As the first DDR4 RGB memory by XPG, SPECTRIX D40 integrates stunning performance and visual beauty in an armor-inspired heatsink - perfect for PC DIY enthusiasts, overclockers, and gamers! D40 has been fully tested compatible with popular ASUS AURA Sync software, enabling users to customize proprietary RGB colors and effects to match their systems. In addition, D40 features speeds of over 4000MHz with support for the Intel X299 platform with a starting speed of 2666MHz. It is also compatible with AMD AM4 motherboards. With Intel XMP 2.0 and 10-layer PCBs, D40 enhances overclocking as well as system stability. Like all ADATA memory modules, SPECTRIX D40 comes with a lifetime warranty backed by excellent service for maximum peace of mind.
Mesmerizing RGB lighting
SPECTRIX D40 features an armor-inspired design with a shining RGB LED strip at its peak - making your system look the part of a high-powered PC.
Fully programmable and customizable
SPECTRIX D40 supports ASUS AURA Sync software, allowing users of ASUS motherboards to easily control the RGB lighting on D40 modules via a convenient and intuitive interface. RGB effects, color sequence, intensity, on/off, and additional features are all accessible to users.
Stunning speed - ready for overclocking
SPECTRIX D40 provides a wide frequency range from 2400MHz to over 4000MHz with support for the Intel X299 platform with a baseline SPD setting of 2666MHz implemented. It is also compatible with the AMD AM4/Ryzen platform - and is made for overclocking!
Excellent cooling and stability
SPECTRIX D40 DDR4 memory modules are made using high quality chips selected through a strict filtering process. They use a 10-layer PCB to improve signal transfer quality and maintain great stability even if the system operates at high speeds or is taking on heavy multitasking.
Intel XMP 2.0 - more accessible overclocking
With built-in Intel XMP (Extreme Memory Profile) 2.0, SPECTRIX D40 allows overclocking and tuning from the OS without BIOS changes, facilitating easier usage and enhanced system stability.