71T75802S133BGGI

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Memory

71T75802S133BGGI is a type of double data rate (DDR) synchronous Dynamic Random Access Memory (SDRAM). It is used in a variety of modern electronic products to provide faster memory access. The memory is designed with speed in mind, providing up to 2133 megatransfers per second, which is over twice as fast as the earlier generation DDR3 SDRAMs. This makes it an ideal choice for applications that require quick access to large amounts of data.

The memory operates at a voltage of 1.25V, making it much more energy efficient than earlier generations of DDR memory. The memory also uses less power, allowing it to be used in mobile devices and other applications where power consumption is critical. The memory has an error correction code (ECC) and thermal sensor, allowing for greater reliability and stability in demanding applications.

71T75802S133BGGI memory is most commonly used in high-performance servers, workstations, and enterprise storage solutions, where performance, capacity, and reliability are key requirements. The memory is also often used in applications such as gaming systems and high-end gaming notebooks, where speed, capacity, and performance are key. The memory is also popular in applications such as scientific and medical research, where the need for rapid data access and processing is key.

The memory works by storing data in small cells. Each cell stores a single bit of data, which is organized into a 64 bit “page”. The page is then divided into four 16-bit “banks”, which allow for faster access to the data stored in them. In order to access the data, the memory controller sends a command to the bank via the DDR bus, requesting the data be returned. Once the data has been received, the memory controller can then process it and store it to the appropriate location.

71T75802S133BGGI memory is an ideal choice for those looking for faster memory access, greater power efficiency, and the reliability of an ECC system, making it a popular choice for a variety of applications. With its combination of speed and energy efficiency, the memory is well suited for use in demanding applications such as scientific, medical, and enterprise storage systems.

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