Kingston FURY Renegade White – High-Performance DDR5 RAM for Enthusiasts
The Kingston FURY Renegade White is a high-performance DDR5 memory module in CUDIMM form factor. With 24 GB capacity and 8400 MT/s speed, it is ideal for demanding gaming and content creation systems.
24 GB DDR5-8400 on a single module – perfect for dual-channel upgrades or compact builds
White heatsink ensures reliable heat dissipation and complements light-colored systems
CL40 latency and 1.45 V voltage provide stable overclocking headroom
On-Die ECC (ODECC) corrects memory errors directly on the chip for enhanced stability
The Renegade series from Kingston targets gamers and enthusiasts who need maximum memory bandwidth. At 8400 MT/s, this module is among the fastest DDR5 sticks on the market. The white heatsink visually distinguishes it from standard black modules and enables effective heat dissipation even under continuous load.
Ideal for...
Gamers aiming for high FPS in the latest titles, as well as content creators working with large files who benefit from fast memory access. Also suitable for overclockers who want to unlock the full potential of their DDR5 system.
Using the FURY Renegade White
The module installs into a free DDR5 DIMM slot on the motherboard. Thanks to plug-and-play, the speed is detected automatically. For full performance, enable the XMP or EXPO profile in the BIOS. Installation is straightforward: align the module, press down until it clicks, done.
Kingston Technology is a leading manufacturer of memory products and storage solutions. Headquartered in Fountain Valley, California, it is known for reliable RAM modules, SSDs, and USB drives. The FURY series targets gamers and enthusiasts seeking high performance and stability.
It is a DDR5 memory module in CUDIMM form factor with 24 GB capacity and 8400 MT/s speed. It belongs to Kingston's FURY Renegade series and is designed for desktop PCs.
The module is compatible with motherboards supporting DDR5 and DIMM slots. It supports Intel XMP 3.0 and AMD EXPO for easy overclocking.
Please complete your information below to login.
Sign In
Create New Account