S29GL256P90FFSS73

The S29GL256P90FFSS73 is a type of nonvolatile memory that that uses the Syncronous NAND Flash Memory interface and is specially designed for use in applications that require high reliability and performance. It is manufactured with a 90nm Split-Gate technology to deliver superior performance, low power consumption and enhanced reliability.

Application Field

The S29GL256P90FFSS73 is generally used in storage applications that require high performance and reliability, such as automotive, industrial, gaming, consumer, and communication markets for applications like industrial control systems, monitoring systems, and other embedded systems. It is used for data storage purposes and provides a wide range of advantages such as:

• Low power consumption
• High performance
• High endurance
• High reliability
• Excellent cost-performance
• Wide temperature range

The S29GL256P90FFSS73 is also used in various automotive applications such as automotive infotainment systems, navigation systems and other embedded systems, as well as consumer electronics, and HD video and gaming applications.

Working Principle

The S29GL256P90FFSS73 operates on a synchronous interface, which is a type of memory device interface that enables fast communication between the processor and the memory. It utilizes the NexFlash SONY-KV serial bus protocol to transfer data between the processor and the device. The device also uses an array of 16 NAND Flash memory dies (each die contains 8Mb, 1Gb) to help ensure higher performance and reliability.

The S29GL256P90FFSS73 utilizes two independent erase/program cycles. In the erase cycle, all bits on the selected banks of the device are programmed to the logical 0 level. The program cycle follows where all bits in the selected banks are programmed to the specified logical levels. Both operations are performed on up to 8 banks at a time and are controlled by a single command.

The S29GL256P90FFSS73 also utilizes an Advanced Read Command Set (ARC) to enable high performance and reliability in memory operations. The ARC enables faster programming and erasing operations, as well as enhanced error correction capacilities and redundant programming. The ARC also provides support for an enhanced ECC algorithm to minimize the risk of data loss from incorrect programming.

Furthermore, the S29GL256P90FFSS73 is designed to operate at a wide temperature range of -40℃ to +85℃ and provides the flexibility to meet the various demands of applications that require high performance and reliability.

The S29GL256P90FFSS73 is a powerful and reliable type of non-volatile memory that is suitable for various demanding applications. It features high performance, low power consumption, wide temperature range, excellent cost-performance, and enhanced reliability. Furthermore, its Advanced Read Command Set (ARC) enables faster programming and erasing operations, as well as enhanced error correction capacilities and redundant programming.