CORSAIR - VENGEANCE DDR5 16GB (2 x 8GB) DDR5 6000 CL36-44-44-96 1.35V Intel XMP & AMD EXPO - Gray

CORSAIR VENGEANCE RGB DDR5 memory for AMD delivers DDR5 performance, higher frequencies, and greater capacities optimized for AMD® motherboards while lighting up your PC with dynamic, individually addressable ten-zone RGB lighting. Tightly screened high-frequency memory chips enable faster processing, rendering, and buffering than ever, with onboard voltage regulation providing reliable power at high frequencies for easy, finely controlled overclocking. Take control with CORSAIR iCUE software and enable RGB lighting customization, realtime frequency monitoring, and onboard voltage regulation. A custom PCB provides superb signal quality for high performance and stability on the latest DDR5 motherboards. For cutting-edge DDR5 performance with mesmerizing RGB lighting, VENGEANCE RGB DDR5 for AMD lights the way.

Create a high-performance system with this two-pack of CORSAIR VENGEANCE LPX 8GB memory sticks. The pure aluminum heat spreader offers quick heat dissipation, and the custom PCB helps deliver ample overclocking headroom. These CORSAIR VENGEANCE LPX 8GB memory sticks are compatible with most motherboards and feature a low-profile design to conserve space.

CORSAIR VENGEANCE DDR5, optimized for Intel motherboards, delivers the higher frequencies and greater capacities of DDR5 technology in a high-quality, compact module that suits your system. Tightly-screened high-frequency memory chips power your PC through faster processing, rendering, and buffering than ever, with onboard voltage regulation for easy, finely controlled overclocking. CORSAIR iCUE software enables real-time frequency monitoring, onboard voltage regulation, and Intel XMP 3.0 profile customization. A distinctive solid aluminum heatspreader keeps your memory cool, while ensuring wide compatibility with a huge range of motherboards and CPU coolers. With a limited lifetime warranty as your guarantee of reliability for years to come, VENGEANCE DDR5 continues a long-standing legacy of memory performance.