51-02471V01-A

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Memory is an essential part of a computer system. The 51-02471V01-A is a type of memory module used in some systems. It\'s a non-volatile, high-speed memory technology designed for a variety of applications, including demanding embedded applications.

The 51-02471V01-A is a 64-bit memory module composed of 16 dual-die devices. The module has two ranks, each with eight individual 64-bit chips, arranged side-by-side. The dual-die packages use a double data rate (DDR) architecture with parity protection.

The memory module can support a data transfer rate of 1.6 gigabytes per second (GB/s). It is also capable of running at a voltage of 1.5 volts and is temperature compensated to maintain its performance at elevated operating temperatures. The total power consumption at its maximum speed is approximately 1.0 watts.

The memory module is optimized for embedded applications such as cached and buffered single-ended mode access, as well as buffered Registered Dual Inline Memory Module (RDIMM)mode operation. It is also suitable for use in multiprocessor and multicore applications, as well as for multiplexed data and command functions.

In terms of working principle, the 51-02471V01-A works like other types of memory. It stores data in a random-access memory using a static RAM operating at 1.6 GB/s. The module is capable of retaining data without power and can be quickly written to and accessed. It also has an error correcting code that can detect and correct single-bit errors.

The memory module is capable of executing a number of different processes including data burst transfers, read/write operations, access cycle timing, and power management. It also features data-scrambling technology, which is used to protect data integrity and reduce noise. This ensures that the memory stays reliable and performing at its best.

The 51-02471V01-A is a high-performance memory module designed for a variety of applications. Its small size and low power consumption make it ideal for embedded applications, and its error correcting code ensures reliable data storage and retrieval. This makes it a great choice for data-intensive applications such as server and embedded computing.

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