Last but not least, engineers test the power switching and stability. By choosing the cream of the crop, GIGABYTE ensures rich rendering of intricate 3D scenes and realistic physical effects such as water, gas, steam, fire, etc for a lifelike gaming adventure. A GPU that passes this stage will perform at a lower temperature and fan speed compared to a standard GPU. Next, each Super Overclock Series GPU faces the Graphics benchmarks, FurMark and 3DMark Vantage, to measure performance and stability under an intense graphics load. Once the Super Overclock point has been determined, engineers will boost the frequency to offer the highest factory default clock setting in the market. This program operates for 30 minutes and provides important data on the maximum overclocking ability when compared to a stock GPU. In addition, GIGABYTE’s proprietary testing toolkit allows engineers to inspect and select the GPUs with the highest frequency. If a processor doesn’t meet the pre-defined standard, it will not qualify for the Super Overclock Series. GIGABYTE uses FurMark and 3DMark Vantage in the sorting process.įirst, GIGABYTE’s database analysis system evaluates the GPU core engine, shader engine and memory. GIGABYTE’s innovative GPU Gauntlet Sorting process allows to select only premium GPUs for a use in GIGABYTE Super Overclock Series high-end graphics cards.
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