MT61M256M32JE-10 AAT:A TR

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From memory collection point of view, MT61M256M32JE-10 AAT (Advanced Address Translator) is a type of Random Access Memory (RAM) manufactured by Micron Technology. This RAM is primarily used for applications such as larger databases, complex scientific applications, and large graphical applications.

MT61M256M32JE-10 AAT is a Single Data Rate (SDR) DRAM, which is designed to have an average speed of 400 MHz with a burst rate of 12.8 Gbps. This type of RAM is capable of delivering a large amount of data in a very short time. The RAM is organized with a total of 32Mbits (256M bytes) of storage, each divided into 8K pages.

The MT61M256M32JE-10 AAT utilizes a unique mechanism called “Advanced Address Translator”, which allows it to access and store data quicker than traditional RAMs. This technology is based on the concept of “Multi-Level Address Translation”, which allows the RAM to address multiple levels of memory in a single cycle. This concept was first introduced by Micron in the Intel Core2 processor.

The Advanced Address Translator allows the processor to store addresses that can be referred to both for data access and for writing data to memory. Furthermore, it permits the processor to use only one address to access data instead of multiple memory accesses, which helps to reduce the number of control signals sent from the processor to the RAM.

The MT61M256M32JE-10 AAT is also designed to operate in a wide range of frequencies, allowing it to be used in systems ranging from 0-333 MHz. It is also capable of operating in various speeds and latencies, so it can be used in applications that require high performance, such as graphics and multimedia.

The MT61M256M32JE-10 AAT is an ideal choice for applications where a large amount of data must be accessed quickly. Its wide operating range and its ability to address multiple levels of memory in a single cycle allow it to be deployed in a variety of applications. Furthermore, its unique Advanced Address Translator technology ensures that data access is both efficient and reliable, making it suitable for applications that require high levels of performance.

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