M378A1K43DB2-CVF
M378A1K43DB2-CVF, Samsung DDR4, UDIMM, 8GB, 1Rx82933Mbps, 1.2V, 288, (1Gx8) x 8
Key Features
Samsung is a globally renowned electronics company with leading technological strength and market position in the field of computer accessories, especially memory. The DDR4 memory module of its M378A1K43DB2-CVF model is a high-performance, low-power memory storage module.
This memory module adopts low-voltage technology, which only requires a voltage of 1.2V to achieve high-speed and stable data transmission. Compared to traditional memory modules, it reduces energy consumption while greatly improving the work efficiency of the memory module. The eight 1Gx8 storage chips ensure high-speed and stable data transmission, greatly optimizing the running speed of the computer, and bringing a better computing experience.
Moreover, this memory module has a capacity of 8GB and adopts a 1Rx8 memory structure, with a main frequency speed of over 2933Mbps. Its appearance design is similar to the standard UDIMM design, and its size is 288. It is suitable for a variety of working occasions, such as data center, cloud computing, High-performance computing, virtualization and embedded applications. Because of the reduced energy consumption, it is of great significance for energy conservation and environmental protection.
In addition, the DDR4 memory module of the M378A1K43DB2-CVF model also meets JEDEC industry standards and is compatible with most motherboards and computer devices. Its quality is reliable and its performance is stable, ensuring stability and reliability both in daily work and challenging difficult computing tasks.
Overall, the DDR4 memory module of the Samsung M378A1K43DB2-CVF model has quickly become one of the most popular memory modules in the market due to its low energy consumption, high-speed stability, and large capacity. As a highly advantageous memory, its performance and reliability have received unanimous praise from a large number of users, and it will definitely bring about market growth and development in the future.
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