Samsung and AMD are collaborating to build Exynos mobile chips featuring RDNA 2 graphics that will support ray tracing and variable rate shading
working together on a GPU since 2019 and today we're getting another major update on the partnership. As part of its Computex keynote …
Context & Ripple Effects
Samsung’s 2019 graphics-IP licensing agreement established the partnership’s direction; this update turns that arrangement into a defined Exynos graphics roadmap with RDNA 2 features. It matters because Samsung is tying a core mobile-chip component to AMD’s Radeon technology rather than treating the deal as a generic licensing announcement.
The subsequent Exynos 2200 launch shows the announced design reaching a named SoC, while the later multi-year licensing extension indicates that both companies viewed the relationship as spanning more than one Exynos generation.
First-order effects
- Samsung can position future Exynos chips around AMD-derived RDNA 2 graphics capabilities, including ray tracing and variable rate shading.
- AMD extends its Radeon graphics IP into Samsung’s Exynos mobile-chip roadmap, giving the partnership a concrete product target.
Second-order effects
- Exynos product execution becomes the practical test of whether AMD’s graphics IP can differentiate Samsung’s mobile silicon; the Exynos 2200 announcement supplies the first named follow-through in the coverage.
- A multi-generation licensing relationship gives Samsung a repeatable external graphics-IP source, while giving AMD a route to keep its Radeon architecture present in additional Exynos designs.
Third-order effects
- The sequence from an initial IP license to an implemented SoC and later extension points to mobile-chip design becoming more modular, with Samsung combining its own Exynos platform with specialized GPU IP from AMD.
- If this licensing model persists, differentiation in mobile silicon will depend less on wholly in-house graphics blocks and more on the durability of cross-company architecture roadmaps.
The trend: Mobile-chip vendors are increasingly using long-term specialist IP partnerships to add advanced graphics features across successive SoC generations.