ADATA SU650 1TB M.2 Internal SSD SATA 6Gb/s - Up to 550MB/s Read - Up to 510MB/s
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In 3D NAND (also called V-NAND or 3D V-NAND), the transistors are vertical to the chip surface and the flash memory rows are arranged in layers on top of each other. This achieves a higher storage density and at the same time reduces the risk of interference between the cells. Thanks to the shortened connections between the cells, the electrical performance increases and, as a result, the power consumption decreases. M.2 SSDs are installed via the M.2 socket on the mainboard. With this SSD, data is transferred using SATA-III, which makes the compact size the main advantage. Due to their compact dimensions, M.2 SSDs are particularly suitable for use in ultrabooks and mini PCs, but can also be used in normal computers.
In 3D NAND (also called V-NAND or 3D V-NAND), the transistors are vertical to the chip surface and the flash memory rows are arranged in layers on top of each other. This achieves a higher storage density and at the same time reduces the risk of interference between the cells. Thanks to the shortened connections between the cells, the electrical performance increases and, as a result, the power consumption decreases. M.2 SSDs are installed via the M.2 socket on the mainboard. With this SSD, data is transferred using SATA-III, which makes the compact size the main advantage. Due to their compact dimensions, M.2 SSDs are particularly suitable for use in ultrabooks and mini PCs, but can also be used in normal computers.
$125.99
in 1 offers
ADATA SU650 1TB M.2 Internal SSD SATA 6Gb/s - Up to 550MB/s Read - Up to 510MB/s
$125.99
In 3D NAND (also called V-NAND or 3D V-NAND), the transistors are vertical to the chip surface and the flash memory rows are arranged in layers on top of each other. This achieves a higher storage density and at the same time reduces the risk of interference between the cells. Thanks to the shortened connections between the cells, the electrical performance increases and, as a result, the power consumption decreases. M.2 SSDs are installed via the M.2 socket on the mainboard. With this SSD, data is transferred using SATA-III, which makes the compact size the main advantage. Due to their compact dimensions, M.2 SSDs are particularly suitable for use in ultrabooks and mini PCs, but can also be used in normal computers.
In 3D NAND (also called V-NAND or 3D V-NAND), the transistors are vertical to the chip surface and the flash memory rows are arranged in layers on top of each other. This achieves a higher storage density and at the same time reduces the risk of interference between the cells. Thanks to the shortened connections between the cells, the electrical performance increases and, as a result, the power consumption decreases. M.2 SSDs are installed via the M.2 socket on the mainboard. With this SSD, data is transferred using SATA-III, which makes the compact size the main advantage. Due to their compact dimensions, M.2 SSDs are particularly suitable for use in ultrabooks and mini PCs, but can also be used in normal computers.
