SDN01G64D1BJ2SA-50R

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Memory modules are essential components of a system\'s memory chain, and the SDN01G64D1BJ2SA-50R is a popular example. This module consists of a single 64-bit DDR3 SDRAM SGRAM on a 240-pin Ball Grid Array (BGA) package. It offers a wide range of features to make it suitable for many applications.

The module is rated for up to 1600 MT/s data transfer rate. It supports four ranks of data organization and 64-bits wide data paths. The module also supports programmable burst lengths of up to 8, as well as variable failure detection and correction.

The Primary Application Field of the SDN01G64D1BJ2SA-50R is for medium- to high-end embedded systems and workstations, as well as board-level applications. It is designed to provide fast, reliable data transmission and storage. Furthermore, the module also has a low power draw and is optimal for cooling in small form factor designs, including rack-mounted systems.

Working Principle of the SDN01G64D1BJ2SA-50R: Firstly, data is stored on the module using the DDR3 technology, making it capable of achieving speeds of up to 1600 MT/s. This a great advantage, especially when dealing with large amounts of data. When data is stored, the module organizes the data into four ranks. This helps to increase the speed of access and data transmission. Furthermore, the module also features a variable failure detection and correction system, making it reliable and robust.

In order to read and write data to and from the module, the module needs to be connected to a system using the appropriate interface. The SDN01G64D1BJ2SA-50R module uses a single 240-pin Ball Grid Array (BGA) package to make this possible. This package also allows for a low power draw, ensuring that the device does not draw too much power and cause the system to overheat.

The SDN01G64D1BJ2SA-50R module is a great choice for those looking for reliable and fast memory solutions in their systems. It supports up to 1600 MT/s data transfer rate and four ranks of data organization, allowing for effective data access and transmission. Furthermore, the device also features a variable failure detection and correction system, ensuring the module remains reliable even when dealing with large amounts of data. Finally, the device also has a low power draw, making it ideal for cooling in small form factor designs, including rack-mounted systems.

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