RAM G.Skill Ripjaws S5, DDR5, 96 GB, 5600MHz, CL40 (F5-5600J4040D48GX2-RS5K)

Excellent memory for gamers Ripjaws S5 is a high-quality DDR5 memory designed for the latest Intel Core processor platform. Each Ripjaws S5 module uses best-in-class, hand-inspected memory chips, ensuring a perfect balance between performance, compatibility, and stability. Ripjaws S5 modules come with a black or white aluminum heat sink that perfectly suits any PC enthusiast and gamers looking for excellent memory speed, capacity, and style. Experience speed evolution Each Ripjaws S5 memory module is made from high-quality, hand-protected integrated circuits, ensuring stability and reliability. Unlike the standard 3200 MT/s DDR4 frequency, the DDR5 standard ensures 4800 MT/s or higher memory speed. Ripjaws S5 is an excellent choice to experience the highest results. Powerful performance with elegance A sleek and rounded design available in matte white or black makes Ripjaws S5 the best choice for gamers and enthusiasts who want an effective system. Thanks to the low-profile design, Ripjaws S5 modules will be a great compact mini-ITX design or systems with large processor cooling systems. Excellent collaboration with Intel platforms G.SKILL creates ever-faster RAM that works excellently with Intel platforms. All Ripjaws S5 modules are optimized for the latest Intel Core 12th generation processors and the new Z690 chipset platform. The memory utilizes DDR5 memory potential, providing gamers, overclockers, and enthusiasts worldwide with a completely new performance level. Additionally, each Ripjaws S5 module supports XMP 3.0 technology, allowing easy overclocking. Pushing the limits in DDR5 memory DDR5 memory was designed to help increase capacity, with modules having 16 GB, 32 GB, 64 GB, and up to 128 GB capacities. The new standard ensures smoother workflow when significant effort is needed, such as content creation, video editing, animation, scientific calculations. APPENDIX III DDR5 integrated circuits were created to fully utilize higher frequencies, thereby increasing data transfer speed. [...]