RT39C16G20NG

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Part Status:	Active

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RT39C16G20NG is a type of DRAM memory chip used in computer graphic cards. It is used in high-performance graphic cards like the RTX 2080 Ti and RTX 2080 Super graphics cards. The capacity of the chip is 16GB and it has a rated frequency of 20 Gb/s. This chip has a large capacity and extremely fast speeds.The RT39C16G20NG chip is a chip from the DDR4 SDRAM family and it is a DRAM with a separate I/O bus. The separate I/O bus allows for an increased bandwidth as well as for improved latency. The RT39C16G20NG chip has a data transfer rate of up to 20 Gb/s and can support a maximum bandwidth of 128 GB/s. It also has a latency of up to 55 ns.The RT39C16G20NG chip has a number of applications in the field of computer gaming. It can be used to provide an extremely fast and smooth frame rate for gaming, as well as providing support for long frame times and high refresh rates. In most cases, the performance of the graphics card will be significantly improved if an RT39C16G20NG chip is installed.In addition to the gaming applications, the RT39C16G20NG chip can also be used for 4K video recording and editing. The high bandwidth provided by the chip allows it to quickly process 4K footage and provide smooth playback. The high frequency also allows for faster editing when working with video footage.The RT39C16G20NG chip has many benefits and applications in the field of computer graphics. It can provide an extremely fast and smooth frame rate for gaming, support long frame times and high refresh rates, and provide support for 4K video recording and editing. The chip is one of the most powerful and capable memory chips available in the market, and it is the ideal choice for high performance gaming and video editing.The RT39C16G20NG chip works by passing data from one memory channel to the next. Each of the four memory channels is made up of two memory banks. All four of the memory banks are then connected to a memory switch. The memory switch enables data to be sent between each of the memory banks and the CPU.When data is written to the RT39C16G20NG chip, it is first written to one of the four memory banks of the chip. Each of the four memory banks is then connected to the memory switch, which sends the data to the CPU. The CPU then processes the data and stores it in its own memory. This process is then repeated for each of the four memory banks of the chip.The RT39C16G20NG chip provides an extremely efficient method of data transfer and storage. It is capable of handling large amounts of data with relatively little power consumption. The chip is also designed to be highly stable and reliable. It is one of the most powerful and reliable memory chips available, and it is the ideal choice for high performance gaming and video editing.

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