Crucial Модуль памяти DDR5 5600 mhz,2*16GB 32GB

Excellent performance: the high frequency of 5600MHz can provide faster data transmission speed, which is significantly improved compared to DDR4 memory.When dealing with scenes with high memory performance requirements such as large-scale games, multitasking, and professional software, it performs well, which can stabilize the game frame rate, speed up software loading and running, and reduce caton.
Large capacity: The capacity of 2X16GB provides sufficient memory space for the system, which is suitable for running multiple large-scale applications at the same time, and can easily cope with complex work loads, such as video editing, 3D modeling and other professional tasks, to avoid system crashes or catons caused by insufficient memory.
Low latency: Usually with a lower timing (such as CL36), the lower timing means that the memory responds faster and can provide data to the processor in a more timely manner, thereby improving the overall performance of the system.
Energy-saving design: The use of a low-voltage design of 1.2V, compared with the 1.35V voltage of DDR4, helps to reduce power consumption and heat generation, not only reduces energy consumption, but also enables the memory module to maintain a low temperature during long-term operation, improving the stability and reliability of the system.
Good heat dissipation: equipped with high-efficiency heat sinks, it can effectively reduce the operating temperature, ensure the stability of the memory during high-frequency and high-load operation, and avoid problems such as performance degradation or system failure due to overheating.
Strong compatibility: As a brand of Micron, the quality and compatibility of Yingruida memory are guaranteed.The memory supports Intel XMP 3.0 and AMD EXPO technology. Regardless of whether the user is using Intel or AMD platform, they can easily achieve “one-click overclocking” by opening the corresponding configuration file to obtain better performance without complex manual debugging.