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This industry, like every other industry loves drama. As if we didn't create enough this week with our slew of Ivy Bridge content that saw us test the Intel Core i5 3570K and Intel Core i7 3770K . If that wasn't enough we checked out the latest G.Skill RAM and achieved some massive overclocking performance. To finally round it all off we then took the time to overclock both processors to see how that went.
Since NVIDIA sent us nothing on the GTX 680 codenamed "Kepler" - no press deck, no whitepaper, no conference call information, no sample, no NDA date - absolutely nothing - we're kind of winging it here. Something we don't really like to do. But when I woke up this morning again with no information from NVIDIA, I was just over it and decided to knock this review over straight away as clearly we weren't going to hear anything from them. How is that for professionalism? (Ed: Shocking!)
Earlier today we bought you a review on the NVIDIA GEFORCE GTX 680 2GB, and for all our personal issues with NVIDIA, we made it pretty clear that this is an absolutely awesome video card from the green team that offers some serious power.
Since that went live we've been hard at work overclocking the new model to see just how much performance we could get out of it. To do that there's only one program we used, and that's of course MSI Afterburner which has always served us extremely well when it comes to GPU overclocking.
Today we take a detailed look at gaming performance of the GTX 680 in titles such as Mass Effect 3 and Battlefield 3 with single screen and surround gaming as well as Stereoscopic 3D testing. Added to that is GPU computing and media playback performance along with thermal, power, noise and overclocking results. Want to see how the GTX 680 does against the 7970 at its maximum overclock, or the GTX 580 OC 3GB we have that sorted too...
At the end of the day we saw an overall performance increase of 63% when going from a single GeForce GTX 680 Surround to a 2-way SLI Surround multi-monitor setup from the seven game titles we tested. This is a nice performance gain and it did make for an overall better gaming experience at a resolution of 5760x1080
We got our hands on a second NVIDIA GeForce GTX 680 graphics card, so we can see how it performs in 2-way SLI! The only thing better than one GeForce GTX 680 is running two of them together right? The focus of this article will be from the single monitor point of view, so we'll be bringing you performance numbers at 2560x1600, 1920x1080 and 1280x1024 to show you how this setup performs.
Bericht: Nvidia GeForce GTX 680 In unserem zweiten Blick auf Nvidias GeForce GTX 680 gehen wir noch einmal genauer auf die Kepler-Architektur ein, die sich gegenüber dem Vorgänger deutlich verändert hat.
nVidia's GeForce GTX 680 Kepler Grafikkarte wurde heute vorgestellt und bereits umfangreich getestet.
Of the many platforms available for gamers to enjoy video games, there's no question that the highest quality graphics come from PC. While game developers might not consider PC gaming as lucrative as entertainment consoles, companies like NVIDIA use desktop graphics to set the benchmark for smaller more compact designs that make it into notebooks, tablets, and smartphone devices. NVIDIA's Kepler GPU architecture is an example of this, delivering unprecedented performance while operating cooler and consuming far less power than previous flagship discrete graphics cards. In this article Benchmark Reviews tests the NVIDIA GeForce GTX680 video card equipped with a 28nm GK104 Kepler GPU, and compares it against the best DirectX 11 video cards available. Featuring their new NVIDIA GPU Boost technology, the GeForce GTX 680 video card can dynamically adjust power and clock speeds based on real-time application demands.
NVIDIA's GeForce GTX 680 is here. Based on Kepler, it's an interesting beast. It features a reworked architecture, is produced on a 28nm process, introduces things like GPU Boost, Adaptive VSync and TXAA, has a redesigned cooler, and perhaps most important of all, aims to perform better than the competition.
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