XPG Spectrix D41 X TUF Gaming Limited Edition RGB 3200MHz 8GB Memory AX4U32008G16A-SB41
- TUF Gaming Series Limited Edition CL16-20-20
- Customizable RGB LED color to match your system
- Compatible with most RGB light Sync software
- Supports Intel X299 and AMD Ryzen x570 chipset
- Supports Intel XMP 2.0 for overclocking.
XPG Spectrix D41 X TUF 8GB (8GBX1) DDR4 3200MHz RGB | AX4U320038G16-SB41
The XPG SPECTRIX D41 X TUF DDR4 RGB memory brings together outstanding performance and mesmerizing RGB lighting to give you a worthy upgrade for your system. Featuring stunning speeds up to 5000MHz the SPECTRIX D41 delivers smooth, fast gaming and overclocking, all the while supporting Intel® X299 and AMD AM4/Ryzen platforms. What’s more, with vivid RGB lighting that is compatible with a range of lighting control software, your gaming setup will outshine the competition.
Shine through with RGB lighting
Inspired by the look of medieval armor, the SPECTRIX D41’s metal heatsink features bold contours to symbolize its powerful performance. On top is a fully exposed RGB LED light strip that glows unhindered, letting the colors of your choosing shine through. The SPECTRIX D41 comes in two color options - crimson red and titanium gray.
Customize your flair
Customize your gaming experience with programmable lighting effects. Set up patterns, pulse speed, lighting intensity and more. Control is easy 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.
Pursuit of performance
SPECTRIX D41 X TUF brings you outstanding performance and striking speeds with wide operating frequencies ranging from 2666MHz to 5000MHz, and supports Intel® X299 2666MHz and AMD AM4 / Ryzen platforms.
Quality you can depend on
The SPECTRIX D41 X TUF uses only high quality chips filtered through a rigorous selection process ensuring reliability and durability. It features a custom-engineered heatsink that offers improved signal transfer quality while also providing greater stability.