Leaked AMD Medusa Point Core Configuration: Up to 22 Cores for Ryzen 9 SKUs, IGPU Down to 8 CU

Upcoming developments in AMD’s mobile CPU lineup suggest a shift toward higher core counts in its premium offerings, although improvements in integrated graphics performance may take a back seat.

Speculations on the Configuration of AMD’s Zen 6-Based Medusa Point WeUs

The anticipated Zen 6 CPU series is poised to be a game-changer, introducing Chiplet Design Die (CDD) technology that allows for a significantly higher core count compared to its predecessors. While previous iterations, from Zen 1 to Zen 5, supported a maximum of 8 cores per chiplet, the new Zen 6 architecture is rumored to expand this capacity to 12 cores. This development has been corroborated by reliable sources within the tech community.

Furthermore, a key differentiator between the Zen 5-based Strix Point and the forthcoming Zen 6-based Medusa Point is expected to be the size of the die. Reports indicate that the Medusa Point APUs will feature a larger die, leading to the adoption of the FP10 package. This change will facilitate a monolithic die capable of reaching configurations of 4+8 cores, with additional components situated on a separate silicon die.

Medusa Point 1R5/R7=4C+4D+2LP+8CU RDNA 3.5+R9=12C CCD+4C+4D+2LP+8CU RDNA 3.5+

APU=IOD👀

— HXL (@9550pro) May 16, 2025

According to insights from industry insider @harukaze5719, the Medusa Point series will feature a core configuration comprising 4 Classic Cores (C) + 4 Dense Cores (D) + 2 Low Power Cores (LP) for the Ryzen 5 and Ryzen 7 models, alongside 8 Compute Units (CUs) built upon the RDNA 3.5+ architecture. However, the Ryzen 9 series appears set to follow a different strategy, incorporating an additional 12-core Chiplet Design, effectively elevating the core count to an impressive 22 cores.

This substantial increase not only surpasses the core capabilities of the Strix Point series but also outstrips the core count found in the Strix Halo chips. Nonetheless, integrated graphics performance remains relatively conservative, with both the Ryzen 9 and the Ryzen 5 series maintaining just 8 CUs—significantly fewer than the 16 CUs offered by Strix Point. While this may suggest a reduction in graphical performance, it’s essential to consider that the RDNA 3.5 enhancements could mitigate such drawbacks, leading to more nuanced performance outcomes.

As highlighted by @9550pro, comparisons reveal that the Radeon 860M, which features 8 CUs, underperforms at around 23% less than the Radeon 890M, which has 12 CUs, as noted in benchmarks by Notebookcheck. While this anticipated performance drop is notable, it seems that Medusa Point is strategically set to target the high-performance market segment. It’s important to acknowledge that the successor to the Strix Halo will likely focus heavily on enhancing graphical capabilities.

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