MT9KSF12872AZ-1G4G1

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Memory modules are a major component of today’s computers. Memory modules are used to store data and programs, and offer faster speeds than traditional hard drives. The MT9KSF12 872AZ-1G4G1 is one type of memory module that is widely used in computers. This article will discuss the application fields of the MT9KSF12872AZ-1G4G1 and how it works.

Technical Specifications of the MT9KSF12872AZ-1G4G1

The MT9KSF12872AZ-1G4G1 is a DDR4 SDRAM-Based memory module. It has a capacity of 8GB, and it operates at a speed of 2400 MHz. It is an 84-pin module and uses a 5.0V power supply. It has a data rate of 1920 MB/s and a CAS latency of 16.

Application Fields of the MT9KSF12872AZ-1G4G1

The MT9KSF12872AZ-1G4G1 is suitable for use in a variety of applications. It is especially well-suited for use in entry-level gaming systems. It also offers excellent performance in server applications, such as virtualization and data storage. In addition, the module is compatible with many major computer architectures, including IBM PC/AT and mainstream Intel and AMD platforms.

The memory module is also an excellent choice for workstations and multimedia systems. It offers high-quality video and audio performance, as well as the ability to handle large files and programs with ease. In addition, it is an excellent choice for medical imaging systems, as it has a large capacity and fast data transfer speeds.

Working Principle of the MT9KSF12872AZ-1G4G1

The MT9KSF12872AZ-1G4G1 uses DDR4 SDRAM technology to store data. DDR4 SDRAM stands for Double Data Rate 4 Synchronous Dynamic Random Access Memory. This technology allows data to be transferred twice as fast as the traditional DDR3 SDRAM. This is because it uses a smaller memory cell and minimizes power consumption.

The module works in two different ways: The first is called Write, which is when data is written to the memory. This is accomplished by connecting the module to a power supply and supplying a sequence of commands with the proper electrical signals. The second way is called Read, which is when the data is read from the module. This is done by sending a command with a specific electrical signal and then receiving the data from the module.

The module is capable of storing up to 8GB of data. Data is stored in the form of cells, each of which is 8 bits in size. When the module is accessed, the cells are read in the order they are stored. However, due to the small memory cell size, the module is capable of transferring data at a very high rate, which results in a great performance boost in applications that require a large amount of data.

Conclusion

In conclusion, the MT9KSF12872AZ-1G4G1 is a DDR4 SDRAM-based memory module that offers a great mix of performance and capacity. It is an excellent choice for gaming, server applications, and multimedia systems. It is also an excellent choice for medical imaging systems due to its high capacity and fast data transfer speeds. The module works by writing data to the module and then reading it back from the module.

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