Description
With high speed, doubled bank count from 16 to 32, and doubled burst length from 8 to 16, the Kingston FURY Beast AM5 DDR5 is ideal for gamers and enthusiasts seeking enhanced performance on next-generation platforms.
Boosting speed, capacity, and reliability, the Kingston FURY Beast AM5 DDR5 offers an arsenal of advanced features, including on-die ECC (ODECC) for improved stability at extreme speeds, two 32-bit sub-channels for increased efficiency, and an integrated Power Management Integrated Circuit (PMIC) on the module for precise voltage control and tuning directly on the memory module. Whether gaming under extreme conditions, streaming in 4K and above, or handling intensive animation and 3D rendering, the Kingston FURY Beast AM5 DDR5 delivers the next level of performance perfectly combined with style. The Kingston FURY Beast AM5 DDR5 memory has been tested and approved by MSI, ASUS, ASRock, and Gigabyte—leading global motherboard manufacturers.
The Kingston FURY Beast AM5 DDR5 is AMD EXPO certified, meaning users can expect simple, stable, and certified overclocking on AMD AM5 platforms. Additionally, the memory supports Intel XMP 3.0 profiles, enabling easy overclocking on Intel platforms as well.
The Kingston FURY Beast AM5 DDR5 memory comes with a limited lifetime warranty and the legendary reliability of Kingston.
Key Features of Kingston FURY Beast AM5 DDR5
• Enhanced overclocking stability: On-die ECC (ODECC) helps ensure data integrity during memory overclocking, improving performance.
• Increased efficiency: Doubling both the bank count and burst length, along with splitting the bus into two independent 32-bit sub-channels, allows DDR5 to handle modern games, applications, and demanding workloads much more efficiently.
• Approved by leading global motherboard manufacturers*: Tested and verified—users can confidently pair this memory with their motherboard.
• Low-profile heatsink: A custom-designed heatsink provides a stylish look and high cooling efficiency.
• AMD EXPO certification: Pre-optimized timings, frequencies, and voltages for high performance and stable overclocking.