Thus, the FPS increase, in some cases DLSS is even more beautiful than native 4K. The result is a 4K image that does not require the computing power of a 4K image. With the Turing GPUs and activated DLSS, the image is only rendered in a low resolution and then upscaled to 4K and significantly improved by the edge smoothing. The smoothing of the edges is far superior to a conventional anti-aliasing technique. The final calculation then takes place on the Turing graphics cards. ![]() The neural network is trained for the games. In its own data centers, hundreds of Tesla V100 graphics cards are used to completely calculate games with the help of Deep Learning. With Turing Nvidia takes the technology to a new level. Super Sampling has been a topic for several years now and is handled by every graphics card. The other technology in focus was Deep Learning Super Sampling (DLSS). However, the effects are very breathtaking, which is why it is a useful addition for some. Gaming on UHD and high frame rates is practically no longer possible. ![]() The ray calculation results in much more realistic images, but the required hardware is expensive and has to be very strong. ![]() The AMD Radeon VII also supports this technique via the DirectML API.Īt the presentation of the new Turing graphics cards in August last year, there were several improvements and new techniques to see. A feature of the Nvidia Turing graphics cards beside raytracing is DLSS.
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