It does, however, come with a bit more of a performance hit, and developers need to bake in DLSS support to games before you can use it. DLSS 2.0 does use a sharpening filter as part of this process, but it's much more than that, which means it can produce better results-at least in some cases-and has more room for improvement as it evolves. Instead of merely applying a filter to the image, DLSS uses artificial intelligence to take a low-resolution image and reconstruct it at a higher resolution. That's because DLSS goes beyond simple image sharpening. This is a more equivalent comparison than DLSS. Nvidia actually has a similar feature called Image Sharpening, available directly in the Nvidia Control Panel or through Nvidia Freestyle.

While Radeon Image Sharpening does have some smarts baked into its algorithm, it's still ultimately a simple post-processing trick: it takes an image at a certain resolution, adds some sharpening, and spits out the new image at the same resolution. If you're thinking that RIS sounds a lot like Nvidia's DLSS, you'd be sort of right-they have somewhat similar goals, but use different methods to achieve them. The results are surprisingly good, though it does depend on the game and the specs you're hoping to hit. By using this smarter, contrast-aware approach, AMD is able to cut down on the number of artifacts you'd see with a more broad application of sharpening, like you might apply in a basic photo editing program (though some artifacts may still pop up occasionally).

It uses a contrast adaptive sharpening (CAS) algorithm that sharpens soft edges, without over-sharpening high contrast parts of the image. It isn't just a brute-force sharpening filter, either. It's available in your graphics card's settings and works with any game using DirectX 11, DirectX 12, or Vulkan (and in some cases, even DirectX 9). Best of all, your games don't have to specifically support the technology. Radeon Image Sharpening is a post-processing technique designed to make those games look sharper without bogging down performance-in fact, there's barely any performance drop of which to speak. Some games have sharpening features built-in to deal with this, but many do not. Or maybe you have a game whose anti-aliasing implementation adds just a bit too much blur to the image, even at native resolution. Say you're gaming on a high-resolution display, like a 4K TV, but you don't have a graphics card capable of pushing that many pixels in your favorite titles. Radeon Image Sharpening is one of those few technical features that does exactly what it sounds like: it sharpens the images in your games.

How to Set Up Two-Factor Authentication.

How to Record the Screen on Your Windows PC or Mac.

How to Convert YouTube Videos to MP3 Files.

How to Save Money on Your Cell Phone Bill.

How to Free Up Space on Your iPhone or iPad.

How to Block Robotexts and Spam Messages.

Amd radeon settings