Far Cry 4 (released 2014) is a critically acclaimed open-world first-person shooter developed by Ubisoft. As a title from the previous console generation, it predates the introduction of NVIDIA’s Deep Learning Super Sampling (DLSS) technology by several years. Consequently, the game does not possess native support for DLSS.
This is where DLSS would be transformative. By rendering the game at a lower internal resolution (e.g., 1440p or even 1080p) and using AI-driven temporal upscaling to reconstruct a 4K image, DLSS would eliminate aliasing more effectively than MSAA while simultaneously boosting performance. In a game where players often use scoped rifles to engage enemies across vast valleys, temporal stability—a hallmark of good DLSS implementation—would eliminate the distracting "crawling" pixels on distant geometry. far cry 4 dlss
. It was said that a distant coven of engineers had trained a giant brain—an AI—to look at low-resolution images and "guess" what they would look like in 4K. It was the ultimate cheat code for reality. Far Cry 4 (released 2014) is a critically
Players running the game on modern 4K monitors often find that native performance is heavy due to the aging Dunia Engine, making upscaling technologies highly desirable. How to Use DLSS with Far Cry 4 This is where DLSS would be transformative
Enhances the fur of animals throughout Kyrat with dynamic, multi-layered strands.
On an RTX 4080 at 4K, the game becomes a joke: Native max settings run at 85 FPS. With DLSS Quality, it locks at 165 FPS (the engine's physics limit).