MTA9ADF1G72PKIZ-2G6B1

Series:	--
Part Status:	Last Time Buy
Memory Type:	DDR4 SDRAM
Memory Size:	8GB
Speed:	2666MT/s
Package / Case:	288-MiniRDIMM

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MTA9ADF1G72PKIZ-2G6B1, known as LPDDR4, is an advanced type of random access memory (RAM) known as low-power double-data-rate synchronous dynamic random-access memory (LPDDR4 SDRAM), It is one of the latest in a rapid series of new memories that are helping to increase the memory capabilities as well as the efficiency of modern computing.LPDDR4 SDRAM technology is used in a number of applications, from consumer electronics to media players, servers, and even some old desktop computers. The memory architecture and design of LPDDR4 differs significantly from that of older memory technologies such as DDR3.To better understand the application field and working principle of LPDDR4, it is important for us to understand the fundamentals of its memory architecture and design. Memory architecture is the way in which the logic circuits, memory, and associated peripherals are designed and structured in order to achieve the desired performance characteristics of the system.LPDDR4 is a dual-data-rate (DDR) memory, which means that data written into the memory can be read back at twice the rate of which it was written. This enables it to achieve up to twice the access speed of DDR3 or DDR4, and therefore the memory is able to address more levels of chip complexity with no additional strain on the processor.The basic access mode of operation of LPDDR4 is based on pipelining, which is the process of sending data through the various levels of the chip. Each section of the chip is designed to perform a certain operation or sequence of operations. This enables the data to be accessed at the lowest latency and with the highest bandwidth.In addition to the pipelining process, there are other features of LPDDR4 that have significantly enhanced its performance. First, to reduce the power consumption of the chip, a Buffer-in/Buffer-out (BIB) system has been implemented. This system generates a buffer in the atmosphere between the memory and its processor, thus reducing the average power consumption of the chip.Second, to enable the most efficient use of the available bandwidth, multi-channel LPDDR4 technology was developed. This allows multiple memory channels to be used simultaneously, allowing for an increase in performance due to the parallel processing of data.Third, to increase the speed of the chip, an advanced level of memory timing has been created. This is known as Non-Volatile Memory Programming, and it allows the chip to access data quickly and reliably.Fourth, to reduce the power requirements of the chip, LPDDR4 supports a deep power down mode. This allows the chip to reduce its power consumption significantly when it is not in use, thereby increasing the device\'s battery life.Finally, to increase the longevity of the chip, LPDDR4 supports basic on-chip error correction. This allows for the prevention of errors that can occur during data communication, thus allowing for a much higher level of reliability and stability in the data that is transferred.In conclusion, LPDDR4 is a powerful and highly efficient memory technology that is used in a multitude of applications. Its memory architecture and design improves upon both older single-data-rate and double-data-rate technologies, and its increased speed, low power consumption, and improved reliability make it an ideal choice for many consumer and industrial applications.

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