At GTC 2026, NVIDIA announced its next-generation DLSS installment, version 5. The reveal was followed by community backlash over the goals of DLSS 5, especially around concerns that the technology could reduce visual quality or change the look of games beyond what developers originally intended.
Jensen Huang responded directly to that criticism in a Q&A session, rejecting the idea that gamers had correctly understood the purpose of the feature. He said DLSS 5 fuses the controllability of geometry, textures, and every aspect of the game with generative Artificial Intelligence. NVIDIA’s position is that the technology is meant to give developers another option to enhance visuals rather than override artistic direction.
A central complaint has focused on how DLSS 5 appears to alter the visual definition of in-game elements, with Resident Evil Requiem cited as a flashpoint for the backlash. Huang argued that DLSS 5 is not merely a post-processing tool for games but rather a system that gives developers generative control at the geometry level, not just a filter applied on top of the graphics processing pipeline.
According to Huang, developers have complete control over what the technology does from the very beginning. DLSS 5 uses the game’s color and motion vectors for each frame, and the model aligns with what the game developer originally intended for the image. He also said that even the extent to which DLSS 5 enhances visual fidelity can be controlled, leaving the final outcome in the hands of the developer.
Huang repeatedly emphasized the distinction between DLSS 5 and conventional image treatment, describing it as a system built into how a game’s visual data is interpreted rather than something layered on after rendering. NVIDIA’s defense of the feature centers on that claim of controllability: that DLSS 5 is designed to preserve artistic intent by letting developers decide how and where its generative Artificial Intelligence is applied.
