AW56P7218BKH9M

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Memory Modules

AW56P7218BKH9M is a dynamic random access memory (DRAM) module that has been popular in the market for its high capacity and power efficiency. It is a single-rank 64-bit memory module that has a capacity of 16GB per stick and operates at 2133MHZ clock frequency. This module is based on JEDEC standards, and its memory chips are DDR4-based 20nm class technology.

Application Field

The AW56P7218BKH9M is widely used for both desktop and laptop computers that offer a good balance of speed and capacity. It is a perfect choice for home and business users who need some extra memory with higher capacity storage. Many gaming enthusiasts use this DRAM module to improve their gaming experience, as it offers fast loading times for games and smooth transition between scenes. This module can also be used in embedded systems for industrial and automotive applications. It offers better performance and power efficiency compared to other DRAM modules.

Working Principles

AW56P7218BKH9M is a 64-bit memory module that operates like a bank of memory cells. Each memory cell contains two parts: a capacitor and a transistor. During operation, the capacitor stores a tiny charge, representing a one or a zero, while the transistor acts as a switch. When the memory module needs data, the transistor activates and allows the data to be read from the capacitor. The data is then stored in the module\'s memory banks for further processing.

The module also has error correct code (ECC) support, which can detect and correct single or multiple bit data errors. ECC technology ensures data integrity and accuracy, by preventing wrong data from being written in the module. This improves system reliability, readiness, and scalability.

AW56P7218BKH9M also supports self-correcting algorithms, which detect and correct single and multiple bit data errors. This helps to reduce processor utilization, unnecessary data transfers, and decrease system crashes. It is a great choice for any system that needs to increase its performance and reliability.

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