96SD1-512M400NN-AD

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Memory modules are a critical part of a modern computer system. The 96SD1-512M400NN-AD is an example of a memory module designed to help maximize the efficiency of computer architectures. In this article, we will discuss the application fields and working principles of the 96SD1-512M400NN-AD memory module.

The 96SD1-512M400NN-AD is a Double Data Rate (DDR) 4 Synchronous Dynamic Random Access Memory (SDRAM) device. It is designed to operate at a clock frequency of 400MHz with a CAS (column address strobe) latency of 15. It is an Enhanced Data Output (EDO) device, meaning that it is capable of reading data from memory twice as fast as conventional RAM devices as it is able to read data based on the information stored in the current address and the previous address, rather than specifying the two consecutive addresses it should read from. The 96SD1-512M400NN-AD also supports asynchronous operation, meaning it can read and write data at any time without the need to wait for certain clock cycles.

The 96SD1-512M400NN-AD memory module is optimized for use in heavy-duty applications such as gaming consoles, servers, and workstations. It is capable of providing high bandwidth performance for reading and writing data to and from memory, as well as for running multiple high-performance applications simultaneously. Its support for error-correction code (ECC) allows it to quickly identify and correct errors that occur when data is transferred.

The 96SD1-512M400NN-AD memory module also features an on-board controller to enable more efficient memory management. The controller can be used to send special commands to the memory module, such as addressing and timing control, as well as memory access instructions. The controller also ensures that all the other components of the system are correctly synchronized, allowing for more efficient data transfers.

The 96SD1-512M400NN-AD memory module also features on-board error detection and correction, ensuring data integrity. If an error occurs during data transfer, the module can detect and correct it in time so that the system can continue operating properly. This makes the module ideal for high-performance applications where data accuracy is essential.

Finally, the 96SD1-512M400NN-AD memory module also supports advanced features such as low-power operation and power management. It can reduce power consumption drastically by automatically managing the power used by each memory bank. This allows the system to save energy during idle states and provides greater energy efficiency throughout its entire run time.

In summary, the 96SD1-512M400NN-AD is a powerful memory module designed for use in high-performance applications. Its features, such as asynchronous operation, error-correction code and on-board error detection, make it ideal for such applications. Its low-power operation and integrated power management further enhance its appeal for those looking for a efficient, high-performance memory module.

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