Samsung’s next-generation smartphone lineup may face a dramatic upheaval in its chip strategy, with reports indicating the Galaxy S27 series could abandon its Exynos-exclusive launch in favor of a collaboration with Qualcomm. The twist? Samsung’s own 2nm GAA process—already proving its mettle in foundry circles—could be repurposed to craft a custom-tuned Snapdragon 8 Elite Gen 6 Pro, marking a rare crossover between the two tech giants.
This development, if true, would represent a seismic shift for Samsung, which has historically prioritized its Exynos chips to reduce reliance on external suppliers. The Exynos 2700, expected to power the Galaxy S27, would no longer hold a monopoly in Samsung’s flagship devices, opening the door for Qualcomm’s flagship chip to share the spotlight. For Qualcomm, this move aligns with its long-standing interest in diversifying its manufacturing partners beyond TSMC, especially as demand for cutting-edge 2nm wafers surges.
Why Samsung’s 2nm Process Is the Key Player
Samsung’s second-generation 2nm GAA (Gate-All-Around) process has emerged as a serious contender in the semiconductor race, with industry insiders reporting yields now at 50%—a critical threshold for mass production. The company’s push into this space, coupled with its aggressive marketing of the SF2P (Second-Generation Foundry Process), has caught the attention of major players like Qualcomm, which has previously explored Samsung’s 2nm capabilities for chips like the Snapdragon 8 Elite Gen 5.
If Samsung secures Qualcomm as a customer for the Snapdragon 8 Elite Gen 6 Pro, it would not only bolster its foundry revenue but also position the Korean giant as a viable alternative to TSMC. The custom-tuned variant, while likely offering modest clock speed bumps in CPU and GPU performance, would serve as a bridge between Samsung’s manufacturing prowess and Qualcomm’s chip design expertise. What this means for consumers remains unclear—whether the performance gains would be noticeable or merely incremental—but the strategic implications for Samsung’s chip division are profound.
The Exynos 2700’s Uncertain Future
The Exynos 2700, Samsung’s latest in-house chip, has been touted as a benchmark-beating alternative to Qualcomm’s offerings, with rumors of a ‘4 + 1 + 4 + 1’ CPU cluster mixing cores from different generations. However, the potential introduction of a custom Snapdragon 8 Elite Gen 6 Pro could undermine Exynos’s momentum, particularly after the Exynos 2600’s surprising benchmark consistency against the Snapdragon 8 Elite Gen 5.
Analysts suggest Samsung’s heavy investment in Exynos—including the hiring of former AMD executive John Rayfield—wasn’t made for minor gains. If the Galaxy S27 series adopts Qualcomm’s chip, it could signal a strategic retreat for Exynos, relegating it to secondary or regional markets where Samsung’s in-house chips traditionally hold sway. For now, the Exynos 2700’s role in the Galaxy S27 remains uncertain, with industry observers split on whether Samsung will double down on its custom silicon or pivot to a more collaborative approach.
What’s Next for Samsung’s Chip Strategy?
A partnership with Qualcomm would be a double-edged sword for Samsung. On one hand, it would diversify its foundry revenue and reduce dependence on TSMC, which currently dominates advanced node production. On the other, it risks diluting Exynos’s growth, a division that has shown signs of recovery after years of underperformance. Samsung’s chairman has already warned executives against complacency, citing a record $13.8 billion profit in Q4 2025 as a call to action—suggesting the company is keen to leverage its foundry strengths before competitors close the gap.
For Qualcomm, the move would align with its broader strategy to hedge against TSMC’s capacity constraints. While the standard Snapdragon 8 Elite Gen 6 may still rely on TSMC for mass production, a custom-tuned version built on Samsung’s 2nm process could offer Qualcomm flexibility in supply chains and potential performance tweaks. However, whether this collaboration extends beyond the Galaxy S27 series remains speculative.
One thing is clear: Samsung’s foundry ambitions are no longer a side project. With TSMC facing overwhelming demand for 2nm wafers and Samsung’s yields improving, the stage is set for a high-stakes gamble. If successful, it could redefine not just Samsung’s smartphone strategy but the entire semiconductor landscape—where foundry partnerships dictate the future of mobile computing.
