Consumer SSD Reviews
StorageReview.com SSD reviews cover both consumer and enterprise SSD reviews. Flash storage comes in a variety of interfaces which is how the SSD communicates with the computer. Our SSD reviews category covers NVMe SSDs and SATA SSDs for end users. NVMe SSDs are typically much faster, but more expensive, than SATA SSDs. NVMe SSD adoption is accelerating though as the SATA lifecycle is nearing the end; most new laptops and desktops will have NVMe flash storage inside. NVMe SSDs aren't always going to be high-performance though, NVMe SSD speed depends on a variety of factors. StorageReview SSD reviews clearly focus on SSD speed, but there's much more to consider like flash technology used, SSD controller, drive capacity, and price, to best understand where each SSD is best.

NVMe may be the most popular interface for consumer SSDs, but SSDs come in a number of shapes and sizes as well. Most common still is the standard 2.5" form factor that SSDs have used for years. M.2 NVMe SSDs are gaining popularity in space constrained use cases, like notebooks and portable workstations. PCs often use M.2 NVMe SSDs too, because many more of them can be put into a system often via PCIe card that can house four or even eight drives. 2.5" NVMe SSDs still have a capacity advantage though, as there's more room to put flash storage modules on the PCB. Lastly some vendors prefer the NVMe add-in card (PCIe card) because it offers the most room for flash inside a PC.

For help deciding on an SSD for your system or to get support, please post to our SSD Forums.

by Adam Armstrong

Kingston KC2000 NVMe SSD Review

The Kingston KC2000 SSD is the company’s next generation M.2 NVMe drive that is geared toward power users. The drive leverages 96-layer, 3D TLC NAND and the latest Gen 3.0 x 4 controller to deliver quoted speeds of 3.2GB/s read and 2.2GB/s write. With the drive’s performance and endurance, Kingston states it would be a good fit for desktops, workstation, and high-performance computing systems. 

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by Adam Armstrong

Intel Optane Memory H10 Review

Announced at CES this year, Intel Optane Memory H10 is the marriage of two technologies that brings Optane performance in a higher capacity SSD, without the higher associated costs. Intel Optane flash and Intel QLC 3D NAND are combined on a single M.2 2280 form factor in a hybrid storage configuration. Optane brings the performance for end user workloads, while QLC brings affordable capacity. 

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by Marshall Gunnell

WD Blue SN500 NVMe SSD Review

The WD Blue SN500 NVMe SSD, announced mid-March, is the first SSD in the WD Blue family that utilizes NVMe technology, whereas the previous WD Blue models used SATA technology. The WD Blue SN500 is an M.2 form factor, consumer-focused, entry point NVMe SSD, ideal for those looking to gain a performance boost by upgrading from their HDD or older SATA SSD. 

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by Adam Armstrong

WD Black SN750 NVMe SSD Review

Earlier this year, Western Digital announced the second generation in its WD Black line of enthusiasts SSD, the WD SN750 NVMe. The SN750 is an M.2 2280 SSD with the option of a heatsink for longer peak performance, though it will take up more space. The drive is quoted of hitting speeds in the upward of 3.47GB/s read, 3GB/s write with throughput of 515K IOPS read and 560K IOPS write. 

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by Marshall Gunnell

Samsung 970 EVO Plus 1TB Review

Announced today, the 970 EVO Plus is Samsung’s latest enhancement to its NVMe SSD portfolio. Succeeding the 970 EVO, the 970 EVO Plus comes in an M.2 2280 form factor and, as with its predecessor, is ideal for IT professionals, pro gamers, creative professionals, and general tech enthusiasts, providing reliability and handling intensive workloads on PCs and workstations.

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by Adam Armstrong

Samsung 860 QVO SSD Review

Today Samsung released its own take of quad-level cell (QLC) NAND with the 860 QVO SSD. Samsung continues to do its own thing, even with naming conventions, and refers to the technology as 4-bit. The 860 QVO is aimed at maintaining Samsung’s 3-bit performance while lower the costs and thus creating a more efficient and cost-effective product. 

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by Marshall Gunnell

Crucial P1 1TB SSD Review

Launched today, the Crucial P1 SSD is the company’s latest drive targeted towards end users who want the benefits of NVMe technology in a more affordable package. The Crucial P1 features QLC NAND, which promises to further drive down prices, at the expense of write performance when compared to TLC or MLC products. The P1 comes in 500GB and 1TB capacities (with a 2TB to be announced in the future) and, perhaps most importantly, comes with a 5-year warranty.

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by Lyle Smith

Toshiba XG6 SSD Review

The Toshiba XG6 is the market’s first SSD built on 96-layer 3D TLC BiCS FLASH memory, joining the company`s impressive mid-range client portfolio as their newest mainstream NVMe drive.  Announced back in July, the XG6 replaces the highly-impressive XG5, a drive we really liked that would work well inside client PCs, high-performance mobile devices, gaming segments and embedded applications. Though the XG6 is certainly built for these use cases as well, it is also ideal for data center environments as boot drives in servers, caching and logging, in-situ processing and commodity storage.

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by Lyle Smith

Intel SSD 660p Series Review

Released today, the Intel SSD 660p Series is the company's first client SSD to ship with 64-layer QLC (quad-level cell) 3D NAND. What this means to the end user is a less expensive SSD that has a reasonable performance profile. As will be true for most QLC SSD launches, the conversation is going to be about finally having an SSD that can replace HDDs both in terms of price and capacity. The 660p for its part is positioned as an NVMe SSD in a single-sided m.2 form factor that will accelerate the demise of HDDs and value-based SATA SSDs in client computing. The 660p is part of the larger Intel portfolio play that include faster drives based on TLC and Optane that hit mainstream and performance use cases.

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by Adam Armstrong

ADATA XPG SX8200 SSD Review (480GB)

ADATA is calling the XPG SX8200 its fastest consumer SSD to date. The new drive is an M.2 form factor that leverages the PCIe Gen3 x4 interface (NVMe 1.3 supported) as well as second generation 64-Layer 3D NAND. ADATA gives quoted speeds of 3.2GB/s sequential read, 1.7GB/s sequential write, and for random performance the drive is able to hit up to 310K IOPS read and 280K IOPS write. 

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