ADATA 16GB KIT DDR4 2400MHz CL16 XPG Z1, red

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Computers and LaptopsComponentsComputer RAMDDR4 PC RAMADATA 16GB KIT DDR4 2400MHz CL16 XPG Z1, red

5 2 rating

RAM - 2x8GB, PC4-19200, voltage 1.20V

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Code: DD976sb Product Number: AX4U240038G16-DRZ Producer's Website:

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ADATA 16GB KIT DDR4 2400MHz CL16 XPG Z1, red Discontinued

ADATA 16GB KIT DDR4 2400MHz CL16 XPG Z1, red

The ADATA 16GB XPG Z1 (red) operating memory represents the true dream of all computer games enthusiasts and gives a true performance. The ADATA memory offers a maximum frequency of 2400MHz at a voltage of 1.20 V. The operating memory is well suited for all challenges - you can be sure that it will not really slow you down for a second! This cost-effective kit contains a pair of 8GB modules - giving you a 16GB memory base.

Key Features of ADATA 16GB KIT DDR4 (Red)

XPG Z1 DDR4 standard
The operating memory supports the Core i7 Haswell-E HEDT processor (high-end desktop) and the X99 platform
Support for Intel XMP 2.0 (Extreme Memory Profile)
Quality copper 10-layer PCB
Futuristic memory design in red, inspired by carbon racing cars

Great Energy Efficiency of ADATA XPG Z1 Memory

This memory module with remarkable performance and efficiency is designed for the ultimate upgrade of a gaming machine. Compared to DDR3 memory, the ADATA 16GB KIT DDR4 consumes up to 20% less power. It uses thermo-conductive technology and 10-layer PCBs, which means the cooling performance is superb even with the highest load, and the memory offers high-stability, whether you are fighting on a battlefield or trying to achieve higher clocking performance.

High-Quality Chips with High Durability

The state-of-the-art ADATA memory design symbolises the drive for extreme performance. Carbon texture in combination with 10-layer PCBs effectively reduces electrical resistance and consumes less power, which significantly improves signal quality. High-quality chips are selected through a very strict filtering process. The operating voltage is 1.20 V, keeping the memory at low temperatures.