Samsung rumored to be preparing the Galaxy S27 Ultra with a custom Qualcomm chipset utilizing 2 nanometer (nm) technology, possibly produced at Samsung Foundry. This information surfaced from early reports by a trusted tech insider on Weibo. According to the details, the device might feature a Snapdragon 8 Elite Gen 6 Pro variant—a customized processor developed jointly by Qualcomm and Samsung Foundry using advanced 2nm fabrication.
The 2nm process represents a significant leap in semiconductor technology, offering improved energy efficiency and performance compared to older nodes. Samsung Foundry has already implemented this 2nm Gate-All-Around (GAA) technology in products like the Exynos 2600, which is designed as the first chip globally to use this process. Samsung confirmed plans to integrate Exynos 2600 into upcoming Galaxy S26 models.
The collaboration between Samsung and Qualcomm is expected to deepen, with the custom Snapdragon chip likely manufactured at Samsung Foundry. This partnership aims to strengthen Samsung’s position in premium chipset manufacturing while reinforcing its strategic alliance with Qualcomm.
Reports indicate that the standard Galaxy S27 and S27+ models may still use Exynos chips, possibly the Exynos 2600 or a subsequent 2nm variant. However, these details remain unofficial, as neither Samsung nor Qualcomm has officially confirmed the specifications.
The adoption of 2nm technology marks a crucial step in the smartphone and semiconductor industries. Each reduction in process size typically brings enhanced energy efficiency, better performance, and optimized thermal management—critical factors for flagship devices. Samsung has expanded its 2nm production capacity to meet market demands and client requests, including discussions with Qualcomm for producing next-gen chips at its facilities.
Samsung introduced its second iteration of 2nm technology (SF2P), scheduled for increased production and performance in 2026. This advancement could solidify Samsung’s role as a key manufacturer alternative for large fabless companies like Qualcomm or other chipmakers.
Despite progress, challenges persist. Earlier industry reports highlight issues with yield rates in Samsung’s 2nm process, requiring continuous improvements to support mass production for high-end consumer devices. Nevertheless, the decision to collaborate with Qualcomm on 2nm chips signals maturity in Samsung’s manufacturing capabilities.
As of now, Samsung and Qualcomm have not released official statements about the final specs or marketing strategy for the Galaxy S27 Ultra and its custom chip. Information remains based on leaks and industry analysis, with final details expected after Samsung’s official product launch.
The integration of 2nm custom chipsets in the Galaxy S27 Ultra reflects a broader trend in premium smartphones, where manufacturers increasingly combine local fabrication and strategic partnerships to deliver optimal performance and efficiency in future devices.
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