ADATA 16GB KIT DDR4 3000MHz CL16 XPG Z1, Gold
Don't like the alternatives? Choose from the full product list
ADATA 16GB KIT DDR4 3000MHz CL16 XPG Z1, Gold
The ADATA XPG RAM Z1 is presented as a dream come true for all gamers and performance enthusiasts. This memory module offers a maximum frequency of 3000MHz at a voltage of 1.35V. It is suitable for demanding applications - so you can be sure that you won't slow down even for a second! A second that might be the difference between winning and losing.
Amazing Performance with High Efficiency
This memory module with remarkable performance and efficiency is designed for ultimate gaming upgrade kits. Compared to DDR3, it consumes up to 10% less energy. It uses thermal technology and 10-layer PCB, which translates into superb cooling performance even under maximum load and delivers high stability, whether you are on the battlefield or trying to achieve a higher performance clock rate.
High-quality Chips with High Durability
Top design symbolizes the pursuit of extreme performance. Carbon texture combined with 10-layer PCB effectively reduces electrical resistance and consumes less electricity, which significantly improves the quality of signal transmission. High-quality chips are selected through a strict filtering process. Operating voltage decreased to 1.35V, which represents a 10% reduction compared to DDR3, which means the memory operates at low temperatures.
In this cost-effective kit, you will find a pair of 8GB modules - so you get a 16GB memory base.
Key Features
- XPG Z1 DDR4 standard
- Designed for the next-gen Core i7 processors Haswell-E HEDTA (high-end desktop) and X99 platform
- Supports Intel XMP 2.0 (Extreme Memory Profile)
- Special copper layer PCBExtra
- Futuristic design inspired by race car carbon bodies
Specifications
Usage and type
Capacity
Frequency & timing
Advanced parameters
Landsberger Strasse 302, 80687 Munich, Germany, +49-899-0405-296, [email protected]
Specifications can be changed without notice. Images are for illustrative purposes only.
