Kingston Technology FURY Beast 32GB 6000MT/s DDR5 CL36 DIMM valkoinen RGB EXPO

Kingston FURY Beast DDR5 RGB 32GB (6000MT/s, 288-pin DIMM) delivers next-generation DDR5 performance with enhanced overclocking capabilities and customizable RGB lighting. This single 32GB module operates at an internal memory clock of 3000 MHz (effective 6000MT/s), CAS latency 36 and 1.35 V, and is designed for desktop PC platforms requiring high-speed memory and improved multitasking.

Advantages

The module features vibrant, synchronised RGB lighting controllable via Kingston FURY CTRL software or compatible motherboard utilities and uses patented Infrared Sync Technology for uniform effects. It supports Intel® XMP 3.0 and AMD EXPO™ profiles for simplified overclocking and allows user-customisable timing and voltage profiles via a programmable PMIC. On-die ECC (ODECC) improves stability during overclocking. The product is 100% tested at speed and is covered by a limited lifetime warranty.

Suitable for

• High-performance gaming desktops
• Content creation and multitasking workstations
• Systems requiring DDR5 288-pin DIMM memory upgrades
• Users who want customizable RGB lighting and overclocking profiles

Key specifications

• Capacity: 32 GB (single module)
• Type: DDR5, 288-pin DIMM
• Effective speed: 6000 MT/s (internal clock 3000 MHz)
• CAS latency: 36
• Voltage: 1.35 V
• Weight: 0.0439 kg
• Compatibility: Intel XMP 3.0 and AMD EXPO™ supported

How to use

Install the module into an available 288-pin DDR5 DIMM slot on a compatible motherboard, following the motherboard manufacturer’s installation instructions and anti-static precautions. Enable the desired XMP or EXPO profile in BIOS/UEFI to apply factory-defined overclock settings, or use Kingston FURY CTRL or motherboard RGB software to configure lighting effects. For custom timing or voltage adjustments, use BIOS/UEFI controls or XMP/EXPO profile editing where supported.

Recommendations

Ensure your motherboard and CPU officially support DDR5 memory and the 6000MT/s speed before enabling overclock profiles. When adjusting timings or voltage manually, monitor system stability and temperatures and proceed incrementally to avoid data corruption or hardware stress.