Intel Claims You Will not Want an Nvidia GPU to Push Gaming Body Charges Via the Roof

Intel is making an attempt to get into the nice graces of players with its large Panther Lake chipset reveal. In that vein, Intel took extra time to clarify an replace to its two-year-old AI upscaler, XeSS 2. No, we’re not getting XeSS 3. No, Intel hasn’t confirmed what the hell it’s doing with future GPUs. As a substitute, like Nvidia before, Intel is moving into multi-frame era to artificially push sport body charges increased. Nevertheless, in contrast to Nvidia, Intel isn’t proscribing gamers to its personal chips.

(Full disclosure: Intel invited me to its chipset fab in Phoenix, Ariz. Journey and lodging had been paid by Intel, however Gizmodo didn’t assure any protection as a situation of accepting the journey.)

Multi-frame generation is a phrase that might create a hurricane of controversy amongst PC gaming circles with its mere utterance. At its easiest, it’s a strategy of shoving a number of AI-generated frames in between two frames rendered by the PC itself. Nvidia bought its newest RTX 50-series GPUs on the promise that multi-frame era would push video games effectively past their rasterization efficiency, or their skill to place an enormous quantity into your fps counter when taking part in video games. Naysayers have been calling body era “faux frames,” and it’s a moniker that’s not completely improper. Nvidia CEO Jensen Huang went full used automobile salesman at CES 2025 when he promised a lower-end RTX 5070 graphics card might beat the corporate’s final flagship GPU, the RTX 4090.

In apply, body era is sensible for lower-end units greater than some high-end desktop PC that already has the graphics capabilities to push the utmost pixels. That’s the place XeSS 2’s multi-frame gen capabilities might begin to change the character of how we consider lighter PCs or—doubtlessly—supercharge handheld PCs like MSI’s Claw series.

What base fps do you want earlier than body gen?

Body era know-how depends on PCs having sufficient information to assist stick the AI-made frames in between those rendered by the PC. Frequent knowledge states that the majority video games need between 45 and 55 fps earlier than you kick in body era. This helps eschew issues with odd visible glitches and artifacts, the place you’ll discover visible discrepancies that weren’t meant to be there. In a roundtable with reporters, Tom Petersen, Intel’s large cheese behind graphics and software program, mentioned he was effective utilizing multi-frame gen at framerates as little as 30, which bumps it up at 4x to roughly 120 fps. Intel confirmed off the upcoming Painkiller reboot with a brand new efficiency monitor that may present body charges earlier than and after body era, akin to Steam’s updated performance overlay.

With the quadrupling in body era (meaning there are 4 AI frames between every rendered body), the sport was working at round 150 fps on a pre-production model of Panther Lake with 12 Xe3 GPU cores, on a reference platform working at 45W. Body era creates latency that discerning gamers can really feel and see. That is because of the nature of the know-how, because it has to know the following body in a sequence to insert the AI-generated frames between them. Petersen mentioned the latency might be extra, relying on the sport and framerate you’re taking part in at, however it is going to be all the way down to customers whether or not they choose in or not.

“There are an entire bunch of applied sciences that haven’t been introduced that might make that higher, however proper now you’ll be able to see some simply flip off body gen,” Petersen mentioned. He later referred to potential know-how that will use AI to foretell mouse clicks, which might doubtlessly enable the sport to artificially take away the feeling of latency with out eradicating it altogether. Sooner or later, there’s a chance for video games to have predictive body gen that kicks in solely in sure moments the place players received’t really feel the impression of latency as a lot. He even went so far as to say body charges nearer to 30 would really be higher than doing body gen at increased body charges, because the latency isn’t as noticeable at decrease body charges as increased body charges. That being mentioned, I spoke to others at Intel who should still suggest at the least 45 fps earlier than enabling multi-frame era. Your mileage could differ.

I ran by the Painkiller demo at round 50 fps, which changed into round 200 fps on-screen taking part in at 1080p. The sport is as darkish and grey as an older Xbox 360 title after we all one way or the other thought Gears of Struggle regarded nice. It was harder to identify points with textures or geometry by all of the grime. Nevertheless, the fireplace results—which beforehand posed issues for Intel’s 2x body gen know-how—appeared nearer to how it could look with out utilizing upscaling or body era.

Panther Lake chips tuned for players

Petersen wasn’t afraid to share his opinion concerning Nvidia’s multi-frame gen beholden to its newest RTX 50-series of GPUs. “Trash,” he known as it beneath his breath. He’s half-joking, possibly, however Intel now sees itself as an underdog combating a behemoth; it’s permitting itself to behave scrappy. Nonetheless, what’s extra necessary is how effectively its Panther Lake chips can carry out in gaming eventualities earlier than you allow any AI choices. Intel claims it has optimized energy supply on the CPU and GPU to cut back stuttering in video games.

XeSS 2’s multi-frame gen isn’t the type of know-how that makes costly {hardware} higher. As a substitute, it provides extra choices for lower-end techniques. XeSS 2 stays {hardware} agnostic, which means it might run on any gadget, whether or not it has an Intel or AMD chip inside. XeSS 2 works on two completely different kernels for AMD and Intel units, and on AMD-powered techniques, it requires a compatibility layer that may make the upscaler work barely worse than on Intel’s chips.

Intel is now the one main U.S. chipmaker nonetheless creating hardware-agnostic AI upscaling for PC. On the similar time, XeSS remains to be lagging behind the competitors when it comes to supported video games. AMD has turned its consideration to the newest model of FidelityFX Tremendous Decision, or FSR 4. The improve over FSR 3 and three.5 has allowed upscaled video games to look much less muddy with sharper particulars in each the foreground and background. AMD relegated FSR 4 to its newest Radeon RX 9000 collection GPUs, as in all these at the moment utilizing RDNA 4 microarchitecture. AMD just lately claimed its newest AI upscaling drivers can be found in more than 85 titles. Nvidia’s newest model of its Deep Studying Tremendous Sampling (DLSS 4) AI upscaler is at the moment accessible in more than 175 games, in keeping with the corporate.

In Could, Intel mentioned XeSS is available in more than 200 games, however in the event you’re commonly taking part in the newest titles, it may be a crapshoot which video games help Intel’s upscaling and which don’t. Intel clearly hopes extra builders signal on as soon as they see what XeSS 2’s multi-frame gen can do. XeSS multi-frame gen must be accessible to some video games sooner or later, although gamers may have to make use of Intel software program to allow it to override on video games which are already appropriate with Intel’s upscaler.