AQ56P64A8BKK0S Memory Cards, Modules

Memory - Modules: AQ56P64A8BKK0S Application Field and Working Principle

Among the different kinds of memory modules available in the market, the AQ56P64A8BKK0S is a DDR4 2400Mhz 8GB ECC DIMM module produced by Atemek Memory. This is an SDRAM module that provides improved system response time due to its increased memory bandwidth.

SDRAM modules are amongst the most commonly used memory modules because of their excellent performance and durability. AQ56P64A8BKK0S is one such memory module that is designed for use in industrial applications. It has a high data transfer rate and provides enhanced system reliability. As a result, it is frequently used in data intensive and critical applications such as communications, telecommunications, and other industrial processes.

Working Principle of SDRAM Memory Modules

SDRAM memory modules operate on a synchronous system known as "memory timing". The signal is generated at the address pins and consists of three components. The system clock is the basic timing component that controls the rate of change of a specific signal. The other two components are address bits which select the exact location of the data to be read from or written to.

In order to read data from the SDRAM module, a signal is generated that is provided to the address pins, thereby providing the module with the address of the data to be retrieved. The module then reads the data from the designated address and sends it back to the processor.

Similarly, when a write operation is required, the processor sends a signal and data to the module, which is then stored in memory. These operations take place within a specified amount of time, which is known as the latency. The latency of the module is determined by the number of clock cycles the module requires to read or write data, and is a measure of the efficiency of the module.

Advantages of Using AQ56P64A8BKK0S

The AQ56P64A8BKK0S module comes with a number of advantages. It is relatively low cost compared to other modules and offers improved performance thanks to its increased data transfer rate. Furthermore, its latency is low, allowing for quick access to data. Additionally, the module is specifically designed for use in industrial applications, making it especially suitable for companies looking to build high-performance systems.

Moreover, the module is ECC compliant, which means that it is capable of correcting any errors that may occur during operation. This helps to ensure data reliability and system stability, thereby reducing the risk of system failure.

Conclusion

The AQ56P64A8BKK0S SDRAM module offers a combination of outstanding performance and dependability, making it the ideal choice for industrial and corporate applications. Its relatively low cost and high data transfer rate make it one of the better memory modules available. Furthermore, the module is ECC compliant, allowing it to correct any errors that may occur during data transfers, thus ensuring data reliability and system stability.