G.SKILL Ripjaws M5 RGB DDR5 RAM 32GB (2x16GB) 6400MHz PC5-51200 CL36 Desktop Memory - Intel XMP 3.0 - Matte White (F5-6400J3648F16GX2-RM5RW)

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G.SKILL Ripjaws M5 RGB DDR5 RAM 32GB (2x16GB) 6400MHz PC5-51200 CL36 Desktop Memory – Intel XMP 3.0 – Matte White (F5-6400J3648F16GX2-RM5RW)

High-Performance DDR5: 32GB (2x16GB) kit running at 6400MHz (PC5-51200) for ultra-fast data transfer.
Low Latency: Timings of CL36-48-48-102 at 1.35V for snappy responsiveness.
Intel XMP 3.0: Ready for easy overclocking on Intel Z690, Z790, and B760 platforms.
Sleek Aesthetics: Matte White heatspreader with customizable RGB lighting to match any build.
Optimized for Gaming: Ideal for desktop PCs and high-end gaming rigs requiring stable, high-speed memory.

Category: Others

Product Description

Unleash Next-Gen Performance with G.SKILL Ripjaws M5 RGB DDR5 Memory

Designed for high-performance computing, gaming, and content creation, the G.SKILL Ripjaws M5 RGB Series DDR5 memory kit delivers the speed and capacity your system demands. With a total capacity of 32GB (2x 16GB), this dual-channel kit is engineered for seamless multitasking and superior responsiveness.

Cutting-Edge DDR5 Technology

Experience a massive leap in performance with DDR5 architecture. Rated for 6400MT/s with a low latency of CL36-48-48-102 and a voltage of 1.35V, this memory kit provides blazing-fast data transfer rates essential for modern Intel platforms (Z790, Z690, B760).

Dynamic RGB Lighting

Customize your build’s aesthetics with the integrated Ripjaws M5 RGB lighting. Featuring a matte white heatspreader, this module offers a clean, modern look while allowing for vibrant lighting effects that sync with your system.

Intel XMP 3.0 Support

Overclocking is made simple with Intel XMP 3.0. Enable the XMP profile in your BIOS to instantly unleash the rated speed of 6400MHz, ensuring your system runs at peak performance right out of the box. Default JEDEC profiles are included for universal compatibility.

Note: For maximum stability, do not mix memory kits. Always use matched pairs to ensure optimal performance.