AMD Radeon R5 MP M.2 R5MP240G8 240 GB
Outdated Product Affordable and performant 240 GB M.2 SSD with PCI-E Gen3 x4 (NVMe v1.3) interface. It has a frameless design and compact dimensions that fully comply with the 2280 form factor standard. Compatible with current motherboard models equipped with an M.2 port with support for 2/4 PCI-E lanes. It is positioned as a product of the basic price category, designed for balanced configurations of consumer PCs, as well as inexpensive workstations and gaming stations. The hardware basis of the AMD Radeon R5 MP M.2 R5MP240G8 SSD is a 4-channel Silicon Motion SM2263XT controller. It does not have its own DRAM buffer, but thanks to HBM (Host Memory Buffer) technology, it can use part of the system memory for these purposes. Able to show a decent level of I / O performance and high read / write speed (2100/...1600 MB / s within an 8 GB SLC buffer). It is worth noting that only the Windows 10 operating system provides full support for HBM technology, and older versions of this system can experience an almost twofold decrease in performance. 64-layer TLC 3D NAND flash memory is used to store user data. The drive provides impressively fast loading of the operating system, resource-intensive professional applications and the latest games. The guaranteed write resource (TBW) is 300 TB, which is equivalent to writing 80 GB of data daily for 10 years. |
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Affordable and performant 240 GB M.2 SSD with PCI-E Gen3 x4 (NVMe v1.3) interface. It has a frameless design and compact dimensions that fully comply with the 2280 form factor standard. Compatible with current motherboard models equipped with an M.2 port with support for 2/4 PCI-E lanes. It is positioned as a product of the basic price category, designed for balanced configurations of consumer PCs, as well as inexpensive workstations and gaming stations.
The hardware basis of the AMD Radeon R5 MP M.2 R5MP240G8 SSD is a 4-channel Silicon Motion SM2263XT controller. It does not have its own DRAM buffer, but thanks to HBM (Host Memory Buffer) technology, it can use part of the system memory for these purposes. Able to show a decent level of I / O performance and high read / write speed (2100/1600 MB / s within an 8 GB SLC buffer).
It is worth noting that only the Windows 10 operating system provides full support for HBM technology, and older versions of this system can experience an almost twofold decrease in performance. 64-layer TLC 3D NAND flash memory is used to store user data. The drive provides impressively fast loading of the operating system, resource-intensive professional applications and the latest games. The guaranteed write resource (TBW) is 300 TB, which is equivalent to writing 80 GB of data daily for 10 years.
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