The developers behind the experimental KytyPS5 PC emulation project have released an update introducing native support for NVIDIA DLSS. The addition allows PC players to intercept and replace console-native upscaling algorithms with hardware-accelerated machine learning reconstruction on modern graphics cards.
Overriding Console Upscaling on PC Hardware
Modern console releases rely heavily on internal reconstruction engines such as PSSR to deliver high apparent resolutions while rendering internal geometry at lower native pixel counts. In an emulation environment on Windows, translating these proprietary temporal reconstruction passes often results in visual artifacts, ghosting and uneven frame pacing.
By hooking directly into the rendering pipeline, the updated emulator can feed raw motion vectors, depth buffers and color data straight into NVIDIA DLSS library. This allows the host PC Tensor Cores to handle temporal reconstruction, delivering sharper edges, reduced motion blur, and noticeably cleaner image stability across supported titles.
Performance Gains for PC Gamers
Testing on modern desktop graphics cards shows that offloading reconstruction to dedicated Tensor Cores stabilizes frame delivery, especially when running games at 1440p and 4K output resolutions. The developers note that future builds will explore adding support for AMD FSR and Intel XeSS to ensure broader compatibility across all graphics architectures.
Passionategeekz Take
Integrating modern PC upscaling into emulation engines shows the flexibility of PC gaming. Swapping console upscalers for native DLSS reconstruction delivers sharper visual clarity and smoother gameplay on desktop hardware.
[Via]