AMD Zen 6 “Medusa” Low-Power 28W CPU Spotted in Shipping Data
▼ Summary
– A new shipping log confirms the existence of a 28W “Low TDP” variant of AMD’s upcoming Zen 6-based Medusa Point mobile CPU family.
– The Medusa Point lineup is split into High TDP (45W) and Low TDP (28W) families, both using the same FP10 socket.
– The Low TDP variant will feature Ryzen 5 and 7 series SKUs with a 4+4+2 core configuration, while High TDP will offer Ryzen 9 SKUs with up to 22 cores.
– These processors will retain the RDNA 3.5 architecture for integrated graphics, with a major update to UDNA/RDNA 5 not expected before 2027.
– The new monolithic chip design will enable a wide range of Medusa Point SKUs, positioning the 28W family as a successor to Krackan Point.
Fresh details have emerged regarding AMD’s next-generation mobile processors, with shipping data providing a clearer picture of the upcoming low-power variants. A newly surfaced shipping manifest appears to confirm the existence of the 28W “Low TDP” models within the Zen 6-based “Medusa Point” family. This discovery aligns with earlier leaks that suggested the lineup would split into high-power 45W and low-power 28W categories, with this latest log pointing to early silicon for the more efficient option.
The data lists the component as “Medusa 1 A0,” a designation that typically signifies a first-revision engineering sample. This indicates the chips are still in the validation and internal testing phase, not yet ready for mass production. These 28W processors will reportedly use the same FP10 socket as their higher-wattage siblings, simplifying platform design for laptop manufacturers. The core configuration for this segment is expected to focus on Ryzen 5 and Ryzen 7 models, combining 4 high-performance “Classic” cores with 4 efficiency-focused “Dense” cores and 2 additional low-power cores for a total of 10 cores.
This approach positions the 28W Medusa Point chips as a likely successor to the current “Krackan Point” family, potentially offering strong competition in the budget and mainstream notebook market against future Intel offerings. The shift to a monolithic chip design is a key enabler for this wider range of SKUs, allowing AMD to tailor configurations more precisely for different performance and power envelopes without the complexity of a multi-chip module.
On the graphics front, expectations should be tempered. The integrated GPU in these Zen 6 mobile processors will not feature a brand-new architecture. AMD is expected to retain the current RDNA 3.5 graphics architecture for the Medusa Point family. The next major architectural leap for integrated graphics, whether called UDNA or RDNA 5, is not anticipated to arrive before 2027. Since the standalone RDNA 4 architecture is reserved for discrete graphics cards, RDNA 3.5 remains the logical choice for these upcoming APUs, ensuring a mature and optimized design.
In summary, the Medusa Point family is shaping up to offer a broad spectrum of options. The high-performance 45W variants will likely cater to enthusiast-grade laptops and mobile workstations with core counts reaching up to 22, while these newly detailed 28W models will target thin-and-light and mainstream systems where balancing performance with battery life is paramount.
(Source: wccftech)
