MT9KDF51272AZ-1G4E1

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The MT9KDF51272AZ-1G4E1 is a computer memory module developed by American electronics giant Micron. It is a DDR3L 4G x 64 166MHz CL11 2Rx8 1.35V Unbuffered SODIMM, and has a range of applications in computing and data storage.

The MT9KDF51272AZ-1G4E1 is a highly advanced and efficient memory module. It is comprised of 64MB memory chips connected to a module of modules, that can be interconnected in various configurations depending on a computer\'s application. It has a total memory capacity of 4GB, and a maximum clock speed of 166MHz. This makes it perfect for high speed and high performance applications requiring large amounts of memory. Additionally, it is highly energy efficient; drawing only 1.35V of power for operation.

The MT9KDF51272AZ-1G4E1 can be used in a variety of computing applications, including servers and workstations, as well as in consumer electronics. In servers and workstations, it helps with faster data processing and increased overall productivity, as the module delivers faster memory access and significantly improves server performance. In consumer electronics, it is often used in gaming consoles and graphics cards; due to its high speed and low power requirements, it helps to improve the graphics performance of the device and prolong battery life.

The MT9KDF51272AZ-1G4E1 operates using a x64-bit architecture, meaning that it can accommodate 64-bit Instructions from various CPU architectures. This is beneficial as it allows for improved performance and higher data throughput, making the module ideal for multi-processor systems and applications. Additionally, it features 2Rx8 configuration which improves reliability and reduces the impact on thermal performance, enabling quiet and cool operation.

In conclusion, the MT9KDF51272AZ-1G4E1 is an advanced and reliable memory module that is the perfect solution for servers, workstations, gaming consoles, and graphics cards. It is highly efficient, drawing only 1.35V of power and providing excellent performance with comparatively low power consumption. Additionally, its x64-bit architecture and 2Rx8 configuration further improve its overall reliability. It is therefore an excellent choice for any computing application that requires large amounts of memory and high-performance data processing.

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