G.Skill Trident Z 16GB High Performance DDR4 Desktop Gaming Memory Review
The gaming industry is on a roll, and every day some new technology is coming to the market keeping the gaming fanatics busy. The latest release from Adata is sure to take gamers by surprise. The brand which is already an established name in the gaming industry has launched the Power Efficient Adata XPG 8GB DDR4 Ram for gaming. The product is a powerful release by the company and is eagerly awaited by the gamers.
The XPG Z1 DRAM module which is launched under the XPG series is the first DDR4 overclocking memory of the XPG series. The product guarantees the ultimate performance as it perfectly supports the latest Intel@ Haswell-E platform. This is a well-developed platform, quite popular amongst gamers as it supports advanced features. The new Adata XPG 8GB DDR4 is designed for overclockers, gamers, and PC enthusiasts all thanks to its outstanding performance and power effectiveness. The benefits of DDR4 make it a powerful technique not only for gaming but also for overclocking. DDR4 is far superior to DDR3 both in power efficiency and performance. The direct reduction of 20% in the energy consumption is achieved due to the decrease in the voltage from 1.5V to 1.2V.
This reduction helps to keep the system temperature low for the stable operations. For overclockers, in only requires 1.2V to achieve high clock frequency of 2800 MHz. Also, the SPD of XPG Z1 is designed to allow direct application without any need to change BIOS settings, simplifying usage and overall system stability. The carbon texture used for the designing is similar to what is used in the racing cars. The jet wing inspired design adds to the combine look. The product can be looked out for its stable data transfer and excellent cooling which is achieved due to its Thermal Conductive Technology. The 10-layer PCBs along with 2 oz of copper works quite well to reduce the electric resistance and power consumption; enhancing the overall gaming performance. The top quality of PCBs is used to increase the lifespan of the memory module.