AMD just leaked their future laptop chips via shipping logs again because secrecy is dead. Fresh manifests exposed the Medusa Point family, specifically a low-power 28W chip listed as Medusa 1 A0. This early silicon seemingly confirms rumors about a split lineup involving a high-wattage 45W sibling. Both versions supposedly share the same FP10 socket, but this specific unit targets efficiency over raw muscle.
Data miners believe this variant succeeds Krackan Point while fighting budget Nova Lake processors. The configuration likely packs four classic cores alongside four dense units and two low-power ones. Its beefier sibling allegedly pushes up to 22 cores for high-end Ryzen 9 rigs. These monolithic designs aim to flood the market with options spanning various needs.
Gamers hoping for a graphics overhaul should lower expectations immediately. The integrated GPU retains the aging RDNA 3.5 architecture found in current generations. Next-level UDNA or RDNA 5 graphics likely stay absent until 2027 or later. Since RDNA 4 remains exclusive to discrete cards, laptop buyers get stuck with recycled visuals for this cycle.
Data miners believe this variant succeeds Krackan Point while fighting budget Nova Lake processors. The configuration likely packs four classic cores alongside four dense units and two low-power ones. Its beefier sibling allegedly pushes up to 22 cores for high-end Ryzen 9 rigs. These monolithic designs aim to flood the market with options spanning various needs.
Gamers hoping for a graphics overhaul should lower expectations immediately. The integrated GPU retains the aging RDNA 3.5 architecture found in current generations. Next-level UDNA or RDNA 5 graphics likely stay absent until 2027 or later. Since RDNA 4 remains exclusive to discrete cards, laptop buyers get stuck with recycled visuals for this cycle.
