Intel Core Ultra 9 285K iGPU Gaming: In-Depth Benchmarks & Analysis

Explore how the four XE cores at 2000MHz deliver playable frame rates across popular titles without a discrete GPU

Hardware by Katmin on Jul 01, 2025

Intel's latest desktop processors—the Core Ultra series—introduce a significant boost in integrated graphics capability. Gone are the days when UHD Graphics were sufficient for basic display tasks; the new Arrow Lake-S CPUs feature an entirely redesigned iGPU with four XE cores, clocking up to 2000MHz. This upgrade enables light gaming without the need for a discrete GPU, which is an intriguing option for budget builders or those seeking a compact, low-power computer.

To study the iGPU's real-world potential, we built a test bench and ran it through a number of synthetic benchmarks and game titles, measuring performance, power draw, and overall playability.

Intel, Core Ultra 9 285K, iGPU Gaming, In-Depth Benchmarks, Analysis

Test Setup and Configuration

We used the ASRock Nova WiFi Z890 motherboard, an Intel Core Ultra 9 285K processor, and 32GB of Viper DDR5 RAM operating at 7000MHz in dual-channel mode. This combination gave a high memory bandwidth, which is critical for integrated graphics.

We left the NPU enabled—since it had no adverse effect on GPU results—and kept the iGPU at its stock 2000MHz, as the BIOS only allowed a 100MHz bump. Monitoring was handled via Afterburner, with power draw recorded at peak sustained use. Storage and OS resided on an NVMe drive, and Windows 11 Pro was freshly activated and fully updated to eliminate software variables.

Technical Insights and Overclocking Limits

Under FurMark stress tests, the Arrow Lake-S iGPU consistently peaked at a 2000MHz clock and drew roughly 28–30W. The thermal solution on the ASRock board held temperatures well below throttling thresholds, even under extended load. Beyond the 100MHz overclock cap, the only meaningful performance gains came from faster RAM, already maxed at 7000MHz.

Intel's decision to restrict clock headroom suggests a focus on power efficiency and thermals over raw frequency, a sensible trade-off for integrated graphics. Still, we noted that eight XE2 cores, like those in Meteor Lake mobile chips, would have further elevated performance.

Synthetic Benchmark Results

In Geekbench 6 OpenCL, the Core Ultra 285K iGPU trailed a decade-old discrete GTX 1050 Ti, an expected gap but a clear step above previous UHD Graphics solutions. In 3DMark's Night Raid test, it scored 26,571, and in Time Spy it reached 2631.

These numbers won't earn trophies at any showcase, but they hint at modest DX11 and DX12 capability. For everyday tasks like video decoding or casual gaming at lower settings, this iGPU holds its own and vastly outperforms the Intel UHD graphics of earlier generations.

Intel, Core Ultra 9 285K, iGPU Gaming, In-Depth Benchmarks, Analysis

Doom Eternal at 1080p Medium

Doom Eternal, with dynamic resolution scaling at 90fps, we were curious whether this e-sports staple could maintain playability. The iGPU averaged 68fps, with occasional dips but never dropping below 60fps for long periods of time.

The Vulkan backend's efficiency plays a role here, and while one can't max out every setting, a medium preset with a slight resolution scale reduction delivers smooth action without jarring stutters.

The Elder Scrolls V: Skyrim (Original) Performance

Skyrim's aged engine proved kinder to the iGPU, delivering a largely stable 60fps at 1080p on medium settings. Occasional dips to 59fps occurred in complex outdoor scenes, but overall, the gameplay remained fluid.

The game's low GPU demands and optimized CPU path meant the Core Ultra 285K handled it with ease, and the total system power draw never exceeded 35W, including both CPU and iGPU.

Ratchet & Clank Rift Apart with FSR 3.1

Ratchet & Clank Rift Apart, running at 1080p medium with XE-CS set to Performance, the native frame rate hovered around 42fps—barely playable. However, enabling FSR 3.1 frame generation elevated the experience to a smooth 60fps average.

This demonstrated how modern upscaling and frame gen technologies can unlock integrated graphics potential. By leveraging these tools, many console ports become viable on a low power iGPU.

Intel, Core Ultra 9 285K, iGPU Gaming, In-Depth Benchmarks, Analysis

Shadow of the Tomb Raider and Fallout 4

Shadow of the Tomb Raider's built in benchmark at 1080p medium with XE SS set to Performance managed only 40fps, confirming that more demanding DX12 titles remain out of reach. Fallout 4 fared better at 1080p medium, holding a steady 60fps with a peak system draw of 50W.

Occasional frame hiccups were tied to large asset streaming, but the overall experience remained playable due to the game's older engine and AMD ASTC optimizations.

Overwatch 2 and Spider Man Remastered

Overwatch 2 was perhaps the most impressive: at 1080p medium low mix, the iGPU pushed past 120fps, showcasing how well optimized esports titles can thrive on integrated solutions.

Spider Man Remastered, however, required frame generation to shine: without it, the medium preset yielded the low 40s; with FSR frame gen enabled, the average rose to 86fps.

These results underscore the importance of adaptive scaling and suggest that many single player titles can be brought into the playable realm.

Cyberpunk 2077: Low Res Tricks and FSR 3

Cyberpunk 2077, At 1080p low with XE CS Performance, the test yielded 42fps—better than anticipated for a four core Xe solution. Dropping to 900p low pushed averages into the high 50s, although dips below 60fps persisted.

Enabling CD Projekt Red's FSR 3 and frame generation nudged the average to around 68fps, smoothing out some of the drops. Although it's not a high-end experience, Cyberpunk's universe may be accessed on an iGPU for a fraction of the price of a discrete solution if you're ready to make some adjustments.

Intel, Core Ultra 9 285K, iGPU Gaming, In-Depth Benchmarks, Analysis

Value Proposition on Integrated Gaming

Although the Core Ultra 285K's integrated graphics aren't very revolutionary for gaming, they are a major improvement. High-end titles at 1440p or 4K remain out of reach, and heavyweight DX12 engines expose the four-core XE limit. Yet, for budget builds, compact form factors, or emergency backup systems, this iGPU delivers playable experiences in many popular titles, especially when paired with FSR or XE CS technologies.

For fast gaming tests or troubleshooting, the integrated solution is a convenient backup when installing a discrete GPU. Selecting a Core Ultra processor only for its iGPU is not a good idea, though; rather, see it as an extra benefit that fills in the gaps until a dedicated graphics card is available.

Although they don't change the game on their own, Intel's Arrow Lake integrated graphics show that the company is still working to develop more powerful onboard solutions.

Future versions could further reduce the gap with faster memory, possible BIOS updates for higher speeds, and continuous software optimizations.

For now, in pinch scenarios or compact builds, the Core Ultra 285K's iGPU offers a respectable entry level gaming platform—just temper expectations and lean on upscaling technologies to achieve smooth frame rates.

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Tanvir Kabbo

Senior Editor, NoobFeed

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