ADATA XPG Lancer RGB 16GB DDR5 5200MHz (PC5-41600) CL38 1.25V

DescriptionSpecificationSeries: ADATA XPG Lancer RGBDDR Type: DDR5Size: 1 x 16GB#Hide#Individual Module Size: 16GB#Hide#Total Capacity: 16GB TotalSpeed: 5200 MHzCompliance: PC5-41600Pins: 288-pinCAS Latency: CL38Data Integrity Check: ECCVoltage: 1.35VTimings: 38-38-38Heatsink: Yes (Heatsink)#Hide#LED Lighting: Yes (LED Lighting)LED Lighting: Customizable RGB lighting effectsCompatible with RGB control software from all major motherboard brandsAdditional Information: See OverviewPackage Type: RetailPackage Weight: 0.0900 kgWarranty: Lifetime%%%%   A New Speed Benchmark in Gaming Memory The XPG LANCER ushers in the DDR5 era for gaming memory. Reaching frequencies of up to 5200 MT/s, It will give you a major pefromance boost for gaming and overclocking.     New speed benchmark in gaming memory Customizable RGB light effects PMIC for power supply stability ECC error correction High-quality materials for stable overclocking  Supports Intel XMP 3.0 for easy overclocking         RGB Your Way   Set the RGB lighting the way you want it. Choose from different effects (static, breathing, and comet) or sync the lights with your favorite jams via Music Mode. All this can be done through RGB control software from all the major motherboard brands.             Enhanced Power Management   The XPG LANCER features a built-in Power Management IC (PMIC) that enhance power supply stability. It also make LANCER more power-efficient than DDR4.           Stability and Reliability   With on-die error correcting code (ECC) this module can correct errors automatically in real-time to provide increased stability and reliability.         Made with High-Quality Materials   High-quality ICs and PCBs ensure uncompromised performance and reliable overclocking, ideal for discerning gamers and overclockers.           Overclocking Made Easy   With support for Intel XMP 3.0, get overclocking easily without the need to go into BIOS. There is no need to repeatedly adjust and fine-tune overclocking parameters.