Lexar LD5U16G60C28BR-RGD Ares 2nd Gen U-DIMM DDR5 6000 32GB Kit (16GB2), CL28, RGB Black, Dual Pack

Lexar LD5U16G60C28BR-RGD ARES 2nd Gen U-DIMM DDR5 6000 32GB Kit (16GB*2), CL28, RGB Black, dual pack Unmatched Overclocked Performance Unleash the ultimate in overclocked performance with Lexar ARES RGB 2nd Gen DDR5 Desktop Memory in 8000MT/s . Made with premium SK hynix chips for higher performance and improved stability, this memory features timing as low as CL36 (7600MT/s, 32GB Kit), a 1.88mm heatsink, and RGB lighting so you can play in style. Product highlights: Certified as Lexar Empowered by SK hynix Cutting-edge DRAM technology enables performance of 8000MT/s and delivers better stability New design maximizes heat dissipation Exclusive, customized PCB improves performance, overclocking, and stability Game in style with RGB Capacities up to 48GB Kit Certified as Lexar Empowered by SK hynix. Equipped with premium SK hynix DRAM chips to enable higher performance and better stability. Delivers Amazing Performance: With a high frequency of 8000MT/s and low latency of CL36 (7600MT/s, 32GB Kit), this memory provides everything content creators need to power through work or gamers need to plow through opponents. New Design Maximizes Heat Dissipation: A 1.88mm-thick heatsink and an exclusive PMIC thermal conductive pad provide superior thermal conductivity. Exclusive, Customized Printed Circuit Board (PCB): Designed with a customized PCB to offer greater performance potential, significantly improve overclocking capabilities, and increase stability. Features Experience ultra-fast performance withnext-gen DDR5 Game in Style with Lexar RGB Sync Game in style with RGB: Features Lexar RGB Sync so you can customize your lighting to suit your gameplay style. Keep your Game Cool Supports Intel XMP 3.0 and AMD EXPOTM Rigorously Tested: All Lexar products undergo extensive testing in the Lexar Quality Labs, facilities with thousands of different cameras and digital devices to ensure performance, quality, compatibility, and reliability.