Samsung is reportedly preparing to use a Samsung-manufactured version of Qualcomm’s Snapdragon 8 Elite 2 chipset for its upcoming Galaxy S26 series, signaling a notable shift from relying on its own Exynos processors. This move could allow Samsung to cut manufacturing costs without sacrificing performance, as the company leverages its advanced chip foundry to produce a customized Snapdragon chip variant.
Rumors initially suggested Samsung might use Exynos chips for the Galaxy S26, which disappointed some fans who had criticized Exynos for lagging behind Qualcomm’s Snapdragon line in performance. However, reputable tipster Digital Chat Station recently claimed that Samsung will indeed produce its own version of the Snapdragon 8 Elite 2 chipset, though it will differ slightly from the version made by Taiwanese manufacturer TSMC.
Samsung’s version carries the codename SM8850S, while TSMC’s is labeled SM8850. While Qualcomm’s specifications must be adhered to, Samsung could produce a more affordable or slightly lower-spec chip variant. On paper, this might mean minor differences, but real-world performance may remain comparable. This approach could also extend the Snapdragon 8 Elite 2’s reach to a broader range of devices beyond flagship Galaxy phones, potentially lowering costs for customers.
This development contrasts with earlier reports claiming Qualcomm had canceled Samsung’s involvement in manufacturing the Snapdragon 8 Elite 2, with TSMC remaining the exclusive producer. However, recent leaks have contradicted that, reaffirming Samsung Foundry’s role in the project.
Samsung’s foundry has had challenges in recent years—particularly with 3nm chip production—but is now focusing on ramping up its advanced 2nm node, which is reportedly being used for this Snapdragon 8 Elite 2 Galaxy-specific chip. The chip’s 2nm process promises improvements in power efficiency and thermal management compared to current 3nm designs.
Alongside the chipset news, the Galaxy S26 series is expected to launch in early 2026, with rumors indicating the possible discontinuation of the Plus variant in favor of a Galaxy S26 Edge model. The Ultra model may feature significantly thinner bezels and receive a RAM boost to 16GB across all storage options.
While these details are preliminary, Samsung’s decision to produce a Samsung-made Snapdragon through its foundry signals a strategic move to retain competitiveness in flagship smartphones while potentially reducing costs. It also highlights Samsung’s continued efforts to strengthen its semiconductor manufacturing business despite past hurdles.
As the Galaxy S26 launch approaches, more concrete information on the chipset and device lineup is expected to emerge, clarifying the exact specifications and performance of this intriguing Snapdragon variant.