SDN06464K1BE1NA-50R

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Memory Modules -- SDN06464K1BE1NA-50R Application Field and Working Principle

SDN06464K1BE1NA-50R is a type of memory module, also known as a Dual In-line Memory Module (DIMM), used in high-performance computing systems. It is an industry-standard form factor, designed for use in desktop, laptop, and server computers. This memory module is compatible with most Intel and AMD processors, and is made up of a pair of matched memory chips, each containing up to 16GB of DDR3 RAM.

The SDN06464K1BE1NA-50R memory module offers outstanding performance, allowing for faster data transfer, faster boot-up, and improved overall system responsiveness. It also offers enhanced support for multi-core processing, which increases the speed and efficiency of system operations. The SDN06464K1BE1NA-50R memory module is compatible with a wide range of motherboard and chipset platforms, and is optimized for use with Intel and AMD CPUs.

The main advantage of the SDN06464K1BE1NA-50R memory module is that it offers an effective way of expanding the main system memory capacity. Adding additional memory modules can significantly increase system performance, and reduce the need for expensive upgrades to system hardware and software. This type of memory module is also used in multi-gigabyte systems, where more memory is needed than that provided by standard system memory modules. The SDN06464K1BE1NA-50R is built with error-correcting code (ECC) memory, which is designed to detect and correct memory errors as they occur.

The working principle of the SDN06464K1BE1NA-50R memory module is relatively simple. When installed, the module communicates with the motherboard through a pair of signal pathways, known as the Front Side Bus (FSB) and the Address Bus (AB). The FSB carries all the data transferred into and out of the memory module, while the AB serves as the address for all incoming and outgoing data. All the data that is transferred to and from the memory module is stored on a set of chips that are connected to the module.

When the CPU needs to access a piece of data stored in the SDN06464K1BE1NA-50R memory module, the data request is first sent to the FSB. The data is then sent to the AB, where it is decoded and sent to the appropriate chip. When the data has been read from the chip, it is sent to the FSB, where it is sent back to the CPU. When data is being written to the memory module, the process is reversed.

The SDN06464K1BE1NA-50R memory module is typically used in high-performance systems, where more memory is needed than is available from standard system memory modules. This type of memory module is often used in multi-gigabyte systems, where the large capacity of the module is needed in order to support the system. Additionally, the use of ECC memory helps to ensure the integrity of the data stored in the module.

Overall, the SDN06464K1BE1NA-50R memory module provides advanced performance and reliability. It enables high-performance computing systems to benefit from increased memory capacity and improved system performance. In addition, the robust error-correcting code memory offers enhanced data accuracy and integrity. The SDN06464K1BE1NA-50R memory module is a popular choice for use in high-performance computing systems.

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