Nvidia's forthcoming DLSS 5 update is set to launch shortly, featuring a smaller footprint and reduced performance overhead. The update aims to address issues encountered with the initial release, which saw a significant performance hit and generated controversy for its effects on character models. Nvidia's internal metrics indicate the new DLSS 5 model has half the GPU impact of its September predecessor and reduces 4K VRAM usage by 20%, achieved through refined training data and a smaller parameter count.
Performance Improvements
The primary concern following DLSS 5's initial implementation in titles like NBA 2K27 was the substantial performance degradation. While Nvidia initially projected a 60% performance hit in NBA 2K27, the updated model is expected to bring this down to approximately 30%. This refinement is crucial, especially in games where the visual impact of DLSS 5 is subtle, making the performance trade-off more justifiable.
Addressing Character Model Concerns
Another significant point of contention was DLSS 5's impact on character models, famously demonstrated by early examples that appeared to 'yassified' or unnaturally altered. Developers in subsequent revealed titles, such as Resident Evil Requiem, did not implement DLSS 5 updates, a move that suggested developers were heeding player feedback.
Now, Hogwarts Legacy is slated to receive its DLSS 5 update on November 5. Nvidia's accompanying visuals and comparisons suggest a deliberate shift in focus. The 'before and after' comparisons highlight improvements in environmental lighting and materials, with character features remaining largely unchanged. This approach indicates developers have actively worked to mitigate the controversial AI alterations seen in earlier demonstrations.
Similar to Hogwarts Legacy, the upcoming action RPG Where Winds Meet will also receive DLSS 5 support in the near future. Early indications for this title also point to the update primarily enhancing environmental details rather than altering character appearances, reinforcing the trend of developers avoiding AI beauty filters for in-game characters. Further performance benchmarks for the new DLSS 5 model are forthcoming.