Frame generation complicates latency issues because it requires creating frames out of order. Recall our earlier example: The GPU generates Frame One, then Frame Three, then the frame generator ...

for low-latency real-time rendering, aiming to improve frame generation without added latency. Unlike traditional methods, GFFE uses frame history for extrapolation, enhancing performance ...

Including display latency from an LG C1 OLED, the 2x mode clocked in at 99ms of input lag, while the 3x mode clocked in at 92ms. By comparison, DLSS frame generation was much more responsive ...

TL;DR: Intel XeSS 2, an AI-driven technology, enhances gaming performance by combining Super Resolution, Frame Generation, and Low Latency. It significantly boosts FPS and reduces latency ...

Launching alongside new Intel Battlemage GPUs today is XeSS 2, the next version of XeSS that adds frame generation and a low-latency mode, very similar to what we've seen from Nvidia with DLSS 3 ...

and the more difficult it is for the frame generation algorithm to figure out what should go in between. Latency also becomes an issue when your frame rate isn’t high enough. The way FSR 3 works ...

AI Frame Generation, and Nvidia Reflex to upscale the picture, generate additional frames with AI, and then reduce input latency. This is done on the hardware front with 1.4 PetaFLOPs available in ...

The new XeSS 2 includes two new things: Frame Generation and Low Latency. With these additions, Intel's graphics cards now feature parity with Nvidia and AMD, making it easier for gamers to choose ...

To complement XeSS Super Resolution scaling and the frame generation features, known as XeSS-SR and XeSS-FG for short, Intel is also introducing XeLL. Here, the "LL" stands for low latency.

That came with latency around 47ms, which isn’t great, but still more than playable. When I turned frame generation to 2x, that frame rate jumps all the way up to 96 fps, with the latency going ...