Kingston FURY 64GB KIT DDR5 6000MT/s CL30 Beast White RGB

Kingston FURY Beast 64GB DDR5 RAM boosts the performance of computer builds that require high data throughput and fast response. This set of two 32GB DDR5 modules is designed for intensive gaming deployments, professional video editing, 3D rendering, and working with large datasets. With dual certification for both Intel XMP 3.0 and AMD EXPO, setting optimal performance is simple on both major platforms. With high operating frequency and low timing, it supports smooth running of demanding processes and eliminates delays. A white passive heatsink with RGB backlighting adds a visual element to the functional features.

Memory performance parameters

The combination of high frequency and low latency directly affects the processing speed of the processor. This configuration achieves high data throughput, which speeds up application loading and game levels. To achieve these parameters, the XMP and EXPO profiles use higher supply voltages, while the basic JEDEC profile operates at a lower frequency and standard voltage.

Dual profile support for easy setup

The modules integrate certified Intel XMP 3.0 and AMD EXPO profiles to simplify configuration on both platforms. When activated in the motherboard BIOS, it automatically sets optimized memory performance without the need for manual frequency tuning and timing. In addition to the main profile, the modules include a second profile for wider compatibility.

Customisable RGB backlight

The integrated light bar with RGB LEDs gives the assembly an individual visual style. With Kingston FURY CTRL software, you can select from a library of preset effects or program your own colour gradients. In addition, Infrared Sync technology keeps the lighting effects synchronized between modules without the need for interconnecting cables. The backlight is also compatible with motherboard manufacturers' systems.

Capacity 64GB RAM Kingston FURY Beast

A total capacity of 64GB, divided into two 32GB modules for dual-channel operation, provides a large margin for system resources. This size is suitable for professional content creation,such as high-resolution video editing, complex 3D modelling or scientific simulations. The large capacity also supports smooth work with virtual machines and the simultaneous running of several memory-intensive programs without slowing down the system.