NEM-PAB Series, featuring the latest generation PCIe® 4.0 controller and 3D TLC NAND flash.
This advanced SSD achieves a remarkable balance of high-speed performance and energy efficiency, elevating gaming experiences to a higher level.
High performance and stability lasts thanks to the optimized heat dissipation design NEM-PA series comes with an aluminum heatsink coated with a highly thermally radiative black alumite.
High performance and stability lasts thanks to the optimized heat dissipation design - NEM-PA series comes with an aluminum heatsink coated with a highly thermally radiative black alumite, which suppresses thermal throttling (speed limit activation to prevent thermal runaway.)
NEM-PA series with built-in heatsink fits into the expansion slot of PS5 console or PS5 Digital Edition console. Increasing the storage capacity of PS5 allows you to download, copy, and start PS5 and PS4 games from the M.2 SSD storage.
Dynamic SLC caching stores cache size up to 1/ 3 of the total storage area of SSD, which accelerates frequently accessed data and extends the life of TLC NAND
The SSD controller has a high precision error correction algorithm "4th Gen LDPC (Low Density Parity Check)", which has advanced detection and correction technology for random bit errors that occur during reading and protects the data from corruption.
Nextorage was created by a group of ex-Sony engineers and staff with over 20 years of experience in the development of memory and storage products . Nextorage was acquired by NAND Flash controller leading company Phison Electronics in 2022. Nextorage synergizes with Phison to provide comfortable and reliable gaming SSDs
-The heat sink cannot be disassembled. When mounting this product on a desktop PC, please make sure that there is space for the SSD to be installed. This product cannot be used for notebook PCs.
-This product has not been developed under the licensing program of Sony Interactive Entertainment. Compatibility and speed are not guaranteed for all game titles.
-Performance and power consumption may vary depending on measurement conditions.