MT4VDDT3264WG-265C1

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Memory modules are essential components of computers, along with the central processing unit and the storage medium for the computer system. The MT4VDDT3264WG-265C1 is one such memory module, and this article will provide an overview of its application field and working principle.

The MT4VDDT3264WG-265C1 is a DDR3L SDRAM module, with densities ranging from 4GB to 16GB, speeds ranging from 1333 MHz to 1600 MHz, and low voltage. Its 64-bit wide data-bus provides a high transfer rate of up to 12.8 GB/s, making it perfect for memory-intensive applications. It also has an onboard thermal sensor and thermal design power range of 8.75W to 17.5W, making it both reliable and energy-efficient.

The MT4VDDT3264WG-265C1 can be used in a wide variety of applications, such as gaming, server systems, workstations, embedded systems, and a variety of other industrial and consumer applications. Its high performance and reliable operation make it suitable for any application where quick access to large amounts of data is necessary.

The MT4VDDT3264WG-265C1 employs the DDR3L SDRAM architecture, which is based on a chip as module organization. It consists of an array of memory cells arranged in multiple banks, with each bank containing 64-bits of data. The memory module is operated using special commands, such as for initializing, reading data, and writing data, which are accepted by a controller and then transferred to the memory cells. The controller accepts the commands and translates them into appropriate signal commands that are sent to the memory cells, allowing the memory module to access and store data.

The MT4VDDT3264WG-265C1 also employs an Error Correction Code (ECC) to ensure data integrity. The built-in ECC algorithm detects and corrects any single-bit error in the data, making sure that the data is not corrupted. The ECC mechanism also enhances the module\'s reliability and ensures that data is stored and transferred without any errors.

Overall, the MT4VDDT3264WG-265C1 is an efficient memory module designed for a wide range of memory-intensive applications. Its wide range of densities and speeds, along with its reliable operation, make it a perfect choice for any situation requiring fast access to large amounts of data. In addition, its built-in ECC algorithm ensures that data is transferred and stored without any errors.

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