Kingston Fury Renegade Silver KF560C32RSK2-32 32GB (16GB x2) DDR5 6000MT/s Non ECC DIMM

Push the limits like never before with Kingston FURY(TM) Renegade DDR5 memory, designed for extreme performance on next-gen DDR5 platforms. Enhance your system with the boost it needs to stay on top with ultra-fast memory at up to 6400MT/s*. Kingston FURY Renegade DDR5 features a sleek, newly designed black and silver aluminium heat spreader to complement the look of the latest PC builds by system builders and DIY PC enthusiasts. Available in single-module capacities of 16GB and dual-channel kits of 2 with capacities of 32GB. Whether you're creating content, multi-tasking or pushing the limits to the extremes for your bleeding-edge game title, Kingston FURY Renegade DDR5 memory is the ideal choice for gamers, enthusiasts, content creators and extreme overclockers. 100% factory tested at speed and backed by a limited lifetime warranty and over 30 years of expertise, Kingston FURY Renegade DDR5 gives you the best of both worlds: extreme performance and maximum peace of mind. Kingston FURY is with you, right at the boundaries of what is possible. Features Engineered to maximise performance Tap into extreme overclocking potential Intel(R) XMP 3.0 Certified Qualified by the world's leading motherboard manufacturers1 Aggressive aluminium heat spreader design Engineered to maximise performance With speeds of up to 6400MT/s* and quick CL32 timings, Kingston FURY Renegade DDR5 features premium components hand-tuned by engineers, rigorously tested for compatibility across the industry's leading motherboards and backed by 100% factory testing at speed for a hassle-free overclocking experience. Tap into extreme overclocking potential DDR5 ushers in a whole new era of memory technology to make extreme overclocking a more stable option than previous generations. On-die ECC delivers more reliable DRAM components, an on-board PMIC balances power when and where it's needed, and two independent 32-bit subchannels provide dramatic increases in data efficiency for multi-core processors.