Intel Nova Lake-S iGPU IDs Hint at Expanded Core Ultra 400 Desktop Lineup
Recent updates to the Linux kernel driver stack have unveiled new Intel Nova Lake-S integrated GPU (iGPU) IDs, suggesting that Intel is preparing to launch up to seven different SKUs in its upcoming Core Ultra 400 desktop CPU series. This development provides fresh insight into Intel’s next-generation desktop processors, which are expected to deliver significant advancements in integrated graphics performance.
Leaked Details on Nova Lake-S and Nova Lake-H iGPU Configurations
According to a recent leak from @jaykihn0 on X, Intel’s Nova Lake-S desktop CPUs will include at least one model equipped with a 12-core Xe3P iGPU. This configuration could serve as a compelling entry-level alternative to discrete graphics cards, especially considering the strong performance demonstrated by the current Xe3 B390 iGPU in recent benchmarks.
The leak also indicates that the Nova Lake-H mobile CPU lineup will feature several SKUs with 12-core Xe3P iGPUs, mirroring the current Core Ultra X7 358H and Core Ultra X9 388H processors, both of which utilize 12 Xe3 cores. For more budget-oriented segments, both Nova Lake-S and Nova Lake-H are expected to offer variants with 4-core or 2-core Xe3 iGPU configurations, providing a range of options for different performance needs.
Performance Expectations and Competitive Landscape
While there is no confirmation yet regarding a 10-core Xe3 or Xe3P iGPU SKU—similar to what is found in the Arc G3 handheld gaming CPU family—the focus on 12-core configurations signals Intel’s intent to push integrated graphics performance further. Recent rumors suggest that the Xe3P iGPU architecture in Nova Lake will deliver substantial improvements over the current Arc B390 iGPU, which has already set a new standard for high-performance integrated graphics, surpassing competitors like AMD’s Radeon 890M.
As Intel continues to innovate in the integrated graphics space, the Nova Lake series is shaping up to offer a diverse range of options for both desktop and mobile users, with enhanced graphics capabilities that could reduce the need for entry-level discrete GPUs.
