Gamers go to ridiculous lengths to "improve" GTA VI with Nvidia's DLSS 5

Grand Theft Auto VI launches on consoles first. That has not stopped Nvidia-armed PC owners from designing Rube Goldberg pipelines to borrow DLSS 5's neural rendering anyway.

A GTAVI subreddit write-up routes a PlayStation 5 through a 4K capture card into a PC running Veyra, an open-source tool that applies DLSS 5 to video, bumps 30 fps sources toward 90 fps with frame generation, then sends the result to a 4K TV. A demo on the Extended Look trailer looks sharper in places and soap-opera smooth in others, with artifacts in tow.

Neural upscaling is escaping the games it officially supports — for better and for weirder.

We're entertained and slightly concerned for anyone who thinks this replaces a real PC build.

The trailer demo shows what DLSS 5 can do to linear video: crisper backgrounds, softer shadows, more believable scattering — plus washed-out blacks and that unnatural smoothness frame gen is famous for. Interactive play is the harder test. Processing adds latency between stick and pixel; the author claims about 11 ms from Veyra without having tested a live PS5 capture path, while others call similar setups "noticeable but tolerable" or invent fantasy 1–2 ms numbers.

PS5 Pro owners already have Sony's Spectral Super Resolution, so stacking DLSS on top can be hat-on-hat. Stock PS5 owners with spare 4090-class silicon might shrug and accept the hassle. Or, as Ars notes, wait for the reported early-2027 PC release — or the inevitable unofficial decompilation port.

I like that open tools let people experiment with neural rendering outside blessed titles. The downside if this becomes normal: more latency-blind "improvements," more GPUs burning watts to polish someone else's console stream, and expectations that every exclusive must be AI-post-processed on day one. Cool hack. Not a product.

DLSS 5's early memes were rough; this project is also a vibe check on how far the stack has come for offline and passthrough video. Capture-card upscaling communities have existed for years; tying them to Nvidia's latest neural renderer is the new twist.