MT4VDDT864HG-265B2

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The MT4VDDT864HG-265B2 memory module is used for modern computer systems and is suitable for applications such as gaming, development and video/photo/graphic editing. MT4VDDT864HG-265B2 memory modules are designed for use with desktop, notebook and server computer systems, and can be easily installed within the system. The memory module is designed to provide enhanced performance, allowing applications to run faster and allow for smoother operation.

The MT4VDDT864HG-265B2 memory module is a double data rate type three (DDR3) synchronous dynamic random access memory (SDRAM). This type of memory module is commonly used in current computer systems, due to its enhanced performance capabilities and power efficiency. The memory module is designed to operate at up to 864MHz at a voltage of 1.65 volts, which is lower than many of the higher-end memory modules available. The memory module can provide speeds of up to 6.4 GB/s, allowing for faster processing and responsiveness.

The MT4VDDT864HG-265B2 memory module is designed to provide enhanced capacities for memory intensive applications. The memory module supports a maximum capacity of 8GB per module, and supports a maximum total capacity of 64GB when four modules are used. The memory module also supports ECC and x4/x8 dual and quad ranked module configurations. This allows users to configure the memory module for their individual needs and requirements.

The MT4VDDT864HG-265B2 memory module makes use of an advanced circuit architecture which allows for increased performance and power efficiency. The memory module utilizes a 64-bit channel architecture and has an eight-bank architecture with evenly distributed memory. This allows the memory module to be used in multi-processor systems, allowing for increased performance. The memory module also utilizes an advanced on-chip design, which allows for improved performance over traditional SDRAM designs.

The MT4VDDT864HG-265B2 memory module features advanced error correction technology, which helps to prevent data errors when the memory module is being used for mission-critical applications. The memory module also has thermal-friendly designs, allowing the module to be cooled more efficiently compared with other memory modules. This makes the memory module suitable for heavy workloads, and helps to prevent system crashes due to overheating. The memory module also features power-saving “timing and clock settings”, allowing the memory to run more efficiently.

In conclusion, the MT4VDDT864HG-265B2 memory module is a high-performance memory module suitable for modern computer systems. The module offers excellent performance and power efficiency, and is capable of supporting a wide range of applications. It is also designed to provide enhanced performance and reliability, and offers advanced error correction technology and thermal-friendly design for improved system stability and performance.

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