QMP9GL512P11TFI020

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QMP9GL512P11TFI020 is a type of Memory. It refers to a part number classification with its type of product as dynamic random-access memory (DRAM). This memory belongs to small-outline dual-in-line memory module (SODIMM). It is a type of higher-end memory that possesses features such as Refresh Cycle 7.8µs (8192 Ref/64ms).

The application field of this type of Memory range from many devices such as personal computers (PC), routers and various Network Interface Cards (NICs). This type of Memory is usually used for medium to high quality usage.

Apart from a range of applications such as PC, mobile devices, Mainstream gaming, communications and many other similar applications, this type of Memory is also used in Ultrabook and laptop.

In terms of the working principle, QMP9GL512P11TFI020 follows the same basic principle as other DRAMs. It stores the data in capacitors which are periodically refreshed so that the charge can be kept which signifies the presence of ‘1’ or absence of charge signifies presence of ‘0’.

QMP9GL512P11TFI020 is a synchronous DRAM which means all the operations are performed in a lock-step fashion. During an access of a word line, the sense amp is energized, followed by the read/write operation and finally, the data is stored in the memory cell.

It also comes with two different configurations: Single Data Rate (SDR) and Double Data Rate (DDR). SDR accesses one bit of data per cycle; while DDR access two bits of data per clock cycle. The higher the data rate, the more efficient the Memory will be.

Apart from that, this type of Memory also comes with Error Correction Code (ECC) technology. This technology is able to detect and correct errors during reading and writing of memory. This provides additional security and reliability of data storage and retrieval.

In conclusion, QMP9GL512P11TFI020 is a type of Memory. It is mostly used in personal computers, laptop, Ultrabook, gaming and communication devices. It follows the same fundamental working principle like other DRAMs, distinguishing itself mainly with features such as SDR and DDR configurations, Refresh Cycle and ECC technology.

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