Intel's next-generation Nova Lake desktop processors may change how we think about integrated graphics on the PC. A new leak suggests the high-end SKU will demand 65W of dedicated power just for its iGPU. This requirement forces motherboard designers to add specific power delivery segments and VRM phases. Desktop users who want strong built-in graphics without a discrete card will need to pay attention to these platform changes.

Leaked details suggest high-end desktop chips need specific motherboard power delivery
The rumored configuration centers on a 16-core CPU built from Coyote Cove performance cores, Arctic Wolf efficiency cores, and low-power efficiency cores. Intel plans to pair this CPU layout with its new Xe3P graphics architecture, also known as Celestial. This specific SKU reportedly includes 12 Xe3P graphics cores. The combination aims to deliver performance that rivals high-end mobile chips.
Supporting this graphics load requires a motherboard with two VCCGT power phases. Leaker _Jaykihn_ stated that this Nova Lake SKU is the only segment demanding such specific power delivery infrastructure. The 65W power budget for the iGPU places it in the same power class as AMD's Strix Halo mobile APUs. These mobile chips can consume up to 80W under heavy load.
Performance expectations for this 12-core graphics setup look promising based on thermal and power headroom. The leaker claims it should outperform the Arc B390 iGPU found in Panther Lake. The extra power allowance allows the graphics unit to run faster than current desktop integrated solutions. We have been tracking Nova Lake closely and noted earlier coverage on Intel Nova Lake-S Gains Xe3P Graphics support in Linux.
Current reports pin the release of these next-generation parts to CES 2027. This timeline applies to both Intel and AMD upcoming desktop and mobile refreshes. The specific core counts and power requirements remain unconfirmed rumors from a leaker. Buyers should treat these specifications as preliminary claims until Intel provides official details.



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