MT48V4M32LFF5-10:G

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MT48V4M32LFF5-10:G is a double data rate DRAM module from Samsung Semiconductor, closely related to its low profile double data rate (LPDDR) family of memory. The memory features an outstanding data transfer rate, which can be measured up to an impressive 1866 Mbps. The MT48V4M32LFF5-10:G can also be referred to as a 4Gb LPDDR4 device, mainly developed for mobile applications. This memory offers the highest densities, the best performance, and the lowest power consumption of any current DDR technology.

The applications of the MT48V4M32LFF5-10:G are primarily used in mobile devices and embedded systems. In mobile devices, the MT48V4M32LFF5-10:G helps to take advantage of 4K resolution displays, making the end user experience smoother. Additionally, mobile device vendors prefer the MT48V4M32LFF5-10:G for its better power effectiveness, meaning it can last much longer than regular memories. This is because the MT48V4M32LFF5-10:G ensures a more efficient use of the available power. Embedded systems such as medical imaging equipment, navigation systems, and automobiles also make good use of the MT48V4M32LFF5-10:G.

The working principle of the MT48V4M32LFF5-10:G is rooted in LPDDR4 or double data rate (DDR4) technology, which is the latest memory standard for mobile devices. This kind of memory is able to transfer data 8 times as fast as regular "single data rate" memory, like that used in desktop computers. This technological advantage makes for shorter refresh cycles and improved data transfer rates, leading to a significant boost in performance. The MT48V4M32LFF5-10:G operates at a voltage of 1.1V or 1.2V and its memory size reaches up to 4GB.

The memory chip inside the MT48V4M32LFF5-10:G is composed of an array of DRAM cells, which are basically integrated circuits that store binary digits. Each DRAM memory cell consists of a capacitor, which stores a charge and a transistor, which helps the cell to display the stored charge at any given time. In order to read or write a value in the cell, the pass transistor must be opened. This activates a sense amplifier, which reads the contents of the cell. When the transistor is closed again, the value of the capacitor is restored.

In summary, the MT48V4M32LFF5-10:G is a 4Gb LPDDR4 device, developed for mobile applications that require high performance and density, without trading off power consumption. Its underlying working principle is rooted in double data rate technology, which is composed of DRAM cells that store a binary value. The MT48V4M32LFF5-10:G benefits from a low voltage consumption, a high performance data transfer rate, and can contribute to a smoother user experience in mobile devices.

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