AMD Zen 6-based “Medusa Point” APUs will reportedly pack up to 22 cores

AMD Zen 5-based CPUs and APUs are still coming out, but details about their next generation of chips are already starting to surface. According to a recent report, potential configurations for AMD's Zen 6-based APUs, codenamed “Medusa Point”, have appeared.

The “Medusa Point 1”, as HXL refers to it, reportedly has a quite different core configuration. The Ryzen 5 and 7 chips will supposedly pack up to 10 CPU cores in a hybrid structure: four classic high-performance cores, four ‘dense' cores, and two low-power cores. Moreover, the leak suggests eight RDNA 3.5+ CUs for integrated graphics, a new RDNA graphics architecture built upon the RDNA 3.5 that we've already seen in action.

The leaks also include rumours about how AMD might scale up for higher-end Ryzen 9 APUs based on this architecture. Speculation suggests AMD could add more cores via an extra CCD, adding 12 classic cores to the base configuration for a total of up to 22 CPU cores, while the integrated graphics are expected to remain at 8 CUs.

This modular approach is not new to AMD, as seen in previous designs like the Strix Halo platform. Interestingly, the rumoured 8 CUs in Medusa Point are a considerable decrease compared to the 16 CUs of Strix Point, suggesting that Medusa Point might not be a direct successor to Strix Point but an entirely new series. On the other hand, we don't know the enhancements that RDNA 3.5+ brings, which might compensate for the reduced CU count.

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KitGuru says: Based on the report's information, is Medusa Point a sure win or a possible flop?

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