Large capacity supports multitasking: The single-module capacity of 64GB provides sufficient memory space for servers, enabling them to simultaneously handle multi-task loads such as running multiple virtual machines, large-scale database queries, and complex data analysis calculations. It reduces frequent data swapping caused by insufficient memory and improves the overall operating efficiency of the system.
High-speed data transmission capability: Adopting the DDR4 memory standard with a working frequency of 2933MHz, it offers higher data transmission bandwidth compared to low-frequency DDR4 memory (such as 2133MHz and 2400MHz). Theoretically, DDR4 memory at 2933MHz can achieve a bandwidth of approximately 23.4GB/s per channel, enabling fast data interaction between the CPU and memory, reducing data latency, and improving the server's response speed to high concurrent requests. It is particularly suitable for scenarios involving processing large amounts of real-time data, such as online transaction systems and cloud computing services.
Outstanding stability and reliability: As server-specific memory, it usually comes with ECC (Error-Checking and Correction) functionality, which can real-time detect and correct single-bit errors in the memory. This prevents server crashes or data loss caused by memory data errors, ensuring the server operates stably and reliably under long-term, high-load conditions, which is crucial for enterprise-level applications requiring continuous operation.
Compatibility and scalability adaptation: It strictly complies with server memory specifications and is compatible with mainstream server motherboards and CPUs, ensuring the hardware system works collaboratively. Additionally, the single-module capacity of 64GB facilitates server memory expansion, making it easy to flexibly increase the total memory capacity according to business growth needs.
Optimized energy efficiency ratio: Compared to the previous generation DDR3, DDR4 memory performs better in power consumption control. The energy consumption at 2933MHz is well-balanced, helping to reduce the overall power consumption of the server while providing high performance, thus lowering operating costs and meeting the energy-saving requirements for long-term stable operation of servers.
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