Perfect memory for players Ripjaws S5 is a high-performance DDR5 memory adapted to the latest Intel Core processor platform. Each Ripjaws S5 module uses the best in its class, hand-screened memory chips, ensuring the perfect balance between performance, compatibility and stability. Ripjaws S5 modules are available with a black or white aluminum heat sink that fits perfectly to any PC for enthusiasts and players who are looking for the perfect memory in terms of speed, capacity and style. Experience the evolution of speed Each Ripjaws S5 memory module was built of high quality, hand shielded integrated circuits, which guarantees stability and reliability. Unlike the standard DDR4 frequency of 3200 MT/s, the DDR5 standard provides 4800 MT/s memory speeds or more. Ripjaws S5 is the perfect choice to experience the highest performance. Powerful power combined with elegance The elegant and circular design that is available in matte white or black makes Ripjaws S5 the best choice for players and enthusiasts who want an efficient system. Thanks to the low profile design, Ripjaws S5 modules will be perfect in compact mini-ITX designs or systems with large processor cooling systems. Excellent cooperation with Intel platforms G.SKILL develops increasingly faster RAMs that work perfectly with Intel platforms. All Ripjaws S5 modules are optimized for the latest Intel Core 12 generation processors and the new Z690 chipset platform. Memory exploits the potential of DDR5 memory providing players, overclockers and enthusiasts worldwide with a whole new level of performance. Moreover, each Ripjaws S5 module supports XMP 3.0 technology that makes it childishly easy to screw up. Overcome limits with DDR5 memory The DDR5 memory was designed to support increased capacity, providing modules with 16 GB, 32 GB, 64 GB and up to 128 GB capacity. The new standard guarantees a smoother flow of work for demanding loads such as content creation, video editing, animation rendering and scientific calculations. Revolutionary performance DDR5 integrated circuits have been designed to make full use of higher frequency speeds, increasing data transmission speed. Each integrated circuit is implemented with [...]