Silicon Power XPOWER XS70 1TB NVMe SSD Review - Product Showcase

Product Showcase

The tested unit then; you should easily be able to place the M.2 unit into a compatible NVMe protocol motherboard. Most motherboard chipsets support it. You should, however, check out with the motherboard manufacturer if you have an x4 lane PCIe Gen 3.0 version with NVMe protocol support. Of course, these SSDs are backward compatible thus PCIe Gen 2.0 will work as well, however, the interconnect is halved in bandwidth per generation and that has an extensive effect on performance. The latest Windows 10 iteration has an up-to-date NVMe 1.4 protocol driver natively, so you do not need to install a 3rd party driver.  The 2TB model has 2GB of DRAM (Hynix) as cache, and 2x four NAND chips (96L) (each side). We're quite confident that these SSDs are bought from an OEM somewhere as we recognize the sticker on that NAND chip as well as the design. The compact M.2 2280 form factor ensures compatibility with the next-generation desktop and mobile platforms that support the M.2 PCIe slot and interface. The 80 on 2280 is short for 80mm, aka, that is the length of the card and 2280, you guessed it now .. 22mm for its width. The heatsink does raise a new concern, it's higher and very low PCIe devices could be blocked albeit there was enough clearance for graphics cards that we quickly inserted to check that out.

The 1 TB SSD is supplied in a cardboard exterior package. There's a  heat spreader / heatsink included.

Inside the case, you'll spot the NVMe M.2 SSD safely seated into its protection, along with the install Guide.

The 700TBW for this 1 TB model feels quite alright. You'll receive five years warranty; that's should be more than plenty.   With eight channels, Phison's PCI-Express 4.0 controller is manufactured on TSMC's 12 nm node and features five Arm Cortex R5 CPU cores.  That SK Hynix chip is 112 GB of DRAM cache, stores the mapping tables.

And that's Micron NAND right there, Toshiba 176-Layer 3D TLC / 512GB per IC.