Intel Core Ultra 7 356H Gaming Test Shows Playable 1080p Performance With XeSS and Frame Generation
Fresh benchmark results for Intel’s Core Ultra 7 356H give an early look at how the chip performs in GPU-heavy tests and real-world gaming. While the processor shows promise, especially when paired with Intel’s XeSS upscaling and frame generation tools, the results also highlight where competing hardware still holds an advantage.
In 3DMark Time Spy, a popular benchmark for measuring graphics performance, the Core Ultra 7 356H reached a score of 3,273. By comparison, AMD’s Ryzen AI 9 HX 370 posted a stronger score of 4,138, giving it a noticeable lead in this particular GPU-focused test. That gap suggests AMD’s integrated graphics solution still has the edge in raw graphics performance, at least in this benchmark.
Gaming performance, however, tells a more interesting story.
Cyberpunk 2077 was one of the first games tested, running at 1080p using the Steam Deck preset. Instead of using FSR, the upscaler was manually changed to Intel XeSS Balanced. With these settings, the game delivered a smooth and playable experience, usually staying between 45 and 50 FPS. There were no major stutters or serious performance issues, making the game comfortable to play despite its demanding visuals.
The test then moved to Intel’s frame generation features through Intel Graphics Software. Since Cyberpunk 2077 does not yet include native support for Intel’s multi-frame generation multipliers, a 4X Frame Generation Override was applied manually. With XeSS scaling turned off and the game running at native 1080p, performance jumped to more than 100 FPS.
That sounds impressive, but there is a trade-off. Higher frame generation multipliers can introduce visible artifacts, which may affect image quality during fast movement or busy scenes. For a better balance, using a 3X multiplier or switching XeSS back to the Quality preset appears to be the smarter option. This setup could reduce visual issues while keeping gameplay fluid and responsive.
Crimson Desert was also tested at 1080p with XeSS set to Balanced. In standard gameplay, the frame rate landed between 25 and 30 FPS, which is playable but not especially smooth. Enabling a 2X frame generation multiplier pushed performance up to around 70 FPS, but the improvement came with noticeable ghosting. This means the added frames helped responsiveness on paper, but the visual experience was not as clean as players would want.
Red Dead Redemption 2 was tested as well, adding another demanding open-world title to the performance lineup. While the results reinforce that Intel’s latest integrated graphics can handle modern games with the right settings, they also show that optimization, upscaling, and frame generation are becoming essential tools for achieving better 1080p gameplay on compact or power-efficient systems.
Overall, the Core Ultra 7 356H offers respectable gaming performance when supported by XeSS and Intel’s frame generation technology. It may not beat the Ryzen AI 9 HX 370 in raw GPU benchmarks, but it can still deliver playable frame rates in demanding titles like Cyberpunk 2077 and Crimson Desert. The best experience will likely come from carefully tuned settings rather than simply pushing frame generation to the highest multiplier.
For gamers looking at mini PCs, thin laptops, or compact systems powered by Intel’s latest Core Ultra chips, these results are encouraging. The hardware is capable, but the real strength comes from combining efficient graphics performance with smart software features such as XeSS upscaling and adjustable frame generation.
