Computer graphics articles

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Extreme upscaling: What happens when DLSS turns 38x22 pixels into 4K?

Pushing DLSS 4.5 to absurd extremes reveals how it rebuilds images
The big picture: Nvidia DLSS has been a divisive feature since its introduction almost exactly seven years ago. While some users accuse developers of relying too heavily on upscaling to maintain high frame rates, others praise its ability to reconstruct clear images from fewer pixels. Pushing the latest implementation to its limits helps reveal how it pulls off this feat.
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Nvidia DLSS 4.5 improved visuals come at a 20%+ performance cost on RTX 30 and RTX 20 GPUs

Even RTX 4000 and RTX 5000 cards lose performance versus DLSS 4
The takeaway: One of the many announcements Nvidia made at CES this week was the arrival of DLSS 4.5. The latest version of the upscaling tech can be enabled ahead of its official launch, which many users have done. The good news is that you can expect a higher level of graphical fidelity, as Nvidia promised. The less welcome part is that it comes with a performance hit compared to its predecessor, one that rises to over 20% when using a previous-gen RTX 3000 or RTX 2000 GPU.
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Performance woes in Unreal Engine 5 games are developers' fault, says Tim Sweeney

Epic founder says game studios are using Unreal Engine wrong
In a nutshell: Unreal Engine powers some of the world's biggest games, but its reputation has taken a hit as several high-profile releases stumble with performance issues. Epic CEO Tim Sweeney argues the problem isn't the technology itself – it's how developers are using it. His comments cut to the core of an ongoing debate about whether today's development struggles stem from engines, hardware, or studio practices – and how much responsibility Epic should bear in addressing them.