性能
| 内存类型 |
MLC |
| 读取速度 |
370 MB/s |
| 写入速度 |
110 MB/s |
| S.M.A.R.T. 支持 |
Y |
| 固态磁盘驱动器的容量 |
64 GB |
| 固态磁盘驱动器 接口 |
Serial ATA |
PX-64M2S, 2.5” Solid State Drive, Serial ATA 6Gb/s
Supports the all-new SATA 6Gb/s Interface
Supports the latest SATA 6Gb/s transfer interface, which allows the transfer of large amounts of data quickly, with sequential read speed up to 370MB/s. Users can read and transfer data in the shortest time possible, and improve work efficiency!
NCQ Optimized HD Reading Mechanism
Boasts NCQ to support the most advanced computing systems. After activating NCQ, users will notice obvious improvements in performance with faster computer loading and data transfers.
Instant Restore
Unique “Instant Restore” function - After continuous SSD use, data transfer performance remains “new” despite being in a “dirty state”, overcoming the problem of slower performance after prolonged usage.
Server Grade (Marvell) Control Chip
Boasting a server-grade “Marvell 88SS9174” control chip, currently the industry’s most advanced control chip. This chip supports the latest SATA 6Gb/s functions, similar to those used in central processors, thus providing users with the best read/write performance, increasing product lifespan, enhancing data security and stability, and giving you world-class performance!
Support TRIM command
Supports the latest “Windows TRIM command”, providing more efficient data wipe-out methods, to overcome the common SSD problem of slower data processing times after long-term usage. Coupled with Plextor’s unique “Instant Restore” function, users can expect more stable performance than from any other brand!
128MB DDR3 Cache Buffer
Boasts a 128MB DDR3 cache serving as a temporal storage buffer, the DDR3 high-speed transfer interface will reduce seek/read/write time of flash memory so that data is transferred more quickly. The large-capacity temporal storage space reduces the possibility of frequently-modified data entering the flash memory system, which prolongs product lifespan. 128MB DDR3 cache buffer also stabilizes SSD for more powerful computing performance!
Dynamic Wear Leveling
“Dynamic Wear Leveling” uses the most efficient data allocation method so that data is written into various memory blocks equally. This reduces the number of memory wipe-outs and increases SSD product life span, ensuring that SSD speed does not slow down after long-term usage.
Unique “Bad Block Manage” Algorithm
Ensures that every piece of data is stored in the right flash memory, reducing reading errors to improve work performance and efficiency
