Medusa Point Set to Upgrade to Newer, Larger FP10 Socket From Strix Point, According to Shipping Manifest

Recent insights reveal that AMD’s forthcoming Medusa Point mobile processors will deviate from the previously anticipated FP8 socket utilized by the existing Strix Point lineup.

New Details from Shipping Logs: Medusa Point to Utilize FP10 Socket

The latest shipping manifest leaks from NBD indicate that the Medusa Point series will adopt the FP10 socket, measuring 25mm x 42.5mm. This marks a significant departure from the FP8 socket currently employed by the Zen 5-based Strix Point CPUs. The precise specifications and features of the Medusa Point processors remain largely under wraps, but recent revelations shed light on this crucial aspect.

A notable observation by the user @Olrak29_ highlights that the Medusa Point is designed with a slightly larger footprint—about 6% bigger than its FP8 predecessor. This transition to the FP10 socket could imply various enhancements in performance and efficiency.

Medusa Point FP10 Socket NBD — Image Credit: @Olrak29_

Although these technical details might not resonate with every consumer, they provide insight into the evolving architecture of AMD’s processor lineup. The Strix Point series features a die size of 232.5mm² with a 12-core setup based on both Zen 5 and Zen 5c architectures. In contrast, the Medusa Point is anticipated to integrate a single 12-core chiplet, leveraging the advanced Zen 6 architecture.

The architectural design will significantly differ from that of Strix Point. While Strix Point employs a monolithic die combining 4+8 cores, the Medusa Point is expected to implement a chiplet-based design, which includes a dedicated complex chip die (CCD) for the Zen 6 cores alongside a distinct I/O die. Additionally, the Medusa Point will benefit from TSMC’s cutting-edge 3nm manufacturing process, as opposed to the 4nm process used in Strix Point models.

As for integrated graphics, information remains sparse. Recent confirmations suggest that the Medusa Point processors will not feature the RDNA 4 architecture; instead, they will continue utilizing RDNA 3.5 technology for their integrated graphics. Future iterations of AMD mobile processors are set to adopt the more sophisticated UDNA architecture, although Medusa Point will not be among them.

While an official release date has not yet been disclosed, anticipation builds for a launch next year. As developments continue to unfold, we will closely monitor and update you on AMD’s Medusa Point processors and their features.

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