S34MS04G200BHV000

S34MS04G200BHV000 is a 4GB NAND Flash Memory based on MLC Technology. It is a type of flash memory, which can store data while the power is off and designed to be used in various embedded systems as storage media.

Due to its small size and low power consumption, the device is suitable for mobile and embedded applications with limited space and power requirements. Its advanced features include a built-in error correction, ECC (Error Correction Code), wear-leveling and power-failure protection. The device is also protected from write-forcing cycles, which helps to ensure data integrity and the safe use of the device.

Application Field

S34MS04G200BHV000 is an ideal memory solution for fixed system designs and mobile issues. The device is suitable for a variety of embedded systems, ranging from medical devices, vehicle navigation systems, store & forward systems, battery powered systems, aviation and avionics systems, to communication and control systems. It is also a viable option for general flash-based back-up or low-cost storage solutions.

Working Principle

It uses 8-bit multi-level cell (MLC) NAND flash technology and is suitable for applications requiring low power consumption and low cost. The working principle of S34MS04G200BHV000 is based on the concept of charge coupled devices (CCDs). In this type of memory, electrons are held on a floating gate and read or written to the storage medium by shifting the charge around.

The device is compatible with SLC/MLC/TLC NAND devices, making it easy to use in applications that require different types of NAND devices. It supports SLC/MLC/TLC operations in all the standard industry formats, including ONFI 2.1, ONFI 3.0, Toggle and NAND devices, providing the highest levels of data performance and efficiency.

The device also offers advanced features such as ECC (Error Correction Code) technology, wear-leveling, and advanced system maintenance functions, which help to ensure that data stored on the device is always reliable and secure. Additionally, the device is protected from write cycles, ensuring the safe use of the device.