Kingston Fury Renegade 24GB DDR5 RGB Gaming Memory - Silver/White / Intel XMP Certified / 1x 24GB 8000MT/s / CL38 Latency / KF580C38RWA-24 / KF580C38RWA-24 + FREE DELIVERY !

The Kingston Fury Renegade 24GB DDR5 RGB Gaming Memory is a single module rated up to 8000MT/s with CL38 latency, built for power users who need speed and responsiveness together. Intel XMP certification makes setup a profile selection rather than a manual tuning job. The white and silver design with RGB lighting suits a gaming build or a home office desktop. It handles editing, streaming and heavy multitasking on the same machine.

Eighteen preset RGB lighting effects are available through Kingston FURY CTRL or your motherboard manufacturer's RGB software. That means the module can either run its own scheme or fall in with the lighting already configured across the rest of the system. No extra controller or cable is needed, since the lighting is driven over the DIMM slot.

Kingston uses a newly designed aluminium heat spreader on this module, offered in black and silver or white and silver, mounted on a black PCB. Aluminium pulls heat away from the DRAM chips, which is what allows the module to hold its rated speed under sustained load. The finish is the visible half of a part that is doing thermal work.

Kingston's patented FURY Infrared Sync Technology keeps RGB lighting effects in lock-step across the modules installed in a system. The sticks coordinate with each other directly rather than each running its own copy of the animation. Add a second Renegade module later and the pattern stays continuous across both.

The 24GB capacity sits on a single module, so it fills one slot and leaves the rest open for later expansion. That capacity is aimed squarely at multitasking, holding several applications open at once without paging out. For a build that starts with one stick and grows, the non-binary 24GB density gives more room than the usual 16GB step.

Across the Renegade DDR5 RGB line Kingston lists UDIMM speeds of up to 8000MT/s and a CUDIMM speed of 8800MT/s. The line is engineered for enhanced overclocking performance with improved stability at those higher speeds, which is the harder half of the problem. This module is rated to the 8000MT/s figure.

Kingston positions the Renegade DDR5 RGB for AI PC workloads and other rigorous computing demands, not only for games. Those workloads hammer memory bandwidth continuously rather than in bursts, which is where stability at high clocks matters more than a peak number. The same headroom benefits rendering and large project files.

On-die ECC is part of the DDR5 generation and corrects errors within the DRAM chip itself, delivering more reliable components than earlier memory could. It runs invisibly, with no configuration required from you. On a module pushed to 8000MT/s that error correction is part of why extreme overclocking is a more stable option than it was on DDR4.

DDR5 moves power management onto the module itself with an on-board PMIC, which balances power when and where the module needs it. Regulating at the DIMM rather than at the motherboard gives finer control and cleaner delivery at high clock speeds. It is one of the structural changes that separates DDR5 from previous generations.

Intel Extreme Memory Profile technology loads pre-optimised factory timings, speeds and voltages, so the rated performance is one BIOS setting away. There is no need to work out a stable combination yourself before the module runs at specification. XMP 3.0 is what turns a high-speed kit into a straightforward install.

The programmable PMIC supports XMP 3.0 with up to two customisable profiles, each holding your own timings, speeds and voltages saved directly to the DIMM. Because the profile lives on the module rather than in the motherboard, it survives a board swap or a BIOS reset. Two independent 32-bit subchannels on each DIMM also raise data efficiency for multi-core processors.

Kingston tests this memory with the world's leading motherboard manufacturers so a build can be planned with confidence. At 8000MT/s, board qualification is the difference between a system that posts first time and one that needs manual intervention. Check the module against your board's memory support list before you order.

CL38 latency is what keeps the machine feeling quick while editing, streaming or running heavy tasks, rather than only in benchmarks. Latency and frequency work against each other, so a high clock paired with CL38 is the balance this module targets. The white and silver finish keeps a clean look in a build where the memory is on show.