MT9VDDT6472AG-40BF1

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The MT9VDDT6472AG-40BF1 is a high-density DRAM module that is widely used in a variety of applications. This versatile memory module is suitable for both server and desktop systems and can be used in both low-power and high-performance applications. The module has an integrated zero-bit refresh circuit, an integrated memory controller, and is capable of data rates of up to 667MHz. As such, the module is ideal for use in telecommunications and high-speed networks.

The MT9VDDT6472AG-40BF1 module is a single-slot, dual-channel, 4GB memory module. It is designed to support the DDR3 memory standard, and is compatible with all major x86 motherboard platforms. The module features an 8-bit wide data path, a wide range of row and column addressing, and a latency of 7.8ns. It is also available with 16-bit or 32-bit ECC.

The working principle of the MT9VDDT6472AG-40BF1 is based on the concept of “read-modify-write”. When the CPU attempts to write to the memory module, the module first checks to see if the data is already stored in the DRAM. If it is, the module reads and stores the data in a buffer, modifies the data according to the request of the CPU, and finally writes the modified data back to the memory.

The MT9VDDT6472AG-40BF1 offers a wide range of applications. It is well suited for use in servers, desktops, and high-performance computing systems. It is an excellent choice for high-performance computing and telecommunications applications, as its high-density, low-power, and ECC capabilities makes it an ideal choice for these applications. It is also suitable for use in consumer electronics, gaming, digital video recording, and other services requiring a high degree of memory bandwidth.

The MT9VDDT6472AG-40BF1 is a reliable and cost-effective memory module that provides excellent performance, especially in high-performance applications. Its high-density, low-power, and ECC features make it an ideal choice for a wide range of applications. And its versatility allows for a wide variety of uses in different scenarios.

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