Ripjaws S5 Series, designed for Intel 600/700/800 Series Chipset with 12th/13th/14th Gen Intel Core Series CPU or Intel Core Ultra 200 Series CPU
G.SKILL Ripjaws S5 Series (Intel XMP 3.0) DDR5 RAM 48GB (2x24GB) 5200MT/s CL40-40-40-83 1.10V Desktop Computer Memory UDIMM – Matte White (F5-5200J4040A24GX2-RS5W) is a stylish way to show your support for the G.SKILL Ripjaws S5 Series (Intel XMP 3.0) DDR5 RAM 48GB (2x24GB) 5200MT/s CL40-40-40-83 1.10V Desktop Computer Memory UDIMM – Matte White (F5-5200J4040A24GX2-RS5W). Cool Base technology keeps you cool on the hottest days and the G.SKILL Ripjaws S5 Series (Intel XMP 3.0) DDR5 RAM 48GB (2x24GB) 5200MT/s CL40-40-40-83 1.10V Desktop Computer Memory UDIMM – Matte White (F5-5200J4040A24GX2-RS5W) logo is on the front.
Brand: G.Skill, Series: RipJaws S5, Model: F5-5200J4040A24GX2-RS5W
Show off your team pride with this G.SKILL Ripjaws S5 Series (Intel XMP 3.0) DDR5 RAM 48GB (2x24GB) 5200MT/s CL40-40-40-83 1.10V Desktop Computer Memory UDIMM – Matte White (F5-5200J4040A24GX2-RS5W). You’ll be ready for the start of spring and summer when you wear this product. This G.SKILL Ripjaws S5 Series (Intel XMP 3.0) DDR5 RAM 48GB (2x24GB) 5200MT/s CL40-40-40-83 1.10V Desktop Computer Memory UDIMM – Matte White (F5-5200J4040A24GX2-RS5W) comes in a variety of sizes and is made of 100% polyester. Show your team pride with this G.SKILL Ripjaws S5 Series (Intel XMP 3.0) DDR5 RAM 48GB (2x24GB) 5200MT/s CL40-40-40-83 1.10V Desktop Computer Memory UDIMM – Matte White (F5-5200J4040A24GX2-RS5W).
48GB kit containing 2 x 24GB modules, DDR5-5200, 288-Pin, CAS Latency CL40 (40-40-40-83) at 1.10V (Intel XMP)
ECC: No, Dual Channel Kit, Recommended Use: High Performance or Gaming Memory
Memory kits will boot at the SPD speed at default BIOS settings with compatible hardware.
For memory kits with XMP, enable XMP profile in BIOS to reach the rated potential XMP overclock speed of the memory kit, subject to the use of compatible hardware.
Reaching the rated XMP overclock speed and system stability will depend on the compatibility and capability of the motherboard and CPU used.
