Nvidia has provided some new benchmarks for RTX 5000 graphics cards Two of them don’t involve DLSS 4 and Multi Frame Generation However, the gen-on-gen uplifts shown here are modest – but we still shouldn’t get carried away Nvidia has released some more game benchmarks for its next-gen Blackwell GPUs,

Deep Learning Super Sampling (DLSS), a suite of neural rendering technologies that NVIDIA continues to describe as being "revolutionary," using AI to boost FPS, reduce latency, and improve image quality since its introduction alongside the GeForce RTX 20 Series in 2019,

The Nvidia GeForce RTX 5090 is a massive GPU that just got announced at CES 2025, and it rightfully deserves its size and stature by bringing monstrous gameplay performance and AI power to usher in the next generation of gaming graphics — something that I got to witness for myself.

That's where DLSS 4 comes in. With the latest iteration of Nvidia's frame generation technology, you'll be able to game in 4K with frame rates over 200 fps. Of course, you're relying on software performance to generate all of those additional frames rather than pure silicon, and not all games offer DLSS 4 support.

Nvidia hasn't announced the RTX 5060 yet, but I'm already worried about how the card will perform when it shows up.

Most PC games launch with DLSS support, and according to NVIDIA over 80% of GeForce RTX owners are gaming with DLSS enabled to boost performance.

Zotac's RTX 5090 Extreme Infinity graphics card is the first to be spotted sporting an official 600W TGP rating, up from the default 575W.

Nvidia has provided some more concrete performance estimates for its upcoming RTX 50-series graphics cards without DLSS turned on.

The first of NVIDIA's RTX 5000 GPUs is expected at the end of January, and the company has released details surrounding non-DLSS performance. Here's what you need to know.

NVIDIA's RTX 5000 range of graphics cards pack a huge punch. But one of the biggest improvements of the new GPU range is the addition of DLSS 4, which promises better frame generation and upscaling to make your games feel as native as possible.