Intel's new second-gen XeSS 2 upscaling tech with Frame Generation matches Nvidia's DLSS for features and might have the edge on AMD's FSR
Intel has just unleashed its second-gen gaming GPUs, codenamed Battlemage and kicking off with the Arc B580 and B570 graphics cards. We're a little disappointed that they're only aiming at Nvidia's low-end RTX 4060 for now. But when it comes to features and tech, if anything Battlemage looks to have the edge on AMD. And that includes upscaling.
To complement the launch of Battlemage, Intel is also rolling out a new version of its upscaling tech, known as XeSS 2. The big news is the addition of frame generation, making it pretty much feature-competitive with Nvidia's DLSS.
Arguably, Intel actually has the edge on AMD. That's because Intel's GPUs sport XMX cores which are AI accelerators analogous to Nvidia's Tensor cores. That allows Intel to match Nvidia in having AI-accelerated upscaling, when AMD's scalers are essentially hand-coded. For now, AMD GPUs do not contain equivalent cores to Intel XMX or Nvidia Tensor.
Ostensibly, Intel's Frame Generation looks to be similar to Nvidia's DLSS algorithm. It uses data from previous frames including motion vectors and depth information to feed into optical flow and motion vector reprojection algorithms which are blended together to generate interim frames that can be inserted between frames fully rendered in the 3D pipeline.
Intel's claims for the total performance uplift are startling. In its highest performance mode running F1 24 at 1440p, XESS 2's upscaling combined with the new Frame Generation feature boosts performance from 48 fps to a faintly staggering 186 fps. That's a 3.9x uplift. Even using the highest visual quality, performance jumps by 2.8x to 136 fps.
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.
This feature is analogous to Nvidia's Reflex tech and Intel claims it can reduce latency running at just under 50 fps from 57 ms to 32 ms. Intel also says the XeLL can be
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