MT9HTF3272PY-667B1

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MT9HTF3272PY-667B1 is a type of memory module. It is specifically a DDR3-1333 Registered DIMM (RDIMM) module featuring an 8-bit prefetch, providing DDR3 data rates of up to 1333Mbps and 9-bit accuracy. The module uses a 16-bit differential data bus to communicate with system memory controllers or other components, and also features a serial interface, allowing both 8-bit and 16-bit data transfers.

The MT9HTF3272PY-667B1 module is used in a variety of applications such as server and other high performance computing systems, storage systems, and embedded systems. It features a module capacity of 16GB, with a maximum speed of 1333Mbps, and a clock frequency of 667MHz. The module also has a 32-bit error correction code (ECC) and a 32-bit prefetch buffer.

The working principles of the MT9HTF3272PY-667B1 module involve several components. Firstly, it has two types of delivery mechanisms, namely a memory controller and an address bus. Secondly, it has an 8-bit or 16-bit data bus between the memory controller and the address bus. Thirdly, the memory controller is responsible for the communication between the two buses, as well as the access to and management of the memory cells allocated on the 8-bit prefetch buffer.

Lastly, the memory cells allocated on the 8-bit prefetch buffer are used as a type of cache, which stores the data that has been accessed by the memory controller. Data that needs to be accessed repeatedly is stored on the 8-bit prefetch buffer, which then communicates with the memory controller using a serial interface. This allows the memory controller to access the data more quickly, reducing the need for additional reads from the memory device.

The MT9HTF3272PY-667B1 module offers superior performance, reliability, and power consumption over competing DDR3-1333 RDIMM modules. It is suited for a wide variety of applications requiring high performance, such as server and storage systems, embedded systems, and high-end computing applications. The module offers a low latency, high-speed data transfer rate, improved reliability, and a 32-bit ECC capability.

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