S34MS04G100BHI000

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The S34MS04G100BHI000 is a 4-Gigabyte, single-die, Synchronous Multi-Chip Package (MCP) which consists of four 1-Gigabit NAND Flash dies, is an evolution of the industry-leading S34ML01G200BHI000 developed by Micron Technology, Inc. This device provides up to 4GB of NAND Flash memory and is available in 1.8V and 1.2V options.

The S34MS04G100BHI000 is ideal for embedded systems due to its small top-side form factor that is approximately 25% smaller than the next largest memory device available (S34ML01G200BHI000). This device is typically used for consumer applications and automotive applications. The smaller form factor helps to reduce cost, power consumption, and system space requirements. Additionally, this device is reliable and robust, making it suitable for a wide range of applications.

Application Fields

The primary application field for the S34MS04G100BHI000 is in embedded systems. It is used in consumer applications such as smartphones and tablets, as well as in automotive applications such as infotainment, navigation, and ADAS systems. Its small top-side form factor makes it well-suited for systems with limited available space. Its robust design allows it to be reliable and perform reliably in extreme conditions.

Working Principle

The S34MS04G100BHI000 is a 4-Gigabyte, single-die, Synchronous Multi-Chip Package (MCP) which consists of four 1-Gigabit NAND Flash dies. It uses an advanced design that helps to improve real-time access to data, reduce latency, and enhance system performance. These features increase system efficiency and reduce power consumption.

The S34MS04G100BHI000 operates by organizing and managing the data stored on its NAND Flash dies. This data organization is completed using an Enhanced Multiplane Architecture (EMA). This architecture ensures that the device can access and manipulate data in a fast, reliable manner. It also helps reduce system latency by utilizing intelligent algorithms that manage how data is stored and accessed. Additionally, it helps improve system performance by increasing data transfer rates and shortening write operations.

The S34MS04G100BHI000 also provides superior protection from physical damage. It uses advanced shock and vibration protection mechanisms, as well as its RAID redundancy technology, to maintain data integrity. This helps to improve reliability and performance, even in extreme conditions such as high temperatures and low-light environments. Additionally, it supports advanced error detection and correction technologies which prevent data corruption.

Overall, the S34MS04G100BHI000 is an advanced device that offers a wide range of applications due to its small form factor and robust design. Its data organization capabilities, as well as its advanced protection mechanisms, make it suitable for use in a wide range of embedded systems. Additionally, it helps to reduce power consumption, improve system performance, and ensure data reliability.

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