XPG SPECTRIX D60G 16GB DDR4 3000MHZ RGB MEMORY MODULE, IN PAKISTAN

SPECTRIX D60G DDR4 RGB Memory Module LIGHT UP THE BATTLEFIELD Outshine the Competition More RGB per mm 2 Diamond-Cut Design Stable, Durable and Reliable Overclocking with Intel ®  XMP 2.0 Programmable RGB Lighting         The XPG SPECTRIX D60G DDR4 memory features a unique dual RGB light strip design that gives it the largest RGB surface area of any memory module! What's more, it sports a wide frequency range from 3000-4133MHz and supports Intel ®  XMP 2.0 profiles for easy overclocking. Outshine the Competition The fully exposed RGB light strips are extra-wide for maximum effect. Combined with a mesmerizing multi-colored flow effect, your build will outshine the competition!   More RGB per mm 2 The D60G sports more RGB lighting per mm 2  than any other memory module out there, 9,497mm 2  to be exact. That equates to over 60% of the module's surface area. Diamond-Cut Design The unique avant-garde styling of the D60G will turn heads. It includes an edgy X-light design with a diamond-inspired, multi-faceted surface that's a cut above the rest. Stable, Durable and Reliable The D60G is built with high-quality chips and a metal heat sink for excellent signal integrity, reliability, and stability, which effectively extends the lifespan of the memory module. Overclocking with Intel ®  XMP 2.0 Intel ®  Extreme Memory Profile (XMP) 2.0 makes overclocking a snap and enhances system stability. Instead of adjusting individual parameters in BIOS, you can do it right through your PC's operating system. Programmable RGB Lighting Customize your gaming experience with programmable lighting effects! Set up patterns, pulse speed, lighting intensity, and more. Control is hassle-free with the XPG RGB Sync app. Or if you already have an existing RGB light control software from a major motherboard maker, you can use that too. Looking for any other Brand RAM  Click Here. Looking for an awesome Chassis  Click Here. Explore awesome GPUs, Chassis, SSDs, and much more  Click Here.