Image Scaling tech does improve video output, in some cases substantially, but it isn't as crisp as DLSS. Instead, Image Scaling uses a directional scaling algorithm with adaptive sharpening to detect, upscale, and sharpen the image simultaneously, making the image appear to be running at a higher resolution. Enable or disable 3D hardware acceleration. Configure unique 3D settings for my applications and games. Now, Image Scaling doesn't use AI to upscale images. Move the slider to the left (decrease the maximum frame rate) for quieter gaming, or to the right (increase the maximum frame rate) for higher performance. The result is sharper, crisper video output with less visual glitching, artifacts, or otherwise. In short, DLSS uses Nvidia's powerful on-chip Tensor cores to deliver AI upscaling in real-time. Image Scaling relates closely to another graphics card buzzword, Deep Learning Super Sampling (DLSS), but they're not one and the same. So, what is Image Scaling, and what does it do? You may begin to see Nvidia Image Scaling options built directly into games, as you see with AMD's FidelityFX Super Resolution. The biggest difference is that Nvidia is now offering its Image Scaling SDK to anyone who wants it, allowing developers to access and tinker with it. So, how do you use Nvidia Image Scaling to boost your game quality, and how does it work to begin with? What Is Nvidia Image Scaling?įirst up, Nvidia Image Scaling isn't new.
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