Mémoire RAM G.Skill RipJaws 5 Series Noir 16 Go (2 x 8 Go) DDR4 4000 MHz CL16

Feel the Rush of Ripjaws V. The G.Skill RipJaws 5 Series Noir 16 Go (2 x 8 Go) DDR4 4000 MHz CL16 is the latest addition to the classic Ripjaws family, designed for maximum compatibility and cutting-edge performance with the latest Intel® Core™ processors. This kit, F4-4000C16D-16GVKA, features two 8GB DDR4 PC4-32000 memory sticks optimized for dual-channel performance. Blazing Fast Transfer Speed. With a wide range of frequencies from DDR4-2133MHz to DDR4-4000MHz, Ripjaws V offers a faster computing experience ideal for gaming, video editing, rendering, and data processing. Rigorously Tested for Compatibility and Reliability. Each Ripjaws V DDR4 memory kit undergoes G.SKILL's rigorous validation process on major performance motherboard brands, ensuring reliability and compatibility. Color It Up. The Ripjaws V series is not only about performance but also style, available in five different colors: Blazing Red, Steel Blue, Radiant Silver, Gunmetal Gray, and Classic Black. 42mm Module Height. Designed with a 42mm module height, Ripjaws V ensures compatibility with most oversized CPU heatsinks. Up to 128GB Ultra High Capacity. Offering various capacity configurations, including ultra-high 16GB modules for up to 128GB (16GBx8), Ripjaws V provides limitless possibilities. Power Efficient. Operating at a low voltage of 1.2V~1.35V, this DDR4 memory kit reduces the memory voltage requirement by 20% compared to DDR3 kits, enhancing system performance without overheating. XMP 2.0 Support. Equipped with Intel XMP 2.0 profiles, Ripjaws V allows for easy setup for extreme performance. Elevate your system's performance with the G.Skill RipJaws 5 Series Noir 16 Go (2 x 8 Go) DDR4 4000 MHz CL16 memory kit. Caractéristiques principales : - Capacité : 16 Go (2 x 8 Go) - Type de mémoire : DDR4 - Fréquence : 4000 MHz - Latence : CL16 - Configuration : Kit Dual Channel - Hauteur du module : 42mm - Capacité maximale : Jusqu'à 128 Go - Tension : 1.2V~1.35V - Profils XMP 2.0 : Supportés