Corsair MP600 CORE PCIe 4.0 M.2 NVMe review - Product Showcase

Product Showcase

The following images were taken at high-resolution and then cropped and scaled-down. The camera used was a Canon DSLR shooting 12 MegaPixel photos. You should easily be able to place the M.2 unit into a compatible NVMe v1.3 protocol motherboard. Most motherboard chipsets support it. However, you should check out with the motherboard manufacturer if you have an x4 lane PCIe Gen 4.0 version and compatible processor.

Of course, these SSDs are backward compatible; thus, PCIe 3.0 will work as well; however, the interconnect is halved in bandwidth per generation, and that this has a large effect on performance. The latest Windows 10 iteration has an up-to-date NVMe 1.3 protocol driver natively, so it is unnecessary to install a 3rd party driver.

We advise you to seat the SSD under a motherboard heatsink and hide it away. If your motherboard does not offer that, please use the supplied and preinstalled heatsink. Not only does that look cool, but it also keeps it cool much better. 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, the PCB length, and 2280, you guessed it now .. 22mm for its width. It really is that simple. Here the backside after removing the heat spreader. It has two NAND chips and one DRAM IC on this side. That's similar on the front side, so a total of four NAND ICs are applied, each thus capable of holding 512GB of data. 

Spotted on either side, one SK Hynix DRAM chip. The 1TB and 2TB SSDs get 1GB  (2x512MB), the 4TB unit will be fitter with a 2GB DRAM buffer. Combined with Pseudo SLC provisioned buffers, these will fight off any QLC write holes. 

And here we see the Phison 5016-E16 controller, by now a familiar product that has been revised and refined quite a bit in the past year. 8-channels capable, so it certainly can deliver.

Should you like to mount the SSD in a motherboard slot with its own heatsink, the Corsair heatsink can be easily removed with a flat head screwdriver. Luckily Corsair did not use sticky/adhesive tape that insulates. They use proper thermal padding that will actually help cooling down NAND and controller. The backside, though, also has two NAND chips; these are not cooled.