Samsung has laid out a bold vision to eventually equip its entire Galaxy lineup with its in-house Exynos processors.
This strategic shift is all about vertical integration, a move to gain deeper control over both hardware and software, much like Apple does with its A-series chips. By designing its own Application Processor (AP), Samsung aims to optimize performance for its One UI software and Galaxy AI features, creating a more seamless user experience. Furthermore, reducing reliance on external suppliers like Qualcomm could provide significant cost savings on the Bill of Materials (BOM), a crucial advantage in the competitive smartphone market. Samsung executives have framed the return of Exynos in the Galaxy S26 and S26+ as a milestone, stating the chip has met key internal performance targets.
However, the reality of the S26 launch paints a more cautious picture, one dictated by the harsh realities of semiconductor manufacturing. First, the new Exynos 2600 is built on a cutting-edge 2nm process, where achieving high yield rates—the percentage of usable chips per wafer—is notoriously difficult. Industry reports suggest yields are still climbing, making it risky to rely solely on Exynos for the entire global launch. Second, for the top-tier S26 Ultra, performance and thermal stability are paramount. To avoid any risk to its flagship's reputation, Samsung has equipped all Ultra models worldwide with Qualcomm's proven Snapdragon 8 Elite Gen 5.
This creates a complex dynamic with Qualcomm, which is both a partner and a competitor. After losing Huawei as a key client due to US sanctions, Qualcomm has become more dependent on major Android brands like Samsung. In its earnings call, Qualcomm confidently set a 'new baseline' of capturing about 75% of the chip orders for the S26 series. This shows they are actively defending their market share.
Ultimately, Samsung's 'all-Exynos' goal is a long-term ambition, not an immediate reality. The S26 series is a test case, pitting the promise of vertical integration against the proven reliability of Qualcomm. The real-world performance and user reception of the Exynos 2600 will be the deciding factor in whether Samsung can accelerate this transition or if it will need to continue its delicate balancing act with Snapdragon for years to come.
- AP (Application Processor): The main processing chip in a smartphone, acting as its 'brain' to run the operating system and applications.
- Yield Rate: In semiconductor manufacturing, this is the percentage of functional, non-defective chips produced from a single silicon wafer. A higher yield means lower production costs.
- BOM (Bill of Materials): A comprehensive list of all the raw materials, components, and assemblies required to manufacture a product. It is a key factor in determining the final cost.