A leaked internal roadmap from Spain’s OEM Seleno offers a detailed view of AMD’s prospective mobile CPU plans through 2027. The leak, surfaced by prominent leakers @x86deadandback and @momomo_us, sketches out product rollouts spanning Intel and AMD for the coming years.

In 2026, AMD is expected to deploy Gorgon Point processors throughout its upper-midrange laptop segment. These Zen 5 chips, built on TSMC’s 4 nm nodes, will succeed the Strix Point and Krackan Point lines and support configurable power envelopes ranging from 15 W to 54 W. The roadmap specifies only AI performance metrics rather than full performance profiles.

Today’s high-end laptops—powered by 16-core Fire Range processors—are forecasted to continue through 2026. Additionally, the Strix Halo APUs will stay active through 2027, and Hawk Point chips, based on Zen 4, will likely move down the performance hierarchy in 2026. Entry-level systems, in the 6–15 W range, will still rely on the mature Mendocino Zen 2 architecture.

Looking ahead to 2027, the roadmap points to a shift toward the Zen 6 architecture. High-power laptops are expected to adopt the Gator Range, replacing Fire Range, while Medusa Point will become the successor to Gorgon Point. A third family, Medusa BB, will likely replace Hawk Point in mid-2027. Early reports suggest Medusa Point will use 3 nm-class chips and the FP10 platform.

Interestingly, the roadmap notes that Zen 6-based APUs with RDNA 5 graphics could power next-generation consoles like PlayStation 6 and Microsoft’s upcoming gaming system. High-end desktop Zen 6 parts may also deliver increased core counts and perhaps higher clock speeds, reaching toward 6.4–7 GHz.

On the Intel side, the chart extends only through 2026, outlining the launch of Panther Lake-H in late 2025, built on Intel’s 18A process. In the midrange mobile tier, Wildcat Lake will replace Raptor Lake, while Twin Lake is shown continuing in entry-level designs through mid-2026.