Description

The Kingston FURY Beast RGB 16GB DDR5 6800MHz memory module delivers cutting-edge performance for gamers, overclockers, and content creators demanding the ultimate in speed and style. Featuring blazing-fast 6800MT/s speeds and aggressive CL34 timings, this premium DDR5 RAM ensures your system runs at peak performance whether you’re gaming at high frame rates, streaming, or tackling intensive creative workloads. The striking white heat spreader with customisable RGB lighting adds a premium aesthetic to any build, whilst advanced thermal management keeps temperatures in check during extended sessions.

Extreme DDR5 Performance

Operating at 6800MT/s with tight CL34-40-40 timings, this Kingston FURY Beast module provides exceptional bandwidth and responsiveness. Experience faster load times, smoother multitasking, and improved frame rates in the latest AAA titles and demanding applications that leverage high-speed memory.

Dynamic RGB Illumination

Customise your build with vibrant RGB lighting that synchronises with popular motherboard ecosystems including ASUS Aura Sync, MSI Mystic Light, Gigabyte RGB Fusion, and ASRock Polychrome. Create stunning lighting effects that match your setup’s aesthetic and bring your white-themed build to life.

Premium White Aesthetic

The sleek white heat spreader with black accents makes this module perfect for modern, clean builds. The low-profile design ensures compatibility with large CPU coolers whilst maintaining a premium appearance that stands out in windowed cases.

Intel XMP 3.0 Ready

Achieve rated speeds effortlessly with Intel XMP 3.0 support. Simply enable the profile in your BIOS for automatic overclocking without manual tweaking, ensuring stable performance with compatible Intel platforms and select AMD systems.

Built for Reliability

Backed by Kingston’s legendary reliability and lifetime warranty, FURY Beast DDR5 memory undergoes rigorous testing to ensure compatibility and stability. The advanced on-die ECC helps maintain data integrity for dependable performance in demanding scenarios.