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Posts Tagged ‘Pascal’

Nvidia Does it Again! GTX 1080 Ti for Ultimate Gaming Performance

People at this site might think I’m a fanboy of a certain company if they follow me long enough. While I understand that entirely, you have to realize I have a huge sense of awe in what Nvidia has done over the years. They have graphics cards that cost a bit more, but they also have performance and quality that merits it. Even the 4 GB GTX 970 controversy seemed more like one of those occasional oversights to me than a company trying to pull one over on consumers. The GTX 1080 Ti is the pinnacle of Pascal technology and if I had $700 free and clear, you know I’d own one! By now, we understand the basic concepts of Pascal. We have excellent power efficiency, great gaming power, and the same type of overclocking potential Maxwell had. A couple of standout features the 1080 Ti has is a total of 11 GB GDDR5X memory, 3584 CUDA cores and a 7 phase VRM design that I’m sure some OEMs will improve upon. It’s a beast of a card and what’s becoming a usual trend for Nvidia now, is the fact that it offers some really good value compared to its Titan predecessor. Check out Nvidia’s site at the link below for more details and remember, I’m a fanboy of great hardware first and foremost! https://www.nvidia.com/en-us/geforce/products/10series/geforce-gtx-1080-ti/?nvid=nv-int-g7-8270



NVIDIA Keeps saying Async Support…

“You keep using that term. I do not think it means what you think it means.” Inigo Montoya. Before anyone gets upset about my rant, I want to mention that AMD has been just as guilty of marketing hype. That’s what Pascal’s Async Support is looking like it amounts to and I’m getting tired of companies using our politician’s tactic of repeating the lie to try and convince “dumb” consumers to believe it. A.) We’re smarter than that. B.) The GTX 1080 is such a great release that it doesn’t need false hype to brag it up! Admittedly, while the technicality of the matter could actually mean the 1080 has Async support, it’s beginning to look like NVIDIA is using some marketing tricks to smokescreen what’s really going on. A benchmark came out showcasing various tests with Ashes of the Singularity and a GTX 1080. While Pascal fared better than Maxwell, the results aren’t particularly good. In some cases, we see the performance drop again from DirectX 11 and the gains that were made were practically unnoticeable. The key quote from WCCF in understanding how Pascal supports Async is here. ” Dynamic load balancing and improved pre-emption both improve the performance of async compute code considerably on Pascal compared to Maxwell. Although principally this is not exactly the same as Asynchronous Shading or Computing. Because Pascal still can’t execute async code concurrently without pre-emption. ...



What does FinFET mean for Gamers?

There’s a ton of leaks and rumors circulating about the AMD Arctic Islands and NVIDIA Pascal GPUs slated to release next year. Right now, it’s hard to get too excited about anything. Don’t get me wrong, I believe the new releases are going to be phenomenal, but we’re so early before the release of these products that any actual performance numbers are still a long ways off. However, there are still a couple of pieces of information being leaked that are intriguing and quite frankly, should be getting gamers very excited about the games of 2017 and beyond. FinFET is a new process that helps shrink the size of the transistor to 14nm or 16nm. Both TSMC and Global Foundries have managed to get their processes mature enough that they can begin mass production shortly, but we still have to see how good the yields are for determining what the cost of the new GPUs will be. Since graphics cards have been stuck on the 28nm process for quite some time now, it makes sense that efficiency and performance are going to improve significantly. While AMD is claiming double the performance per watt, that can mean little until actual gaming performance is measured. Many times, that double per watt slogan can translate into something quite a bit less than what it sounds like. However, the other factor is the massive amount of transistors that can be squeezed into one die as a result of the shrink. The flagship chip should contain up to 18 billion transistors, over do...





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