SDN06464D1BJ1MT-50WR

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Memory Modules

Memory Modules are key components of computer systems, and they function to store, retrieve and process data quickly and efficiently. One type of memory module is the SDN06464D1BJ1MT-50WR, a SODIMM DDR3L module. It is used in a variety of computer applications and has a range of features that make it both a useful and reliable choice. In this article, we will discuss the application field and working principle of the SDN06464D1BJ1MT-50WR.

Application Field of SDN06464D1BJ1MT-50WR

The SDN06464D1BJ1MT-50WR is a SODIMM DDR3L module widely used in the embedded industry. It provides support for a range of applications, including audio and video processing, professional and enterprise graphics, and security applications. This makes it an ideal choice for many industrial systems, as well as for use in consumer electronics such as televisions, home entertainment systems, and computers.

The module has a low-power design that helps improve longevity and reduce power consumption. The low voltage and low power consumption are key features of the SDN06464D1BJ1MT-50WR that make it suitable for industrial systems that require long service life, as well as for power efficiency in consumer electronics. Additionally, its onboard 8-bit DDR3 controller is designed to limit signal loss, providing reliable and accurate data communication.

Working Principle of SDN06464D1BJ1MT-50WR

The working principle of the SDN06464D1BJ1MT-50WR is based on a DDR3 memory architecture. DDR3, short for double data rate 3, is a type of synchronous Dynamic Random Access Memory (or SDRAM). This type of memory divides each clock cycle into two \'time slots\', during which a different type of transitions can occur in the data lines. This means that the memory can send and receive data twice as fast as normal.

The centerpiece of the SDN06464D1BJ1MT-50WR is its 8-bit DDR3 SDRAM controller, which is the primary interface between the DDR3 memory and the device\'s microprocessor. The controller is responsible for the timing of the device\'s memory access cycles, and it can be configured for either a low-power or high-perfomance mode depending on the requirements of the specific application.

The controller includes several features that help ensure reliability and accuracy of data transfers. The integrated scheduler maintains the correct order of access to different memory banks, providing optimal bandwidth for applications that involve high transfer rates. In addition, the scheduler supports time division multiplexing, allowing for multiple requests to be handled simultaneously.

The SDN06464D1BJ1MT-50WR also features error-correction codes in order to minimize data errors. It includes an array of memory cells that are refreshed periodically to ensure data is not lost. The controller also includes a clock generator to ensure that all data transactions occur at the correct clock cycle.

Conclusion

The SDN06464D1BJ1MT-50WR memory module is a reliable and efficient choice for many residential and industrial applications. Its low-power design helps extend service life, and the integrated DDR3 SDRAM controller, error-correction codes, and clock generator help ensure accurate, reliable data transfers. With its wide range of applications and features, it is an ideal choice for many computer systems.

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