What is the difference between crucial MX300 and MX500?

The MX500 is a more well-rounded product than its predecessor, the Crucial MX300. The MX300’s performance takes a serious hit when it is full or subjected to heavy write loads, but the MX500 retains much more of its performance and does a better job of keeping latency under control.

Is crucial a reliable SSD?

Crucial SSDs allows you to boot up in few seconds and load faster. If you want to upgrade your desktop PC, laptop, Mac system, or workstation Crucial SSDs are extremely energy-efficient and more reliable than a hard drive.

Does crucial MX300 have DRAM?

Crucial’s MX300 drives use the same Marvell 88SS1074 4-channel controller and 384-bit three-bit per cell TLC NAND. The controller cache is provided by a Micron LPDDR3 1333MHz DRAM package. If your laptop is still using a traditional HDD then consider swapping it for an SSD to improve battery life and performance.

Is crucial MX500 MLC or TLC?

The MX500 is the first Crucial drive based on Micron’s 64-layer 3D TLC NAND, and is the second generation of Crucial’s mainstream MX series to use TLC NAND instead of MLC NAND.

Is Crucial good brand?

No worries its reliable and you can buy it without any confusion. Crucial by Micron is an excellent choice of RAM offering performance, monitoring, customization, and stability, using a chipset from one of the three biggest (and regarded by many as one of the best) manufacturers of chips for RAM in the entire world.

How do I find the manufacturer of my SSD?

In the Device Manager window, double-click the Disk drives entry to expand the list of drives. This displays the model and manufacturer of the SSD. Right-click the SSD and select Properties. In the Properties window, select the Details tab.

Who Makes Crucial SSD?

Micron
Crucial SSDs are designed and developed by Micron, one of the largest NAND manufacturers in the world.

Is the MX500 Dramless?

Yes, the MX500 2.5″ SSD does contain a DRAM cache.

What’s inside Crucial MX500?

The Crucial MX500 uses Micron’s 256Gb 64L 3D TLC part and consequently returns to the standard drive capacities and overprovisioning ratios, instead of the unusual configurations caused by the 384Gb die capacity in the MX300’s 32L 3D TLC. Internally, the 500GB MX500 uses the same PCB as the larger models.