New reports suggest the upcoming Samsung Galaxy S27 Ultra might use its in-house Exynos 2700 processor, potentially due to reported overheating issues with Qualcomm's Snapdragon 8 Elite Extreme Gen 6 chip. This could mark a significant strategy shift for Samsung's premium smartphones.
Samsung could make a notable change for its upcoming Galaxy S27 Ultra, reportedly considering its own Exynos 2700 chipset instead of Qualcomm's Snapdragon 8 Elite Extreme Gen 6. This comes amidst claims of performance and overheating issues with Qualcomm's next-generation flagship chip, according to a report from Android Police.
The news, originally highlighted by Seoul Economic Daily, cites unnamed industry insiders who claim Qualcomm's new Snapdragon 8 Elite Extreme Gen 6 hasn't met Samsung's thermal stability and performance requirements for its premium smartphones. If these claims hold true, it would be a significant development for the Galaxy S27 Ultra, which is expected to launch early next year.
However, Qualcomm has strongly denied these reports. A company spokesperson told Android Police that "Recent reporting about thermal issues related to Snapdragon 8 Elite Extreme Gen 6 is inaccurate." Qualcomm stated it is proud of its next-generation platform and continues to work closely with global OEMs.
Despite Qualcomm's denial, the Seoul Economic Daily report suggests Samsung has a strong alternative. Samsung itself announced in an April 2026 earnings call that its upcoming mobile chipset would be built on a 2nm process. The report further claims this Exynos 2700 chip has already outperformed Qualcomm's counterpart in internal computing and efficiency tests. If these internal findings are accurate, it would give Samsung a compelling reason to use its in-house silicon.
What This Means for Indian Buyers
For Indian consumers, a shift to the Exynos 2700 in the Galaxy S27 Ultra would mark a significant change. Samsung has largely relied on Qualcomm's Snapdragon chipsets for its Ultra models in recent generations. The Galaxy S22 Ultra was the last Ultra model to feature an Exynos chipset in select markets, including India, a move that often sparked debate among buyers regarding performance parity between the two chip variants.
If the Exynos 2700 indeed offers superior performance and efficiency as reported, it could be a positive development, potentially delivering a more optimised experience. However, the true impact on performance and battery life will only be clear once the device is officially launched and independently tested.
Samsung's Strategic and Financial Motivations
Adopting its own Exynos chip for the flagship Ultra model could also be a strategic financial win for Samsung. The company spent approximately $9.7 billion on mobile processors in 2025. While MediaTek chips primarily powered its budget models like the Galaxy A06, Qualcomm's Snapdragon chips were used in its premium Galaxy S25 series phones (excluding the Galaxy S25 FE).
Kiwoom Securities analyst Park Yu-ak predicted in February 2026 that the Exynos 2700 could reach around 50% of the Galaxy S27 lineup. This move would keep a larger portion of the processor spending within Samsung's own ecosystem. While this doesn't guarantee a lower price for the Galaxy S27 Ultra, it could provide Samsung with more flexibility to manage or minimise potential price increases driven by component availability or supply chain issues.
Other Galaxy S27 Ultra Rumours
Beyond the chipset, other early rumours surrounding the Galaxy S27 Ultra suggest potential design changes. Leaked renders point to Samsung possibly taking design cues from Apple's iPhone Pro, featuring a new horizontal camera module. There are also talks of an expanded Galaxy S27 lineup, possibly including a Galaxy S27 Pro that might offer many Ultra features in a smaller form factor without the S Pen.
As of now, nothing is set in stone. A lot can change before the official launch of the Galaxy S27 series, which is expected early next year. Indian buyers will need to watch closely for further official announcements from Samsung to understand the final chip choice and its implications.
