TEAM L5 LITE 480G 2.5" SSD
4 times faster
When your old computer is running slow, do you feel that it is dragging down your efficiency? With great performance and ultra-fast read and write speed, L5 LITE solid state drive is 4 times faster* than the traditional hard drive. It can not only speed up boot time, shutdown time and the response time of applications but also lightweight and easy to carry. It is absolutely the best product to replace the traditional hard drive.
*The speed was tested by TEAMGROUP and for the reference only.
Various capacities to choose from and the performance is greatly enhanced
L5 LITE solid state drive is using SATA III 6Gbps specification and there are 60GB, 120GB, 240GB, 480GB, 4 capacities available to choose from. The sequential read/write speed is up to 500 and 400 MB/s*. It not only greatly improves the performance of the computer, but also the best bargain for upgrading your desktop computer or laptop.
Solid, durable and total protection
L5 LITE solid state drive is using flash memory chip, which is durable, shockproof, fall resistance and offers total protection. Even if you accidentally drop your laptop or it landed on a hard surface, it can still prevent damages and data corruption from accidents.
Perfect and effective operation for prolonging the service life
L5 LITE solid state drive supports the Windows TRIM optimization command which is able to release unused space (Free Blocks) to be used for system writes immediately. This can speed up the transfer and write performance of the SSD, and also effectively reduces performance degradation and depletion chances. It perfectly maintains the effective operation and prolongs the service life of the SSD.
Trustworthy and reliable
L5 LITE solid state drive’s built-in smart algorithm management mechanism has functions such as garbage collection, which is able to ensure operational efficiency and prolong the service life of the SSD. Meanwhile, the powerful Wear-Leveling technology and ECC (Error Correction Code) function can enhance the reliability of data transfer.