S99GL128S0110

Memory - S99GL128S0110 Application Field and Working Principle

The S99GL128S0110 is a high-end integrated memory-capacity unit that is primarily used in advanced server applications including NAS,SAN, Storage and Cloud Computing applications. The cost-effective design, coupled with its flexibility and scalability, make it well suited for a variety of environments. The device has a standard capacity of 128GB and can be upgraded to 400GB. It operates on MLC (Multi-Level Cell) NAND flash technology, providing better performance and reliability compared to SLC or single-level cell NAND memories.

The S99GL128S0110 solution is based on a new application-specific integrated circuit (ASIC) that mainly consists of two modules: the page module and the block module. The page module is responsible for the page management, which is responsible for providing data to the NAND flash memory. The block module is responsible for the block-level operations, which include efficient block erase management, reading and writing. It also supports maintaining optimal internal data layout for efficient operation and data security by means of error correction code (ECC). The built-in ECC will ensure data protection from potential errors during power-on, power-off, operation, or configuration.

The S99GL128S0110 is capable of a maximum read/write speed of up to 550 MB/s, making it ideal for multimedia applications as well as storage, cloud computing, and other server-based applications. The device also supports parallel nor flash read/write operations, allowing it to achieve higher speeds than other competing SSD solutions. In addition, the device comes with an integrated power management solution that helps maximize the device\'s endurance while providing maximum system efficiency.

The S99GL128S0110 is a high-performance SSD device that is designed to meet the highest standards of reliability and performance for server applications. Its scalability and performance make it a great option for any type of Environment. Its features, such as error-correction code, built-in power management, and high-capacity NAND flash, provide reliability and security that cannot be found with any other existing solution.