Samsung’s next flagship processor is starting to come into focus, and it could be a meaningful turning point for the company’s mobile ambitions. Recent industry chatter suggests the Exynos 2700 is well into development and is being prepared on Samsung’s second-generation 2nm GAA manufacturing technology, often referenced as the SF2P process. If the Exynos 2600 was about laying the groundwork, the Exynos 2700 is expected to take the next step—strengthening Samsung’s standing in the smartphone chipset race while also delivering a noticeable boost to the company’s bottom line.
One of the most interesting parts of the latest report isn’t just performance expectations, but the money. A new estimate claims that the Exynos 2700 could generate about 163 billion won in operating profit, which works out to roughly $112.8 million, specifically benefiting Samsung’s non-memory business.
To understand why a chip used in Samsung’s own phones can still be a big financial win, it helps to look at how the company is structured. Samsung’s System LSI division designs and produces key components like application processors (Exynos chips), camera sensors, and 5G modems. Meanwhile, Samsung’s Mobile Experience division—responsible for Galaxy smartphones—buys those chipsets for its devices. In other words, if more Galaxy flagships ship with Exynos inside, Samsung’s chip business records more revenue.
The current expectation is that the Exynos 2700 will be used exclusively in next year’s Galaxy S27 family. Even with that limited scope, it could have a major impact, especially as Samsung appears to be reducing its dependence on third-party flagship chip suppliers. Reports indicate the Exynos 2700 may account for around 50 percent of the total chip shipments used across the Galaxy S27 lineup, which would be a significant shift for Samsung’s premium phones.
Timing is also becoming clearer. The Exynos 2700 is reportedly targeted for mass production in Q4 2026. Alongside that, the SF2P node’s basic design work was said to have been completed last year, and Samsung has been actively promoting its next-generation manufacturing—signaling that development is moving forward and the company wants the market to pay attention.
That said, there’s an obvious question hovering over the move to an advanced second-generation 2nm GAA process: yields. It’s been reported that Samsung’s first-generation 2nm GAA yields sit at around 50 percent. If that figure is accurate, it raises eyebrows about how quickly the company can smoothly transition to SF2P at scale—unless progress is further along than publicly known.
Adding even more intrigue is talk of an SF2P+ process, described as a third-generation 2nm GAA technology, potentially arriving within a couple of years. If Samsung can execute on that roadmap, it would underscore an aggressive long-term strategy—one that doesn’t just aim to bring Exynos back into more flagship phones, but to make Samsung’s chipmaking business a stronger profit engine across the company’s non-memory operations.
Overall, the Exynos 2700 is shaping up to be more than just another mobile processor. It’s increasingly being framed as a strategic and financial lever for Samsung—one that could influence not only the Galaxy S27’s chipset mix, but also the future direction of Samsung’s semiconductor business.
