S99FL128SM001

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The S99FL128SM001 is a flash memory IC designed for applications where large amount of data storage is needed. It is capable of holding 128Mbit of data and is used for data logging, digital signage, embedded systems, industrial PCs, automotive and many other applications. The S99FL128SM001 is a non-volatile device meaning that it does not lose stored information in the absence of power. This makes it an ideal choice when data must be stored reliably, even in harsh environments. It also has low power consumption and is compatible with multiple bus protocols.

The S99FL128SM001 features on-board error correction coding (ECC) to detect and correct errors that occur during data retrieval and writing cycles. It also includes built-in wear-leveling algorithms to ensure data integrity over time. These advanced features make the S99FL128SM001 an ideal choice for applications that require reliable data storage.

In terms of its working principle, the S99FL128SM001 is a multiplexed address/data devices (MAD) which means that one set of address/data pins are configured to perform both read/write operations. The S99FL128SM001 also uses a NAND cell structure which enables fast erasing and programming operations. To ensure smooth operations, the S99FL128SM001 also includes several timing features, such as input and output signals, ECC enabled data paths, and an advanced reset/hold feature.

In summary, the S99FL128SM001 is a reliable flash memory IC which is used for data logging, digital signage, embedded systems, industrial PCs, automotive and many other applications. It features on-board error correction coding (ECC) and built- in wear-leveling algorithms. It also works based on a multiplexed address/data devices (MAD) as well as NAND cell structure. All in all, the S99FL128SM001 is an ideal choice for applications which require large amount of reliable data storage in harsh environments.

The specific data is subject to PDF, and the above content is for reference