5150Joker
Supreme [H]ardness
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- Aug 1, 2005
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A lot of gamers dismiss the impact of the power footprint PC gaming has but check out this article from Hexus where it states:
They increased their power efficiency quite a bit by tossing in NVIDIA Maxwell + G-Sync components.
Source: http://hexus.net/gaming/news/pc/85997-worlds-gaming-pcs-require-50-dedicated-power-stations-2020/
Original article: http://link.springer.com/article/10.1007/s12053-015-9371-1#page-1
In a new report from Berkeley Lab it is estimated that the world's gaming PCs will be responsible for draining the power from 50 standard 500-megawatt power plants by 2020. That's 50 Rosenfelds, fact fans. However, even now in 2015, it would be possible for the average power consumption of gaming PCs to fall by 75 per cent "by changing some settings and swapping out some components, while also improving reliability and performance," according to the research.
They increased their power efficiency quite a bit by tossing in NVIDIA Maxwell + G-Sync components.
Source: http://hexus.net/gaming/news/pc/85997-worlds-gaming-pcs-require-50-dedicated-power-stations-2020/
Original article: http://link.springer.com/article/10.1007/s12053-015-9371-1#page-1
While gaming PCs represent only 2.5 % of the global installed PC equipment base, our initial scoping estimate suggests that gaming PCs consumed 75 TWh/year ($10 billion) of electricity globally in 2012 or approximately 20 % of total PC, notebook, and console energy usage. Based on projected changes in the installed base, we estimate that consumption will more than double by the year 2020 if the current rate of equipment sales is unabated and efficiencies are not improved. Although they will represent only 10 % of the installed base of gaming platforms in 2020, relatively high unit energy consumption and high hours of use will result in gaming computers being responsible for 40 % of gaming energy use. Savings of more than 75 % can be achieved via premium efficiency components applied at the time of manufacture or via retrofit, while improving reliability and performance (nearly a doubling of performance per unit of energy). This corresponds to a potential savings of approximately 120 TWh/year or $18 billion/year globally by 2020
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