Team Group TeamGroup 240GB L5 Lite SSD 2.5 Inch SATA 6Gbps 3D NAND Solid St

Product information: TeamGroup 240GB L5 Lite SSD 2.5 SATA 6Gbps 3D NAND Solid State Drive The latest generation of 3D NAND flash memory has overcome the technical barrier of 2D NAND and has enhanced the overall capacity, performance, and reliability. Unlike the 2D planar flash memory, 3D NAND increases storage capacity by stacking up cells in the vertical direction. It not only provides a better performance and endurance but also breaks through the technical limitation of planar chips. The L5 LITE 3D solid state drive is 4 times faster than the traditional hard drive. Its excellent performance and read/write speed not only allow fast boot/shutdown time but also speed up the response time of all applications, so consumers can enjoy the high-speed performance immediately after the upgrade. The lightweight and zero hassle advantage make it the best product to replace the traditional hard drive. The L5 LITE 3D solid state drive has an industry-standard 2.5-inch. With the only 7mm in height, it is best suited for Ultrabooks on the market. Whether it is for laptop or desktop, the upgrade can be done quickly. It is using SATA III 6Gbps specification and capacities available in 120GB, 240GB, 480GB, 1TB, etc. With read speed up to 470 MB/s, it not only improves the computer performance, but it is also the best bargain available. The L5 LITE 3D solid state drive is using 3D NAND flash memory chip, which is durable, shockproof, drop resistant and offers a total protection for the data. Even if you accidentally drop your computer or it landed on a hard surface, it can still prevent damages and data corruption from accidents. The L5 LITE 3D solid state drive supports Windows TRIM optimization command which is able to release free blocks, allowing an operating system to use them later immediately when writing data. The optimized access control technology of NCQ can speed up the transfer and write performance of the SSD, and effectively reduces performance degradation and wear...