Elevate your computing experience with the ADATA XPG GAMMIX D35 64GB (2 x 32GB) 3200MHz DDR4 Memory Kit. Designed to push the boundaries of performance, this memory kit is the perfect choice for content creators, professionals, and avid gamers seeking unrivalled power. Boasting an impressive 64GB capacity with a blazing 3200MHz clock speed, it effortlessly handles memory-intensive tasks, rendering your system faster and more responsive than ever before. Whether you’re running complex applications, editing high-resolution videos, or engaging in immersive gaming sessions, the XPG GAMMIX D35 delivers the ultimate performance and stability to meet your every demand. Upgrade to the pinnacle of memory technology and embrace the true potential of your PC. The future of computing starts here.
Specifications
- Size: 64GB (2 x 32GB Sticks)
- Speed: 3200MHz
- Latency: CL16-20-20
- Voltage: 1.35V
- XMP Ready: Yes
- Plug N Play: Yes
- Warranty: Lifetime
- Supports Intel & AMD motherboards
About the ADATA XPG GAMMIX D35 64GB Memory Kit
Compact Low-Profile Heatsink Design
GAMMIX D35’s composed and understated triangular outline is specifically designed for gamers with unique personalities. The D35’s small heatsink allows for easy installation in small chassis.
Top Quality RAM for High Durability
The GAMMIX D35 has undergone strict selection and screening procedures, passes reliability and compatibility tests, and delivers a strong and durable product that epitomizes the highest quality!
Higher Performance and Reliability
Using only the highest quality IC chips and PCBs, the GAMMIX D35 is made to deliver higher overclocking performance and reliability.
Supports 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.
Works with the Latest AMD Platforms
ADATA memory has been tested and verified to work with the latest AMD platforms for hassle-free compatibility and excellent overclocking performance.
