AY56M7268BKH9M Memory Cards, Modules

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Memory Modules play an important role in the structure of the computer system since they can store multiple crucial parts of the system. This article will discuss the AY56M7268BKH9M Memory Module and its application field and working principle.

AY56M7268BKH9M Memory Module is an 8 GB DDR4 registered dual rank x16 module. It has 288-pin DIMM sockets and operates at a voltage level of 1.2V, with a data rate of up to 2666 MHz. It is a high performance module designed to be used in high-end server and workstations. The module has been designed keeping in mind the needs of professional applications like high-speed video editing and 3D graphics.

The most common application field of AY56M7268BKH9M Memory Module is stackable computer systems. This application field includes storage servers, networking appliances, web servers and super computers. It can be used in a variety of ways to improve the performance of the computer system. It is also used in a variety of embedded systems where high speed data transfer and fast response time is required.

The working principle of the AY56M7268BKH9M Memory Module is quite simple. It is a random access memory (RAM) module, which means that any data can be accessed in any order. It is composed of multiple LPDDR4 DRAM chips which are arranged in a specific manner. Each chip has an associated row and column address. When a request is made for a certain data, the appropriate address is located and the data is accessed from the appropriate chip.

The AY56M7268BKH9M Memory Module is also capable of concurrent operations, which means that it can access multiple requests at the same time. This makes it ideal for applications that require high data transfer rates or low latency. The module is also highly reliable and consumes less power than other similar modules.

The AY56M7268BKH9M Memory Module is a reliable and power efficient module which makes it an ideal choice for applications where high data transfer rates and low latency are needed. It is used in stackable computer systems, networking appliances, embedded systems and super computers to deliver a higher level of performance.

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