Qualcomm Next Snapdragon Galaxy Chip to Use Samsung 2nm Process

According to reports, Samsung is set to launch its next-generation flagship smartphone series, the Galaxy S26, in 2026. The new lineup will feature the in-house developed Exynos 2600 chipset, manufactured using Samsung's advanced 2nm process technology. Notably, the Galaxy S26 will also incorporate Qualcomm's upcoming flagship Snapdragon 8 series chip, reportedly the Snapdragon 8 Elite Gen 2.

A significant shift in Qualcomm's production strategy is underway with this new chip. Unlike previous Snapdragon flagship processors, which were exclusively fabricated by TSMC using their N3P process, the Snapdragon 8 Elite Gen 2 will have dual production channels. A portion of these chips will be manufactured by Samsung utilizing its cutting-edge 2nm process, specifically for integration into Samsung's Galaxy flagship devices. This marks a departure from Qualcomm's long-standing reliance on TSMC for exclusive foundry services on their flagship Snapdragon chips.

Historically, Qualcomm has created customized “For Galaxy” versions of its Snapdragon flagship chips for Samsung's flagship phones. These variants typically featured slight overclocking but shared identical underlying design and fabrication processes, all produced by TSMC. The new approach signals a major strategic adjustment by Qualcomm to diversify its manufacturing partnerships and optimize chip delivery for different Android device makers.

For Samsung's semiconductor foundry business, securing part of Qualcomm's Snapdragon flagship chip production represents a notable breakthrough. Samsung has faced challenges in recent years with low yield rates on its 3nm process technology, resulting in limited orders from leading chip designers. Many customers, including Google with its new-generation Tensor chips, have opted for TSMC's manufacturing capabilities. If Qualcomm entrusts Samsung's 2nm process with some of its flagship Snapdragon orders, it could not only boost Samsung's foundry revenue but also enhance the credibility and reputation of its advanced process technologies.

Currently, Samsung's 2nm process is still in the testing phase, with yield rates improving but estimated to be around 40%.