SFSA240GM1AA4TO-I-HC-616-STD

Solid State Drives (SSDs)

SSDs are flash memory-based data storage devices used to replace hard disk drives in computing devices for improved performance. They provide faster data transfer rates, and in most cases have greater reliability and longevity than their traditional counterparts. With a long product life and low power consumption, these drives are especially suited for applications requiring portability or high-speed data transfer.

SFSA240GM1AA4TO-I-HC-616-STD Application Field and Working Principle

The SFSA240GM1AA4TO-I-HC-616-STD is an industrial-grade Solid State Drive (SSD) from Fujitsu. It has a 2.5-inch form factor with a 6Gbps SATA interface and supports up to 600MB/s peak read and write speeds. The device is designed for extreme operating temperatures ranging from -40°C to 85°C and has a storage capacity of up to 240GB. It is compatible with Windows, Linux, and MAC OS operating systems.

The SFSA240GM1AA4TO-I-HC-616-STD utilizes a form of non-volatile Flash memory called NAND. NAND is used to store data on memory chips in a more efficient way compared to its predecessors. These flash memory chips are organized into cells and blocks, which in turn are organized into pages, planes, and dies. Master control logic manages the NAND Flash memory and a built-in controller manages the data that is written and read into the NAND Flash memory chips.

The SFSA240GM1AA4TO-I-HC-616-STD is built with the SAS (Serial Attached SCSI) protocol to deliver high levels of read and write speeds. It also features symmetric data redistribution between the NAND chips for improved performance and reliability. An additional encryption/security protection is enabled through the Data ECC (Error Correction Code) algorithm, which corrects any coding errors that might occur during data transfer.

The SFSA240GM1AA4TO-I-HC-616-STD is suitable for industrial applications where a more reliable and faster data storage device is desired. It is primarily used in embedded systems and various other applications such as digital signage, medical devices, factory automation, drone navigation, and transportation-related applications. It helps increase device productivity and improves operational efficiency.