0CWDS100T3B0CWDS200T3B0CForm FactorM.2 2280Interface PCI Express 3.0 x4 — NVMe 1.3Capacity GB25050010002000Kon Flash memory: manufacturer, type, manufacturing processSanDisk 112-layer 512-Gb TLC 3D NAND (BiCS5)ControllerSanDisk 20-82-01008-A1Buffer: type, volumeNoProductivityMax. sustained sequential read speed, MB/s3300350035003500Max. sustained sequential write speed, MB/s1200230030003500Max. random read speed (blocks of 4 KB), IOPS190 thousand 360 thousand 460 thousand 600 thousand Max. random write speed (blocks of 4 KB), IOPS210 thousand 390 thousand 450 thousand 600 thousand Physical characteristicsMax. power consumption, W3. (mean time between failures), mln h1.5Write resource, TB150300600900Warranty period, years5Dimensions: L × H × D, mm80.0 × 22.0 × 2.38

Western Digital tried to make the Blue SN570 look decent not only in terms of performance. This drive is covered by a five-year warranty, and the declared resource is determined from the possibility of overwriting the full capacity of the SSD 600 times during its life. However, one should hardly be surprised, because the SN570 is based on a modern and quite high-quality flash memory with three-bit cells.

Separately, it is worth mentioning that the Blue SN570 range includes four modifications with capacities up to 2 TB. Moreover, the older version is quite real — it can really be found on sale.

We got the 1TB Blue SN570 for testing. Measuring its peak speeds with CrystalDiskMark test made sure that the numbers specified in the specification are not exaggerated at all.

Moreover, these numbers suggest that the WD Blue SN570 will be able to compete on equal terms with the Samsung 980, and this is a very serious claim from the representative of the Blue series.

In this regard, a quite reasonable question arises, what can the WD Black SN750 SE offer users, which, on the one hand, belongs to the more “noble” Black series, but on the other hand, is approximately the same bufferless and four-channel SSD , like the Blue SN570. Formal support for PCIe 4.0 is understandable, but is there any real sense in this case? Specifications give a very ambiguous answer to this question.

ManufacturerWestern DigitalSeriesWD Black SN750 SEModel numberWDS250G1B0EWDS500G1B0EWDS100T1B0EForm factorM.2 2280InterfacePCI Express 3.0 x4 — NVMe 1.3Capacity, GB2505001000ConfigurationFlash memory: type, tech process, manufacturerSanDisk 96-layer 512Gb TLC 3D NAND (BiCS4)ControllerPhison PS5019-E19TBuffer: type, volumeNonePerformanceMax . sustained sequential read speed, MB/s320036003600Max. sustained sequential write speed, MB/s100020002830Max. random read speed (blocks of 4 KB), IOPS190 thousand 360 thousand 525 thousand Max. random write speed (blocks of 4 KB), IOPS 240 thousand 480 thousand 640 thousand Physical characteristicsMax. power consumption, WN / dMTBF (mean time between failures), million h1.5 Recording resource, TB200300600Warranty period, years5Dimensions: L × H × D, mm80.0 × 22.0 × 2.38

If you believe the numbers given in the table, the WD Black SN750 SE is slightly faster in terms of small-block performance, but slightly behind the Blue SN570 in linear write speed. And the Black SN750 SE does not have such a wide range of models — it does not have the most capacious 2TB modification. But in terms of reliability indicators, the WD Black SN750 SE and WD Blue SN570 have parity — the «black» drive is supplied with the same five-year warranty and has a similar resource.

It seems that, in the absence of clear performance advantages, the manufacturer tried to create an emotional difference between the WD Black SN750 SE and the WD Blue SN570. Black SN750 SE is presented as a model for a gaming audience — in its description on the official website, references to games now and then flicker, as if this SSD was purposefully created to store games. In the description of the Blue SN570, the games are not mentioned at all, Western Digital talks about this drive in the spirit of “an ideal upgrade for PC acceleration”.

CrystalDiskMark WD Black SN750 SE terabyte peak performance measurements, which we do to validate the specs, confirm that this Phison PS5019-E19T-based SSD actually plays in the same segment as the WD Blue SN570.

Separately, I would like to note that the characteristics of the WD Black SN750 SE differ from the specifications of the average SSD on the same Phison E19 platform. Western Digital optimizations allowed for slightly better read speeds while lagging behind in write speeds. Fundamentally, the performance of the platform has not changed, but still it should be borne in mind that the WD Black SN750 SE is by no means another clone of the public platform of the Taiwanese developer.


Western Digital has developed the WD SSD Dashboard utility, and it’s one of the best utilities out there. It allows you to monitor the status, performance and health of the drive, update its firmware and perform maintenance operations on the flash storage array. And it also provides an exclusive function — a gaming mode, in which power-saving functions are turned off and due to this, reaction time is reduced.

Both considered SSDs are compatible with the WD SSD Dashboard, but depending on which drive is installed in the system, the utility uses either a black or a white skin.

Western Digital also offers SSD users a special version of Acronis True Image software, with which you can clone data and transfer partitions from one storage medium to another.

WD SN750 NVMe Western Digital Internal Gaming SSD — Gen3 PCIe, M.2 2280, 3D NAND, Black | WDS200T3X0C

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