The Witcher 3 Remastered: An In-Depth Performance Evaluation with DLSS 5

Recent analyses of The Witcher 3: Wild Hunt Remastered highlight notable differences in performance metrics between its updated version and the existing Next-Gen variant, particularly when utilizing NVIDIA’s latest DLSS 5 technology. The tests reveal significant variations in frame rates during identical gameplay scenarios, with the Next-Gen version consistently achieving an impressive average frame rate of 68 FPS when DLSS 5 is activated.

In stark contrast, the Remastered edition exhibited a dramatic decrease in performance, presenting an average frame rate of just 38 FPS under the same conditions. This striking difference suggests that the enhanced graphics algorithms incorporated into the Remastered edition come with an increased computational load that impacts the overall frame rates.

Performance Insights

Further investigation into the Remastered version’s performance without DLSS 5 reveals that the frame rate can manage 42 FPS during demanding gameplay scenarios, with a noted average of 46 FPS. However, once DLSS 5 is activated, these figures drop to 34 FPS and 38 FPS, respectively. This drop indicates that the advanced computations involved in the neural network image reconstruction require substantial GPU resources, even though they operate with a lower internal geometry rendering resolution.

Visual Enhancements

On the visual front, DLSS 5 introduces significant advancements in image quality within the Remastered version. Users can expect reduced blurriness and better-defined highlights, resulting in superior realism. Enhanced skin shading showcases detailed light scattering and self-shadowing, while textures for hair and fabric elements present a striking clarity free from aliasing and pixelation issues.

The improvements contribute to a more cinematic experience with greater depth and contrast in visuals. Nonetheless, this impressive enhancement comes at the expense of reduced frame rates, emphasizing the trade-off between visual fidelity and playable performance.

Source: GameGPU