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HP

HP FX900 Pro 2TB M.2 NVMe SSD 2280 Gen4 x4, Up to 7400 MB/s, 3D NAND Flash, DRAM Cache, High-Performance Storage Solution for Gaming and Professional Use - 4A3U1AA#ABB

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Style: FX900 Pro


Capacity: 2TB


Features

  • 8-channel Gen 4 x4 controller
  • Up to 7400 MB/s read speed
  • Built with 3D NAND Flash
  • Independent DRAM cache
  • Effective Graphene Thermal Pad

Digital Storage Capacity: 2 TB


Hard Disk Interface: Solid State


Connectivity Technology: PCIe


Brand: HP


Special Feature: Dynamic SLC Caching, DRAM Cache Buffer


Hard Disk Description: Solid State Hard Drive


Compatible Devices: Desktop, PC, Computer, Laptop, Netbook


Installation Type: Internal Hard Drive


Color: Black


Hard Disk Size: 2 TB


Hard Drive: ‎2 TB Solid State Hard Drive


Brand: ‎HP


Series: ‎FX900 Pro Solid State Drive


Item model number: ‎FX900 Pro


Hardware Platform: ‎PC, laptop


Item Weight: ‎2.4 ounces


Product Dimensions: ‎5.6 x 3.9 x 0.8 inches


Item Dimensions LxWxH: ‎5.6 x 3.9 x 0.8 inches


Color: ‎Black


Flash Memory Size: ‎2 TB


Hard Drive Interface: ‎Solid State


Manufacturer: ‎BIWIN STORAGE TECHNOLOGY LIMITED


Country of Origin: ‎Taiwan


Date First Available: ‎December 28, 2021


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If you place your order now, the estimated arrival date for this product is: within 30 days

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Top Amazon Reviews

    • Lovely little NVMe drive. Seems to compare favorably to a number of others out there on performance.
Style: FX900 Pro Capacity: 2TB
[PREFACE: So, I bought a Lenovo Legion T5 tower with a QVO 870 8TB SATA SSD. To be frank, that drive drove me bonkers with how laggy it was. Every couple minutes it would literally grind to a halt waiting for the QLC NAND flash and/or the DRAM cache to "catch up," during which time, the system was nigh unusable. Couldn't even open the Task Manager or the Windows menu until it "caught up." Why someone would intentionally put that drive as the primary boot drive in a modern high-end gamnig / compute system paired with a Ryzen 9 7950X is beyond me. But, so it went.] Once I figured out it was most likely the rubbish QVO SSD [with QLC (Quad-Level Cell) NAND flash (which is slow), and using the SATA bus (which is slow), instead of the NVMe/PCIe ans TLC or MLC NAND flash, and possibly also insufficient DRAM cache] causing the lag & general stuttering / flakiness, I immediately did some research and looked around for a proper NVMe SSD drive to install and set up as the primary boot / OS / app drive. In the end, on price and performance, it came down to the Crucial T500 NVMe SSD and the HP FX900 Pro NVMe SSD. In the end, I chose the HP FX900 Pro NVMe, because: 1) the Crucial drive was out of stock pretty much everywhere for like a month and the HP drive was available within a week, and the QVO SATA SSD was driving me nuts so I wanted it replaced ASAP, -and- 2) I'd previously picked up the HP EX920 NVMe SSD [a Gen 3 NVMe/PCIe drive with pretty good performance] and it worked great in whatever I'd put it in [either my desktop, laptop, or both; I forget]. So, I figured this Gen 4 NVMe drive would be newer, better, faster. [It was/is!] I cloned the QVO drive over to the HP FX900 Pro NVMe via a USB-C external enclosure/caddy, then installed it in one of the NVMe slots on the MoBo. Then I about had a heart attack and did some quick troubleshooting to figure out why it was immediately blue-screening on boot [it was user error; needed to disable the SATA drive first so Windows could only see one "bootable" drive and then Windows would add it to the BCD database, after which it boots just fine, sans "blue screens," as the primary "1st-priority" drive]. Once the desktop was successfully booting off the HP FX900 Pro drive, all the lag and flakiness disappeared. Now I can truly "enjoy" my new beast of a machine [9750X, RTX 3080, 64GB DDR5, and now the HP FX900 Pro NVMe SSD] without being driven up the wall by a slow SATA SSD with slow QLC NAND and insufficient DRAM cache making it laggy & nigh unusable every 2-3 minutes. This drive uses TLC NAND flash memory cells [faster than QLC memory] and has a good amount of DRAM cache and a good controller. It's rated up to about 7000-7500 MB/sec write/read, if memory serves. So, yeah, it's very fast on loading the OS, loading apps, file transfers, etc. And the price was pretty good for a mid-to-high-end NVMe drive. So, it competes reasonably well on that as of this writing [may have been priced higher when it originally came out, but right now it's pretty competitively priced, IMO]. So, yeah, overall, it does exactly what I needed it to do. Lag/freezing is gone, system is snappy, it's fast to boot / load apps / transfer files, etc. So, I'm happy/satisfied and give it a 'recommend.' ... show more
Reviewed in the United States on February 9, 2024 by Michael Gmirkin
    • Great value and performance
Style: FX900 Pro Capacity: 2TB
I did not know HP made NVMe drives until I saw this one on sale when my MSI Spatium crapped out for the second time. The performance is surprisingly as advertised (well, close enough, I only got about 7100 MT/sec, but I find that acceptable). I've had it for several months now with no issues.
Reviewed in the United States on October 13, 2024 by Joey
    • Exactly what I expected, no surprises.
Style: FX900 Pro Capacity: 512GB
Not much to say about this, it is exactly what I wanted, came quickly, works perfectly.
Reviewed in the United States on October 13, 2024 by Henry Nettles
    • Quality memory
Style: FX900 Pro Capacity: 2TB
I am using this memory, in a case, as external memory for graphic files. Was very easy to install. The memory is fast.
Reviewed in the United States on September 14, 2024 by Amazon Customer
    • A high quality NVMe SSD with great capacity at a fair price
Style: FX900 Pro Capacity: 4TB
The world of NVMe SSDs is difficult to navigate because there are so many variations in terms of the components used and the internal specifications. Ideally, it would be sufficient to know the capacity one wants and the read/write speeds claimed, but this simply is not enough to judge the quality of an SSD under consideration. An Amazon review is not the place to try to give an in-depth analysis of the various factors that influence the quality of an SSD, but I will describe a few of them briefly. 1. The first consideration is the kind of NAND memory used. Most consumer-level NVMe SSDs on the market today come with either TLC (triple level cell) or QLC (quad level cell) NAND. The cost per terabyte (TB) of the SSD will be cheaper with QLC NAND, but QLC NAND comes with several disadvantages, including (potentially significantly) slower speeds and a shorter lifespan. 2. A second consideration is whether the SSD has DRAM or a pseudo SLC cache. The use for these two technologies is to allow for a certain amount of writing to be done at much higher speeds than the NAND memory is inherently capable of. The use of DRAM or a pseudo SLC cache is particularly helpful for an SSD with QLC NAND. It is also important to keep in mind the intended use of the SSD. Of course, in general, “the faster the better,” but in many cases it simply isn't important that the SSD is not capable of sustaining maximum right speeds over a long period of time, because for most of us, we rarely end up writing continuously a large amount of data to our storage devices. However, in some use cases (video editing is one) the ability to handle sustained high-speed writes is important. What I appreciate about this HP NVMe SSD is the balance between cost and quality. The cost is lower than some of the competitor products of similar capacity, but HP clearly did not cut too many corners to achieve this price point. It comes with both DRAM and a decently-sized SLC cache, as well as a 5-year warranty. It is also important to remember that in the real world, one almost never gets very close to the claimed read/write speeds. Some review sites ding this model because it is not outstanding in any single characteristic. However, for me it was an excellent trade off and I have no hesitation in recommending it to others. ... show more
Reviewed in the United States on October 23, 2023 by Cam-WA

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