S25FL256LAGMFM000

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Introduction

The S25FL256LAGMFM000 is a small form factor, high performance, long life, non-volatile memory solution from GSI Technology Inc.

The S25FL256LAGMFM000 is a flash memory device, based on the latest S25FL256L architecture, delivering densities up to 256 megabytes with industrial temperature range operating characteristics. The device is ideal for embedded applications that require the highest levels of performance, durability, and environmental stability.

Application Field

The S25FL256LAGMFM000 single chip memory devices provide a high-density, flexible storage solution that is ideal for applications such as industrial control systems, data logging, medical imaging, and high-performance computing.

The non-volatility of flash memory eliminates the time and failure issues associated with hard drive storage and provides a more reliable solution. Additionally, the small form factor of the S25FL256LAGMFM000 allows it to fit into space constrained environments while still providing the high level of performance desired.

Key application fields for the S25FL256LAGMFM000 include:

• Industrial control systems
• Data logging
• Medical imaging
• High-performance computing

Working Principle

The S25FL256LAGMFM000 single chip memory devices are based on the latest S25FL256L architecture. This architecture utilizes Flash memory technology, which combines the persistent memory properties of a hard drive with the speed and random access of random access memory (RAM).

The architecture of the S25FL256LAGMFM000 is designed to provide a wide range of features and flexibility. It is optimized to reduce power consumption and allow for efficient storage. The device features an advanced erase/program algorithm that reduces write cycles to the memory, which enhances the longevity and reliability of the flash memory.

The device also features an extended life mode, which utilizes an ultra low standby current draw. This reduces power consumption and allows the device to be used in high temperature and outdoor environments. This extended life mode also allows the device to operate even when the power supply is interrupted, ensuring that the data stored on the device remains secure.

The device also utilizes an advance error correction code which ensures that data stored on the device is safeguarded from errors. This feature is especially important in applications where data accuracy is critical, such as industrial control or medical imaging.

Conclusion

The S25FL256LAGMFM000 single chip memory device provides a high-density, flexible memory solution for a wide range of applications. Its combination of advanced features, low power consumption and extended life mode make it ideal for use in environments where reliability and performance are of the utmost importance.

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