APM128GMFFN-4BTGW

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The APM128GMFFN-4BTGW is classified as a solid state drive (SSD). The type of storage drive is based on the integration of NAND flash memory with an enclosed SATA interface by the use of a controller. SSDs are more reliable and durable than other storage devices and offer good data access performance with low power consumption.

In terms of applications, the APM128GMFFN-4BTGW is frequently used in enterprise servers, workstations, gaming PCs, personal computers, and notebooks. It is best suited for applications that require rapid retrieval of data or those that need high reliability, due to its fast read and write speeds and low power consumption. Furthermore, the APM128GMFFN-4BTGW supports features such as TRIM and RAISE, which further help to enhance its performance.

The APM128GMFFN-4BTGW works on the principle of a flash storage device, which stores data in a cell array consisting of non-volatile cells made of NAND flash memory chips. The controller supports and manages the activity of the cells to read and write data. It reads data from the cell and sends it to the computer, and vice versa for writing. It also manages media wear, bad blocks and ecc and provides the interface to the computer. SSDs use in-house algorithms to help manage the flow of data and decrease power consumption, ensuring more efficiency than other media.

In terms of reliability, the APM128GMFFN-4BTGW is shock resistant and its flash memory is reliable over time, meaning its performance in terms of read and write operations is consistent. Its data retention rate is also good, meaning it is able to store data for longer periods of time without needing to be refreshed. In terms of security, the APM128GMFFN-4BTGW supports AES-256 level encryption, which ensures the data remains encrypted even if the drive fails.

Overall, the APM128GMFFN-4BTGW is classified as a reliable and secure solid state drive (SSD). It offers high performance and low latency with minimal power consumption. Furthermore, it is shock resistant and has a good data retention rate, meaning it can store data for long periods of time without needing to be refreshed.

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