31–40 of 776 posts
Earlier quoted context omitted.
4k gaming is dumb. I watched a LTT video that came out today where Linus said he primarily uses gaming monitors and doesn't mess with 4k.
No it's not. 2560x1440 has terrible PPI on larger screens. Either way with a 4k monitor you don't technically need to game at 4k as most intensive games offer DLSS anyway.
Anyone has any info on Node? Can't find anything online. Seems to be 4nm but performance suggest otherwise. Hopefully someone do a deep dive soon.
Anyone has any info on Node? Can't find anything online. Seems to be 4nm but performance suggest otherwise. Hopefully someone do a deep dive soon.
Looks like most of the improvement is only going to come when DLSS4 is in use and its generating most of the frame for Ray Tracing and then also generating 3 predicted frames. When you use all that AI hardware then its maybe 2x, but I do wonder how much fundamental rasterisation + shaders performance gain there is in this generation in practice on the majority of actual games.
Looks like most of the improvement is only going to come when DLSS4 is in use and its generating most of the frame for Ray Tracing and then also generating 3 predicted frames. When you use all that AI hardware then its maybe 2x, but I do wonder how much fundamental rasterisation + shaders performance gain there is in this generation in practice on the majority of actual games.
Earlier quoted context omitted.
4k gaming is dumb. I watched a LTT video that came out today where Linus said he primarily uses gaming monitors and doesn't mess with 4k.
No it's not. 2560x1440 has terrible PPI on larger screens. Either way with a 4k monitor you don't technically need to game at 4k as most intensive games offer DLSS anyway.
Looks like most of the improvement is only going to come when DLSS4 is in use and its generating most of the frame for Ray Tracing and then also generating 3 predicted frames. When you use all that AI hardware then its maybe 2x, but I do wonder how much fundamental rasterisation + shaders performance gain there is in this generation in practice on the majority of actual games.
There was some solid commentary on the Ps5Pro tech talk stating core rendering is so well optimized much of the gains in the future will come from hardware process technology improvements not from radical architecture changes. It seems clear the future of rendering is likely to be a world where the gains come from things like dlss and less and free lunch savings due to easy optimizations.
Earlier quoted context omitted.
No it's not. 2560x1440 has terrible PPI on larger screens. Either way with a 4k monitor you don't technically need to game at 4k as most intensive games offer DLSS anyway.
What matters is the PPD, not the PPI, otherwise it's an unsound comparison.