Description

The Kingston FURY Beast RGB 64GB DDR4 memory kit delivers exceptional performance for demanding gamers, content creators, and power users. This dual-channel kit features two 32GB modules running at blazing 3600MHz speeds with tight CL16 timings, ensuring smooth multitasking and lightning-fast responsiveness. With stunning RGB lighting and plug-and-play functionality, the FURY Beast RGB combines style with substance to elevate your gaming rig.

Whether you’re streaming, rendering 4K video, running virtual machines, or playing the latest AAA titles, this 64GB kit provides the headroom you need for uncompromising performance without slowdowns.

Extreme Speed and Low Latency

Running at 3600MHz with CL16 timings, this memory kit delivers the perfect balance of speed and responsiveness. Experience faster load times, smoother gameplay, and improved system performance across all applications, from gaming to professional workloads.

Stunning RGB Illumination

Featuring dynamic RGB lighting effects, the FURY Beast RGB adds a vibrant visual element to your build. Customise lighting patterns and synchronise with your motherboard’s RGB ecosystem using popular software from major manufacturers for a cohesive, eye-catching setup.

Massive 64GB Capacity

With 64GB of total memory, you’ll have more than enough capacity for the most demanding applications. Run multiple programs simultaneously, edit large media files, or keep dozens of browser tabs open without experiencing performance degradation or system slowdowns.

Plug-and-Play Simplicity

Kingston FURY Beast RGB features Intel XMP-ready profiles for easy, automatic overclocking. Simply enable XMP in your BIOS and let the memory automatically configure itself to rated speeds, eliminating complex manual tuning while ensuring stable, reliable performance.

Built for Reliability

Backed by Kingston’s legendary quality and reliability, each module undergoes rigorous testing to ensure compatibility and stability. The sleek low-profile heat spreader efficiently dissipates heat during intense workloads, maintaining optimal performance even under sustained loads.