Western Digital 2TB WD Blue SN550 NVMe Internal SSD - Gen3 x4 PCIe 8Gb/s, M.2 2280, 3D NAND, Up to 2,600 MB/s - WDS200T2B0C
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Availability:
In Stock.
Arrives
Sep 10 – Sep 11
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Capacity: 2TB
Features
- Boost your systems performance with next-gen NVMe SSDs
- Over 4 times faster than our SATA SSDs
- Slimline M.2 2280 form factor
- Western Digital-designed controller and firmware for optimized performance
- Western Digital SSD Dashboard constantly monitors the health of your SSD
Description
Put NVMe power at the heart of your PC for lightning-fast, ultra-responsive performance. The WD Blue SN550 NVMe SSD can deliver over 4 times the speed of our best SATA SSDs. Whether you’re working, creating, casual gaming or processing large amounts of data, take advantage of this powerful internal drive’s high speeds to do more, faster. Available in capacities up to 2TB in an affordable M.2 2280 form factor, there’s no time like now to make the change to NVMe. | 1GB = 1 billion bytes and 1TB = one trillion bytes. Actual user capacity may be less, depending on operating environment.
RAM: 8 GB
Hard Drive: 2 TB Solid State Hard Drive
Brand: Western Digital
Series: SN550
Item model number: WDS200T2B0C
Hardware Platform: PC, Mac
Item Weight: 0.229 ounces
Product Dimensions: 3.15 x 0.87 x 0.09 inches
Item Dimensions LxWxH: 3.15 x 0.87 x 0.09 inches
Color: Blue
Flash Memory Size: 2
Hard Drive Interface: NVMe
Batteries: 1 Lithium Ion batteries required.
Manufacturer: Western Digital
Language: English, English, English, English, English
Date First Available: November 10, 2020
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Sep 10 – Sep 11
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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Top Amazon Reviews
Capacity: 1TB
Nothing to dislike, product as described
Reviewed in the United States on January 16, 2023 by Therence
Capacity: 500GB
Muy buen SSD, super rapidoo y de calidad, va perfecto para sistema operativo y juegos
Reviewed in the United States on January 2, 2023 by Mauricio Grisales
Capacity: 1TB
There are several choices when it comes to moving from USB3 flash drives, which have good read/write speeds initially but deteriorate over time to the equivalent of USB2 under moderate-to-heavy use, to a truly SSD-based USB3, which support sustained high-performances throughout its lifecycle. The easiest choice is to select a vendor who has put an SATA-based SSD into an SSD USB3 enclosure and sells it as an integrated product. Examples include: “ RAVPower Mini External SSD Hard Drive Portable SSD USB-C Solid State Flash Drive ” and its Pro version. Neither worked for me for following reasons: The original version (i.e. the non-Pro version) worked fine initially but failed to get recognized by my XP/Vista/Win7/Win10 after a few weeks. The replacement Pro version ended with a similar fate. The 2 nd choice is to buy, separately, an SATA-based SSD and an USB3 enclosure, and put them together oneself. The advantages include: Newer chipset used in the SSD USB3 enclosure and wider selection of SSD. The downside is lack of future proof when one upgrades computer with an NVMe based motherboard, which allows an NVMe-based SSD to double its transfer speeds but not SATA-based SSD. The 3 rd choice is to buy an NVMe-based SSD and an MVMe USB3 enclosure, and put them together oneself. I selected this future-proof route by purchasing “ WD Blue SN550 1TB NVMe Internal SSD - Gen3 x4 PCIe 8Gb/s, M.2 2280 - WDS100T2B0C” and “ Sintech USB 3.0 NVMe SSD enclusure,USB 3.1 M.2(NGFF) M Key NVMe SSD External Case Box (USB 3.1 Heatsink Case)”. This combination worked fine on my XP/Win7/Win10, but not on my Vista that had a “ StarTech 2 Port ExpressCard SuperSpeed USB 3.0 Card Adapter with UASP”. The Sintech’s enclosure uses JMS583 as the bridge adapter’s controller chip, and it did not seem compatible with StarTech’s ExpressCard USB3 adapter that is based on ASM Chipset Renesas uPD720200. So I replaced StarTech’s adapter with “ 5Gbps 2 Port Hidden Inside USB 3.0 HUB to Express Card ExpressCard 54mm Adapter” that uses ASM Chipset Renesas uPD720202, hoping the newer chipset would work with JM583-based bridge adapter. No, it didn’t. So next I replaced Sintech’s JMS583-based bridge adapter with RTL9210-based “ Extractme M.2 NVME to USB Adapter, Upgraded RTL9210 Chip M-Key M.2 NGFF NVME to USB 3.1 Card Reader, 10Gbps High Performance M.2 USB Adapter”. And it worked across XP/Vista/Win7/Win10. However, the SSD using this RTL9210-based adapter would go sleep after a short period of inactivity and change to USB2 transfer speeds after waking up from sleep, until it was unplugged from and re-plugged into the USB3 port. It would also change to USB2 speeds after the computer wakes up from sleep. After upgrading the adapter’s firmware from a download maintained by Plugable Technologies’ website, the SSD no longer goes to sleep due to inactivity. And the label of the WD Blue SN550 1TB NVMe Internal SSD (i.e. WDS100T2B0C), rather than that of the RTL9210-based adapter, is now passed through from the adapter to the computer, and it is visible in Device Manager -> Disk Drivers. During idle, the RTL9210-based bridge adapter remains much cooler than JMS583-based adapter, whereas short-duration performance benchmarks are similar to each other. In long-duration performance tests, however, the former is able to sustain high throughputs, while the latter would throttle in the mid of large file transfer (e.g. 50GB) to avoid overheat.
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Reviewed in the United States on July 30, 2020 by Amazon Customer
Capacity: 1TB
Excelente velocidad de escritura y lectura en PCI gen 3. Más que suficiente para uso cotidiano. Sin fallos tras año y medio de uso.
Reviewed in the United States on December 3, 2022 by Derian Bustamante
Capacity: 1TB
I purchased the 1 TB model to upgrade the 500 GB SSD on my HP laptop. This isn’t the first time I’ve upgraded a laptop HD, but definitely the most frustrating. The reason is the “free” Acronis True Image software provide from the WD download page. It has so many restrictions that if I hadn’t had an external WD drive sitting around the house, I would not have been able to even install the software, and even after doing that, the external WD drive had to be attached to even run the software! Once I got past that, the USB image wouldn’t run under secure boot, so I had to enable legacy boot mode in the bios to run the software (Acronis supposedly has a fix for this, which I tried, but it didn’t work for me — just went from an error message to a blank screen.) And after all of that, I had to download MiniTools Partition Wizard to take advantage of the extra space in the new SSD. Now that I have it installed, it seems to work fine, but what I thought would be a 2 hour job quickly grew into 6+ hours. To summarize: to use the “free” software, here is the process that worked for me: Requirements: 1) 1 formatted WD HD/SSD attached to the computer, 2) >=1 GB USB Flash Drive 1. Download Acronis True Image software from WD website. 2. Install external USB WD-HD (not this one, it has to be one that is formatted and recognized by Windows) 3. Install True Image software 4. Run software and create Acronis recovery USB. (There are other options listed, but not enabled with the free version of the software.) 5. Shutdown machine. 6. Install new SSD in machine and move existing SSD/HD to external USB housing cable (bought separately) 7. Boot machine into Bios (F9 during boot for me) and enable legacy boot 8. Boot up (F9 for boot screen) and select USB drive as boot device 9. Select Acronis True Image from the boot screen 10. Select Acronis True Image (64-bit for me) from the Acronis screen (this was the screen that wouldn’t appear in EFI boot mode) 11. Software won’t run if your external WD drive is not installed, so if you removed it, plug it back in. 12. Select “Clone” from tools menu. 13. Choose your source And destinations drives (make sure you select the correct drives). (With the required external WD drive on the screen, choose carefully your new drive as destination and not that one!) 13. (I can’t remember whether I ended up using “automatic” or “manual”, but I copied the partitions exactly as they were on the old drive — I did not expand them. This was necessary because my original SSD had a recovery partition. And we’ll allocate the up allocated space later. 14. Complete Cloning process, select “shut down when complete” and wait for the computer to shut down. 15. Unplug old SSD (USB cable). 16. Boot computer into Bios mode and re-enable Secure boot. 17. Boot up computer and log into Windows. 18. Download Minitool Partition Wizard 19. Run Partition Wizard. Move Recovery Partition to far right. Move the corresponding boot partition to the far right. Expand the main partition.to fill available space. 20. Reboot (not sure it is necessary, but good to do to make sure you haven’t broken anything) and enjoy! (Sorry if I have used the wrong terms in places, as this is from memory a day later. I have left out all of the false steps and time spent looking for guidance on how to do this.) I just don’t want anyone to believe the PC Magazine and other reviews that say that WD provides the software to make this painless. It is readily apparent that the reviewers haven’t tried to use it. My previous upgrades were with Crucial SSDs using their free version Acronis (about 5 years ago) and while I still had a number of questions and challenges, the experience was far better than what I had this time. I was expecting that my previous experience would make this go smoother, but I was mistaken. I see now that Crucial has some guidance on their web page for how to navigate this process — none from WD.
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Reviewed in the United States on June 30, 2020 by Kevin Schneider