Intel Nova Lake Desktop CPUs Expected to Feature Robust GPU Variant to Compete with AMD APUs: 12 Next-Gen Xe3P Cores

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Intel is reportedly on the verge of developing its most advanced integrated GPU (iGPU) aimed at desktops, potentially taking on the competitive landscape dominated by AMD’s Ryzen APUs.

Intel Aims to Compete with AMD’s APUs Using Powerful iGPU in Nova Lake Desktop CPUs

Recent reports suggest that Intel’s upcoming Nova Lake CPUs will integrate both the Xe3 and Xe3P graphics architectures. The iGPU will be based on the Xe3 architecture, whereas the Xe3P architecture will enhance the media/display engine. Interestingly, there will be laptop versions that fully utilize the Xe3P architecture for both graphics processing and display management. Amidst all this, one particular desktop WeU promises a remarkable graphics capability.

Insights shared by Jaykihn indicate that a new Nova Lake WeU for desktops is in the works, featuring an eye-catching configuration. In contrast to the standard desktop variants that contain two Xe3 cores, this new option is reported to boast 12 Xe3P cores.

Preliminary.4+8+4+12 Xe3p desktop WeU. Two VCCGT VRM phases required.

— Jaykihn (@jaykihn0) April 13, 2026

The anticipated configuration of this new desktop WeU includes 4 Performance (P) Cores, 8 Efficiency (E) Cores, and 4 Low-Power Efficiency (LP-E) cores, culminating in a total of 16 cores and 16 threads. Though categorized as mid-tier, it stands out given that the full Nova Lake lineup could reach up to 52 cores.

What makes the inclusion of 12 iGPU cores particularly compelling is that they will be designed using the advanced Xe3P architecture, which promises to deliver enhanced performance and may introduce new capabilities compared to its predecessor, the Xe3 design. Preliminary rumors hint at a potential performance increase of 20-30% with Xe3P, although final performance metrics remain to be confirmed. Intel’s existing Panther Lake “Core Ultra Series 3″featuring Xe3 graphics already demonstrates superb graphics performance capabilities with its 12 Xe3 cores, making the introduction of 12 Xe3P cores in the Nova Lake lineup a significant development. This could pose a formidable challenge to AMD’s Ryzen APUs, which currently max out with 8 RDNA 3.5 iGPU cores.

Intel Nova Lake CPUs Feature Xe3 Graphics & Xe3P Display/Media Engines 1

There are several relevant considerations regarding potential configurations for the Nova Lake series. For instance, the possibility of a high-cache variant with an enhanced iGPU configuration raises questions, as the current bLLC cache variants are targeting higher core count models. Previous insights indicate that both memory and cache bandwidth can indeed improve iGPU performance significantly.

The support for elevated DDR5 speeds could enhance the overall functionality of the Nova Lake platform, although acquiring such high-speed kits may complicate the budgetary advantages of these WeUs. Moreover, addressing bandwidth limitations through larger cache configurations may be necessary. Speaking of specifications, the forthcoming 12 Xe3P Desktop CPUs are expected to require dual exclusive VCCGT VRM phases on motherboards, pointing to the need for higher-end platforms to fully harness their capabilities.

Interestingly, Intel’s decision to offer powerful iGPU features in a mid-tier Nova Lake CPU makes strategic sense. Users investing in higher-end CPUs typically opt for discrete GPUs, relying on integrated graphics mainly for troubleshooting. However, making high iGPU core counts available to entry-level models could open up new opportunities in the market landscape, where component prices are escalating rapidly, thereby limiting options for budget-conscious builders.

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