Leaked DLSS 5 test: RTX 5070 Ti drops from 71 to 35 FPS
The world of gaming is buzzing with whispers of a major technological leap, and this week, the secret behind it has spilled out of the developer community. A new Nvidia library, hinting at the arrival of DLSS 5 neural rendering technology, has surfaced within an early access game, setting the stage for a visual revolution.
The discovery came from within the early access build of NBA 2K27. Deep within the game files, developers found a new component named Nvidia’s forthcoming DLSS 5 neural rendering technology, suggesting that the game may be among the first to integrate this powerful new feature.
DLSS 5, which Nvidia first unveiled in March, is poised to redefine how games render visuals. While the official launch is slated for this fall, the excitement is already building around the technology’s potential to deliver unprecedented visual fidelity.
The community immediately began testing the waters. Dedicated developers, utilizing popular modding tools like RenoDX, quickly sought ways to bring this cutting-edge technology into actual gameplay. They successfully managed to get DLSS 5 running within the Control game environment, applying the neural rendering capabilities to character models.
The results from these early, grassroots experiments have been nothing short of impressive. By manipulating seven parameters—including style, intensity, tone, and structure strength—modders demonstrated how DLSS 5 can dramatically enhance lighting and material rendering. Screenshots and clips showed remarkable improvements in complex visual elements like subsurface scattering, contact shadows, and light transmission through hair and foliage.
What is particularly captivating is the ability of the technology to enhance a scene’s photorealism without altering the underlying geometry or the game’s artistic direction. It essentially adds a layer of intelligent, stunning realism to the visuals.
However, as with any new, powerful technology, there are practical considerations. Early performance tests indicated that enabling DLSS 5 on current hardware, such as an RTX 5070 Ti running at 4K, resulted in a performance hit, reducing frames per second from approximately 71 to 35 FPS. This data is preliminary, as the exact settings and internal rendering resolution used during testing were not specified.
It is crucial to remember that this is an early implementation introduced by modders. It should not be viewed as a final performance benchmark. Nvidia’s initial demonstrations focused on powerful hardware, and the full feature set and optimization will be determined upon the official release.
Despite the early performance trade-offs, the glimpse into DLSS 5 has been incredibly illuminating. It confirms that neural rendering is rapidly evolving, promising a future where stunning visual fidelity is not just a dream, but an achievable reality for gamers, waiting for the official release.
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