MT8HTF3264AY-53EB4

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The MT8HTF3264AY-53EB4, released by Micron Technology, is a DDR3 memory module designed to handle the demands of high-speed applications. It provides an effective way to expand system performance and increase the efficiency of data transfers.

This device is a single-rank, single-sided, 8GB module with a size of 72bit x 72bit. It can be used in a variety of systems, from desktop computers to industrial and scientific workstations. The MT8HTF3264AY-53EB4 is designed to meet the needs of those looking for high performance in a cost-effective manner.

The device is composed of a total of 8GB of DDR3 SDRAM chips organized on a printed circuit board (PCB). The DDR3 chips used in the MT8HTF3264AY-53EB4 are rated to run at 1333MHz, providing a 128-bit data interface. The module is also rated to operate at a maximum temperature of 85°C.

Once installed, the MT8HTF3264AY-53EB4 starts to work immediately. Data is transferred between the module and the host computer through a 128-bit interface using Address Sequence Interleaving. With this technique, data is moved between physical chip addresses in a sequence from one address to another, slightly offset from one chip to another, which maximizes the speed of data transfers.

The MT8HTF3264AY-53EB4 is well suited for applications where high-speed data transfer and reliability are required. These include industrial automation systems, signal processing applications and high-performance computing. It is also a good solution for distributed computing systems, as the module requires no additional components to increase system performance.

The module is also compatible with mainstream operating systems and is designed to meet the demands of today’s applications. Its low-power design enables the device to consume minimal energy while offering high performance.

In conclusion, the MT8HTF3264AY-53EB4 is a high-performance memory module ideal for high-speed applications. With its advanced address-sequence interleaving technology, this device can offer improved system performance without the need for additional components. It is well suited for industrial automation, signal processing, and distributed computing applications, and is compatible with a variety of operating systems.

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