Samsung is already designing the Exynos 2800 system-on-chip, aiming for its debut in the Galaxy S28 family by 2028, according to a Korean report. The Exynos 2800 will utilize Samsung's advanced 2nm process technology (SF2P+), marking a significant step beyond the current Exynos 2600 powering the recently launched Galaxy S26 and S26+. Samsung plans to finalize the chip's design and hand over the schematics to the foundry within the year, followed by iterative sample production before mass manufacturing begins.

Samsung had initially targeted a 1.4nm process for 2027 but shifted focus towards yield stabilization and optimization instead of pursuing smaller node sizes at all costs. This pivot reflects a broader industry trend where manufacturers prioritize manufacturing yield and performance over relentless miniaturization. The Exynos 2700 (codenamed Ulysses) is already in production using the 2nm process, and its smooth development suggests Samsung's new approach is yielding positive results. Industry sources indicate the company now believes annual process miniaturization in mobile chipsets is no longer feasible at past rates.

The Exynos 2800's development underscores Samsung's strategy to balance cutting-edge technology with manufacturing practicality. While the 2028 launch target for the Galaxy S28 is ambitious, the focus on design technology co-optimization between design and manufacturing could lead to more reliable and efficient chips. This shift away from chasing the smallest possible nodes signals a pragmatic approach to next-generation mobile processors, potentially influencing competitors and setting a new standard for the industry's future roadmap.