Intel has delayed the release of a high-performance desktop processor featuring an advanced integrated graphics unit, originally intended for its upcoming Nova Lake generation. According to recent reports, the Nova Lake-S variant, which included 12 Xe3P graphics cores, will now be moved to the subsequent Razor Lake generation. This processor was expected to offer a major leap in integrated graphics performance, going beyond simple tasks like running the Windows operating system or light 3D applications. It was designed with a combination of 8 performance cores (P-Cores), 4 efficiency cores (E-Cores), and 4 low-power efficiency cores (LP-E-Cores), totaling 16 CPU cores, paired with the powerful 12 Xe3P graphics cores. The graphics unit was anticipated to be quite power-intensive, requiring a dedicated power supply capable of delivering up to 65 watts—uncommon for a mainstream desktop processor. This kind of power requirement typically seen in high-end graphics cards would be unusual in a standard desktop chip, suggesting that the Nova Lake-S was meant for users needing strong integrated graphics without a separate GPU. This delay mirrors a similar situation with the Meteor Lake-S architecture, where an ambitious desktop variant was ultimately abandoned before the architecture was launched on other product lines. While the project is still listed in Intel’s roadmap, it is now linked to the Razor Lake-S generation. Intel has not officially confirmed the delay or cancellation of the Nova Lake-S 12Xe variant, and the information is based on unverified leaks. If confirmed, this would mark a notable shift in Intel’s strategy, requiring users to wait for another generation before they can access such a powerful processor.