MT8VDDT6464AY-40BF4

The MT8VDDT6464AY-40BF4 is a DDR2 memory module with a maximum capacity of 4GB. It is used primarily in desktop computers to provide fast data storage and retrieval. The module\'s memory architecture is optimized for high bandwidth applications, with a peak transfer rate of 1600MT/s.

The module utilizes an array of chip-selects, ranks and banks that work together to provide multiple pathways for data to travel in and out of the module. This helps to improve overall system performance and reduce latency. The module also includes error detection and correction (EDAC) technology that allows it to detect and correct errors that may occur during data storage and retrieval.

When the MT8VDDT6464AY-40BF4 is installed into a motherboard, it must be configured properly in order to utilize its maximum capacity and bandwidth. This involves setting the correct BIOS settings for the memory, as well as ensuring that the correct memory timings and control parameters are set. It is also important to make sure that the module is supported by the motherboard, as some motherboards may not support higher bus speeds.

The main application field of the MT8VDDT6464AY-40BF4 is in desktop PCs and servers. In these machines, the module is usually used as a primary storage solution. Its high transfer rate allows for faster access to data, which makes it well-suited for applications such as video editing and gaming. The module\'s error detection and correction technology also helps to ensure data integrity.

The working principle of the MT8VDDT6464AY-40BF4 is relatively simple. At the most basic level, the module works by storing and retrieving data from the chips on the module in an orderly fashion. It does this by sending electrical signals to the chips in order to control how they store and retrieve data. These signals are sent at specific times, depending on the type of memory being used, in order to ensure that data is written and read accurately.

The MT8VDDT6464AY-40BF4 is an effective solution for providing high-performance storage in desktop PCs and servers. By utilizing its array of chip selects, ranks and banks, as well as its EDAC technology, it is able to provide high levels of performance and reliability. Moreover, its simple working principle makes it easy to integrate into existing systems.