Samsung and AMD are collaborating to build Exynos mobile chips featuring RDNA 2 graphics that will support ray tracing and variable rate shading
Context & Ripple Effects
Samsung and AMD had already established the commercial basis for the move through a 2019 agreement to license custom Radeon-based graphics IP. The collaboration turns that licensing relationship into a defined Exynos graphics roadmap rather than a one-off technology transfer.
The roadmap later reached silicon in the Exynos 2200's Xclipse GPU, and Samsung subsequently extended the licensing arrangement across multiple Radeon generations. That sequence makes the initial commitment significant as the start of a durable supplier relationship for Exynos graphics.
First-order effects
- Samsung gains access to AMD's RDNA 2 graphics architecture for Exynos designs, adding hardware ray tracing and variable-rate shading to the mobile-chip feature set.
- AMD extends Radeon-derived IP into Samsung's mobile processor roadmap, making Samsung a licensee rather than merely a prospective partner.
Second-order effects
- Exynos product planning becomes more dependent on AMD's graphics-IP cadence, a linkage reinforced by the later multi-year licensing extension.
- Samsung can position Exynos graphics around features associated with higher-end GPU architectures, shifting differentiation within its chip lineup toward graphics capabilities as well as CPU design.
Third-order effects
- The relationship points to a more modular mobile-chip model in which a handset-chip vendor combines its own SoC integration with externally licensed specialist GPU IP.
- Samsung's later move from RDNA 2 to an RDNA 3-based Exynos 2500 GPU suggests that multi-generation graphics licensing, rather than a single architecture handoff, can become a lasting route for mobile silicon differentiation.
The trend: Mobile SoC vendors are increasingly using long-term IP partnerships to import specialized graphics roadmaps into internally integrated chips.