The CORSAIR Dominator Platinum RGB DDR5 64GB (2x32GB) 5600MHz CL40 Memory Kit is built for high-end systems that demand top-tier performance. With a frequency of 5600MHz and low latency of CL40, this memory is optimized for AMD platforms, supporting both AMD EXPO and Intel XMP 3.0 for easy one-click overclocking. Each module features 12 individually addressable ultra-bright CAPELLIX RGB LEDs, bringing stunning lighting to your build with full customization via CORSAIR iCUE software.
Designed with hand-sorted, tightly screened memory chips and a custom PCB cooled by the patented CORSAIR DHX cooling system, this kit delivers exceptional stability and thermal performance, even under heavy loads. The gray aluminum heatspreader adds a premium aesthetic that complements any high-end setup.
CORSAIR Dominator Platinum RGB DDR5: Performance Tuned for AMD
This memory kit is specifically optimized for AMD EXPO, ensuring compatibility and performance on the latest AMD Ryzen processors. With EXPO enabled, you can easily reach 5600MHz with just a single click in the BIOS. It's also XMP compatible for Intel motherboards, making it versatile.
Overclocking Dominator Platinum RGB DDR5
For enthusiasts, this kit offers headroom for manual overclocking. The onboard voltage regulation provides reliable voltage at high frequencies, and the DHX cooling keeps temperatures in check. In CORSAIR iCUE, you can fine-tune frequencies and timings, though avoid pushing beyond safe limits to maintain stability.
RGB Lighting and Thermal Design
With 12 CAPELLIX LEDs per module, the Dominator Platinum RGB delivers bright, smooth lighting effects. The patented DHX cooling uses a dedicated heatspreader that cools both the ICs and the PCB ground plane, allowing sustained performance during intense workloads.
Why Choose This Product?
64GB is ideal for heavy multitasking, 4K content creation, 3D rendering, virtual machines, and large data sets. It also gives you headroom for future needs. This dual-channel kit provides ample bandwidth for high-core-count CPUs.