The Snapdragon 8 Gen 5 is rumored to be taking a dual-sourcing approach, using both TSMC's N3P and Samsung's SF2 processes.

Qualcomm, facing a hefty $240 price tag for the Snapdragon 8 Gen 4 due to its sole reliance on TSMC, seems eager to diversify its manufacturing partners.  Qualcomm is reportedly hoping to leverage Samsung's SF2 node, a 2nm GAA technology promising power efficiency and high density.

The plan is to use TSMC's N3P for the more powerful variant and Samsung's SF2 for a less capable version.

But there's a catch: Samsung's chip yields have been notoriously low, leading many companies to turn to TSMC instead. Could this be a risky gamble for Qualcomm?

The rumor mill suggests Qualcomm wants even a small batch of Snapdragon 8 Gen 5 chips produced on Samsung's SF2 node to help lower manufacturing costs.  However, Samsung's struggles with its 3nm GAA node, intended for the Exynos 2500, raise serious doubts about its ability to meet Qualcomm's needs.  What if Samsung's yield issues persist? Will Qualcomm be left with a high-priced, limited-supply chip again?

This dual-sourcing strategy could be a win-win if Samsung can overcome its yield challenges. But it also presents a significant risk for Qualcomm.  Only time will tell if this gamble pays off or leaves Qualcomm scrambling

Snapdragon 8 Gen 5: A Two-Pronged Approach or a Gamble?

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