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Ghost of Tsushima Director’s Cut officially lets you mix Nvidia DLSS with AMD FSR, meaning that owners of practically any Nvidia RTX GPU can now not only improve their frame rates with DLSS upscaling, but also enable frame generation via FSR. The resultant performance increase is reportedly huge, with super-high frame rates on last-gen Nvidia GPUs, even at 4K.This is the first time we’ve seen a game that lets you mix and match AMD FSR and Nvidia DLSS on your graphics card in this way, as historically FSR 3 frame generation had to be coupled with FSR upscaling. With AMD FSR 3.1, though, the upscaling and frame generation were uncoupled, and Ghost of Tsushima looks like it’s the first game to take advantage of this, enabling you to combine the two rival frame rate-boosting technologies."
https://www.pcgamesn.com/ghost-of-tsush ... ss-amd-fsrSvo sem fleiri kostir við að kaupa sér RTX kort en ray tracing.
"The reason you need an Nvidia RTX GPU for DLSS (Deep Learning Super Sampling) is that DLSS technology relies on the Tensor cores that are exclusive to Nvidia’s RTX series of graphics cards1. These Tensor cores are specialized hardware designed to perform the complex calculations required for AI and machine learning tasks, which are at the heart of DLSS’s ability to upscale images and improve frame rates without significantly impacting performance."
"You’re correct, RTX does stand for ray tracing. Specifically, RTX stands for “Ray Tracing Texel eXtreme” and is Nvidia’s branding for its line of GPUs that support real-time ray tracing1. Ray tracing is a rendering technique that simulates the physical behavior of light to produce a very realistic visual effect in computer graphics. This technology allows for more dynamic and realistic lighting, shadows, and reflections in games and other 3D applications.
Nvidia’s RTX GPUs are equipped with dedicated hardware called RT cores, which are designed to accelerate the ray-tracing process. These RT cores work alongside the Tensor cores, which are used for AI computations like those in DLSS (Deep Learning Super Sampling)2.
So, while RTX GPUs are indeed known for their ray-tracing capabilities, they also include Tensor cores for AI-driven tasks such as DLSS, which is why an RTX card is required for the DLSS feature. The combination of these technologies allows for improved performance and image quality in supported games and applications."