Early performance numbers for Intel’s Core Ultra 7 355 are starting to surface, and the results paint a clear picture of where this new laptop CPU fits. Benchmarks pulled from real-world testing in a Dell XPS 14 configuration show a chip that can deliver solid everyday speed, respectable gaming for an integrated GPU, and competitive efficiency. At the same time, side-by-side results against other recent Core Ultra options highlight where the Ultra 7 355 shines and where higher-tier parts still pull ahead.
In sustained CPU stress testing, the Dell XPS 14 equipped with the Core Ultra 7 355 averaged about 49.8 in a Prime95 run, with observed results ranging from 41.3 up to 79.3. That range suggests the laptop’s cooling profile, power limits, and boost behavior matter a lot under heavy, continuous loads. For shoppers comparing thin-and-light performance, this is an important takeaway: the Core Ultra 7 355 can ramp up, but the sustained level depends heavily on the chassis and tuning.
Creator-focused CPU benchmarks show a similar trend. In Cinebench R15 Multi, the Core Ultra 7 355 in the XPS 14 averaged 59.6, landing between 52.6 and 67.8 during the test set. In Cinebench R23 Multi, it averaged 56.6 with results spanning 53.2 to 71.3. These aren’t just raw numbers—they indicate steady multi-core output with occasional higher bursts, which generally translates well to mixed workloads like photo editing, light video work, multitasking, and productivity sessions where short boosts are common.
Putting those results into context with other configurations makes the positioning clearer. Another tested XPS 14 configuration running a higher-class Core Ultra X7 358H averaged 93.9 in Cinebench R15 Multi and 71 in Cinebench R23 Multi (with a wide 41.1 to 94.8 spread). Meanwhile, a Lenovo ThinkPad T14 Gen 6 with a Core Ultra 7 258V averaged 53.5 in Cinebench R23 Multi (52.3 to 54.7). In other words, the Core Ultra 7 355 appears to slot nicely above some ultra-efficient designs in sustained throughput, while premium higher-tier chips can still create a noticeable gap in heavy multi-core rendering and prolonged CPU workloads.
Graphics performance is where many buyers will be especially curious, and the first numbers are encouraging for an integrated solution. In a 1280×720 FurMark stress test, the XPS 14 with Core Ultra 7 355 averaged about 45.7 FPS (43.5 to 56). For comparison, the XPS 14 with the Core Ultra X7 358H and its Arc B390 “Panther Lake” iGPU averaged 58.2 FPS (42.2 to 74.1), while the ThinkPad T14 Gen 6 with Arc 140V averaged 34.6 FPS (32.8 to 51.6). That places Intel’s Graphics 4 Xe3 solution in the Ultra 7 355 system right in a competitive middle ground—stronger than some business-laptop iGPU setups, but still behind the more powerful iGPU configuration.
Real gaming results reinforce that story. In Cyberpunk 2077 at 1080p (FHD) with Ultra settings and no FSR, the Core Ultra 7 355 XPS 14 averaged 47.7 FPS, ranging from 44 to 57.2. The Core Ultra X7 358H configuration averaged 51.2 FPS (30.8 to 56.9), and the ThinkPad configuration averaged 45.2 FPS (35.3 to 51.9). Those are surprisingly close averages given the different platforms, and they suggest the Core Ultra 7 355 can deliver playable experiences in demanding titles—especially once you apply sensible settings tweaks like lowering shadows, using upscaling, or stepping down from Ultra presets in the newest games.
Efficiency and idle behavior also show differences between systems. In an idle test (1 minute, external monitor), the XPS 14 with the Core Ultra 7 355 averaged about 1.763, with readings spanning 0.01133 to 5.61. The XPS 14 with the Core Ultra X7 358H averaged 3.43 (1.646 to 5.16), while the ThinkPad T14 Gen 6 averaged 4.66 (4.28 to 6.5). While these results can vary based on display, power settings, background tasks, and platform tuning, they point toward promising idle efficiency for a Core Ultra 7 355 laptop in this particular setup.
The bigger picture is straightforward: the first Core Ultra 7 355 benchmarks suggest a well-balanced laptop processor that mixes good multi-core performance with credible integrated graphics. For buyers who want a premium thin-and-light that can handle productivity, content creation on the go, and even some modern gaming without relying on a dedicated GPU, early signs are positive. As more laptops adopt the Core Ultra 7 355 and more benchmark data appears across different cooling designs and power profiles, we’ll get an even clearer view—but the initial numbers already show why this chip could become a popular option in 2026 laptops.
