VR7PU126498GBFSF Memory Cards, Modules

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Memory - Modules

VR7PU126498GBFSF are memory modules that are used in a wide variety of devices. They are also known as Registered Dual Inline Memory Modules (RDIMM) and may range from 8GB up to 128GB in capacity. These modules are primarily used in enterprise storage systems, workstations, servers, and other applications that require high amounts of memory.

Application Field

VR7PU126498GBFSF memory modules are designed for use in servers and workstations that need large memory capacities. These modules are often used in enterprise storage systems, including SAN/NAS, high performance computing, and networking applications. These modules can also be used in server-side applications, such as databases, web hosting, and cloud storage. Additionally, VR7PU126498GBFSF modules are ideal for video streaming, multimedia editing, and other intensive applications that require high amounts of memory.

Working Principle

VR7PU126498GBFSF modules are based on a DDR3 architecture, and are composed of register buffers, and synchronous dynamic random-access memory (SDRAM) chips. The register buffers act as a communication interface between the processor and the SDRAM chips. These buffers are responsible for controlling the flow of data between the processor and the memory chips. The SDRAM chips are responsible for storing the data and instructions that are used by the processor.

In order to ensure optimal performance, each memory module has a certain speed rating. This rating is used to measure the rate of data transfer between the processor and the memory chips. It is important to note that the speed rating of the module has no effect on the amount of memory it can contain, as this is determined by the number of DRAM chips on the module. A wide range of speed ratings are available, from 800 MHz to 1866 MHz.

When using multiple VR7PU126498GBFSF modules in a system, they must be installed in dual or quad channel configurations. A dual channel configuration will double the data transfer rate between the processor and the memory modules, while a quad channel configuration will quadruple the data transfer rate.

VR7PU126498GBFSF modules are also designed with two key technologies: Error Correction Code (ECC) and Advanced Memory Barriers (AMBs). ECC is designed to detect and correct errors due to environmental factors, such as humidity and temperature. AMBs are designed to help reduce inter-module latency, and increase the speed of data transfer between modules.

Conclusion

VR7PU126498GBFSF are memory modules that are designed for use in servers and workstations that require large memory capacities. The modules make use of register buffers and SDRAM chips, and have a range of speed ratings available.VR7PU126498GBFSF modules also feature ECC and AMBs, which help improve performance and reliability. By installing multiple modules in dual or quad channel configurations, it is possible to greatly increase the data transfer rate.

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