MT36JDZS2G72PZ-1G6E1

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Memory - Modules

MT36JDZS2G72PZ-1G6E1, also known as DDR3 SDRAM, is a type of dynamic random access memory (DRAM) used in computing devices. It is a type of random access memory that stores data in a volatile format, allowing for quick access and retrieval of data. DDR3 modules are commonly used in desktops, laptops, and servers, as well as in embedded systems.

A DDR3 module consists of a number of memory chips and a circuit board that connects the chips together. The chips get their data from the memory controller, which is usually located on the main system board. The memory controller is responsible for sending and receiving data to and from the memory chips. The amount of data that can be stored depends on the size of the module and the memory capacity of the individual chips. DDR3 modules typically come in sizes from 2GB to 8GB.

DDR3 modules are typically used when higher speeds are needed than what can be provided by DDR2 or older technologies. The specifications for DDR3 are double the bandwidth of those for DDR2. DDR3 can provide higher transfer speeds due to the use of a wider data bus, clocking at 800MHz or more. The higher speed allows for faster data processing and improved performance in applications that require frequent data access.

The working principle of DDR3 modules is based on a refreshing and recharging process. When data is requested from the module, the memory controller sends electrical pulses to each of the chips on the module. This refreshes the data stored on the chip and recharges the cells so that they are ready to receive new data. The memory chips then send the requested data back to the memory controller, which then passes it on to the processor.

When the data has been processed, the memory controller then sends instructions back to each chip telling it to store the data in its respective cells. This automated process happens quickly, allowing for high performance with minimal latency.

DDR3 modules are used in a variety of applications, including high performance computing, gaming, digital media, and storage. The increased speed and reduced latency of DDR3 modules make them ideal for applications that require quick and frequent access to large amounts of data. They are also more cost effective than other types of memory, making them a popular choice for embedded systems and other economically-priced projects.

Overall, DDR3 modules are reliable and a widely used form of random access memory. They are capable of delivering high performance due to their wider data bus and greater memory capacity, and are widely used in modern computing devices.

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