AW56P7218BKF8M Memory Cards, Modules

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AW56P7218BKF8M is a high-performance DRAM (Dynamic Random Access Memory) module that can provide up to 18 GB of RAM. It is classified as a Memory Module and is available in a variety of speeds, densities, and packages.

Application Field:

AW56P7218BKF8M is mainly used in enterprise and data-center applications, such as servers, storage, network, embedded, and telecom systems. The module is designed to provide an improved performance and increase system life cycle due to its high performance and reliability. It can also be used in various applications such as automotive, military, aerospace, and medical systems.

Working Principle:

The AW56P7218BKF8M works by using an array of capacitors and transistors which store a charge. When a request is made, the capacitors charge is discharged and the data is stored in the capacitor. This is achieved by using the four-way handshake protocol which is used to allow communication between memory components. The four handshake protocol works by sending data, getting acknowledgement and then sending and getting acknoledgement again. This means that the data is reliably and securely stored while it is in transit.

The AW56P7218BKF8M also uses Error Correction Code (ECC) which helps to detect and correct errors that may occur while the data is in transit. The ECC can detect and correct up to three single bit errors and one double bit error. This helps to ensure that the data remains reliable and secure, even in cases of memory malfunction.

The AW56P7218BKF8M also uses refresh techniques which ensures that memory cells are not prone to leaking. Refresh techniques help to ensure that data is properly stored, which improves system reliability and performance. This also reduces the chances of data corruption which can cause system malfunctions and lead to data loss.

Conclusion:

The AW56P7218BKF8M memory module is a high-performance DRAM module which is classified as a Memory Module. It is mainly used in enterprise and data-center applications, such as servers, storage, network, embedded, and telecom systems. The module is designed to provide improved performance and increased system life cycle due to its high performance and reliability. It also uses Error Correction Code to detect and correct errors that may occur while the data is in transit, and refresh techniques to ensure that data is properly stored and system reliability is improved.

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