I would tell you that DLSS and FSR have been evenly matched. FSR usually provides a slight edge in games with its ...

the game essentially renders at a lower resolution. For example, when you play a game at 4K with DLSS Quality enabled, the internal resolution it uses is 1440p. Likewise, for DLSS Performance ...

First, performance. When you have a lower output resolution, DLSS will render your game at an even lower internal resolution. This can create a CPU bottleneck as you go down to lower-quality modes.

Perhaps more importantly, they’re stable. This is 4K capture with DLSS’ Performance mode, meaning an internal resolution of 1080p. Preset E isn’t just cranking the sharpening here ...

The classic upscaling technology DLSS Super Resolution renders games a lower internal resolution, then upscales to a higher output resolution with the help of AI. Super Resolution also works on ...

This means the game can aim for a much lower “internal” resolution — improving frame rate — and leave it to DLSS to fill in the detail and upscale that to a high display resolution ...

It's not a viable option for lower resolution screens. DLSS performance varies depending ... Let's take a look at some of Nvidia's internal numbers to get an idea of what to expect (take these ...

DLSS allows games to run at higher frame rates by reducing the internal rendering resolution and using machine learning to upscale it back to your desired resolution. It works well, with the most ...

It’s a process that includes the native lower resolution image ... then with both DLSS 2 and the newer DLSS 3 with the RTX 4090. Again, similar to our internal benchmarks, the game runs natively ...

DLSS, on the other hand, is ideal for all situations in which it is difficult to achieve the desired resolution and frame rate. This is because renders the game at a lower internal resolution and ...

As per NVIDIA's internal benchmarks playing at 4K with ... Ratchet & Clank supports a full suite of rendering tech like DLSS 3, DLSS 2 Super Resolution, AMD's FSR 2, and Intel's XeSS.