Crucial P3 Plus 2TB PCIe 4.0 M.2 2280 SSD Review

Storage/SSD by stefan @ 2022-11-27

As an entry-level to mainstream PCIe 4.0 SSD, the P3 Plus 2TB can offer quite a bit of sustained performance thanks to the pseudo-SLC inside of the Micron 176-layer NAND ICs. While it comes with the same main components as the PCIe 3.0 P3, there are subtle differences at the hardware level onboard but also the firmware, so flashing a P3 Plus firmware to the P3 won’t automatically transform it into a P3 Plus drive.

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Packaging, A Closer Look

The next SSD which has arrived in our labs is the P3 Plus 2TB from Crucial, which shares quite a bit of hardware components from the P3. We are getting again a DRAMless solution with a Phison controller, paired with QLC NAND ICs to obtain a cost-affordable price per gigabyte, but the endurance is lower versus the TLC drives.

 

P3 Plus has arrived inside a very compact cardboard enclosure with the usual Crucial box art, showing a photo of the drive on the frontal area, together with the total storage space and the bus it was meant to function on:

 

 

 

On the back side, we will note the fact that the SSD is backed up with a data transfer software (Acronis), a written instruction guide, but the product also allows firmware updates. The product is also backed up by a limited 5-year warranty given that we do not break the mentioned TBW rating:

 

 

 

Inside we will note a small leaflet but also a transparent plastic enclosure:

 

 

 

The leaflet guides the user towards the online resources:

 

 

 

There is also a screw shipped with the drive, in order to help with fixing the drive onto the desired slot:

 

 

 

The P3 Plus SSD comes with the frontal area of the PCB completely covered by a sticker, carrying the Crucial logo, but also the product logo:

 

 

 

On the back side we will note a lack of extra components, but only two stickers which include the product code name, its serial number, but also its power rating:

 

 

 

After removing the frontal sticker, we did note four NAND ICs, a central controller, and no DRAM cache:

 

 

 

Each of the four Micron chips are marked 2FC2D NY161 which tells us that we are dealing with 3D QLC NAND:

 

 

 

In terms of the controller, we’ve got the Phison PS5021-E21-48, which incorporates an ARM 32-bit Cortex-R5 architecture with a single CPU. For caching purposes, it does use HMB (Host Memory Buffer) and this time it is enabled for PCIe 4.0 data transfers. The controller does support up to 4 channels and a flash transfer rate up to 1600MT/s:

 

 

 

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