Samsung Pixel 10: TSMC & Chip Panic Explained
- Samsung's foundry division is facing increased scrutiny amid reports that Google is considering a shift to TSMC for its upcoming Pixel 10 chip.
- The Snapdragon 8+ Gen 1 processor demonstrated the critical importance of efficient chip design and manufacturing.
- Samsung has faced internal challenges with its Exynos chips.
Samsung’s foundry is under pressure. Google is reportedly considering a switch to TSMC for its Pixel 10 chip, triggering a wave of concern. news Directory 3 breaks down the challenges Samsung faces with its chip manufacturing, particularly concerning yield rates and competition with industry leader TSMC. We explore the issues with Exynos chips and how Samsung’s mobile division stumbles in innovation. Discover how Samsung’s focus falters when Google eyes alternative manufacturing. Samsung’s struggles with innovation place it behind its competitors, notably in design and growth in foldable markets. If production moves to TSMC, Samsung must act swiftly for competitiveness. Discover what’s next …
Samsung Foundry Faces Challenges as Google Eyes TSMC
Samsung’s foundry division is facing increased scrutiny amid reports that Google is considering a shift to TSMC for its upcoming Pixel 10 chip. This potential move highlights ongoing concerns about the performance and yield rates of Samsung’s chip manufacturing, especially when compared to industry leader TSMC.
The Snapdragon 8+ Gen 1 processor demonstrated the critical importance of efficient chip design and manufacturing. Its success, in contrast to its predecessor, underscored the significance of TSMC’s production capabilities, leading to a preference for TSMC-manufactured snapdragon SoCs in flagship devices.
Samsung has faced internal challenges with its Exynos chips. The company itself has often opted for Snapdragon processors in its flagship Galaxy devices, even to the point of embarrassment for its own Exynos team. while the Snapdragon-powered Galaxy S22 had its issues, the Exynos variant in Europe performed even worse. Samsung has since partnered with Qualcomm to create “for Galaxy” versions of Snapdragon processors, all produced by TSMC.
Despite continuous speculation about Samsung’s commitment to Exynos, including rumors about exclusive chips and potential Exynos use in the Galaxy Z Flip 7, substantial progress remains elusive. The foundry’s reported 50% yield rate raises questions about its competitiveness.
Samsung’s struggles extend beyond its foundry division.The company’s mobile division has been criticized for a lack of innovation, exemplified by the Galaxy S25 Edge, which received lukewarm reviews. Efforts to revitalize its reputation, including increased work hours, have not translated into groundbreaking products.
The company is also playing catch-up in the foldable market,despite being an early innovator. Competitors like Google, OnePlus, and Motorola have surpassed Samsung in design and innovation, particularly in the race to develop tri-fold devices.
While Samsung continues to produce capable hardware, such as elements of the Galaxy S25 Ultra, and generates excitement with upcoming devices like the Galaxy Z Fold 7, the potential loss of Google as a foundry customer could signal a need for notable internal reflection and strategic adjustments.
What’s next
If Google decides to move its chip production to TSMC, it could prompt Samsung to re-evaluate its foundry operations and invest in improvements to regain competitiveness in the advanced chip manufacturing market.