Leaked promotional renders point to a notable shift in Samsung’s smartwatch strategy. The upcoming Galaxy Watch 9 is expected to drop the company’s in-house Exynos W1000 in favor of Qualcomm’s new Snapdragon Wear Elite platform. It came from Evan Blass through his Substack.
The change is more than branding. The Snapdragon Wear Elite is built on a 3nm process from TSMC, a move that typically signals gains in both performance and efficiency. Samsung is set to unveil the watch at its next Unpacked event.
A different silicon direction
Earlier leaked material claims a 50 percent performance uplift over the outgoing Exynos chip. That figure, if accurate, would mark one of the largest single-generation jumps in Samsung’s wearable lineup.
Clock speeds and core configurations remain unclear. Still, a shift to TSMC’s 3nm node could bring better thermal behavior and longer sustained performance under load. Battery life may benefit as well, though no official estimates have surfaced.
The headline addition is a dedicated NPU designed for wearable use. Qualcomm appears to be positioning the chip for on-device AI tasks, reducing reliance on cloud processing.
AI moves closer to the wrist
The NPU is expected to power features such as real-time fitness coaching and context-aware smart replies. These would run locally, which could improve responsiveness and limit the need to send sensitive data off-device.
That matters in wearables. Latency and privacy are both more visible when interactions happen in short bursts, like replying to a message or checking workout feedback mid-run.
Samsung has already leaned into AI across its recent Galaxy phones. Extending that approach to watches would better align the ecosystem, especially if features are shared or synced across devices.
Context around the switch
Samsung has used its own Exynos chips in Galaxy Watches for years. Moving to Qualcomm suggests either a strategic partnership shift or a response to competitive pressure in performance and efficiency.
Rivals such as Apple have continued to iterate on custom silicon with tight hardware-software integration. Meanwhile, Wear OS devices using Qualcomm platforms have improved steadily, narrowing gaps in responsiveness and app support.
This is not the first time Samsung has mixed internal and external chip solutions across its product lines. Phones have alternated between Exynos and Snapdragon depending on region and generation. The Watch 9 could signal a similar flexibility in wearables.
What it could mean day to day
A 50 percent performance increase, if realized, would likely translate into faster app launches, smoother animations, and better handling of background tasks such as health tracking.
The dedicated NPU could also change how often users interact with AI features. Instead of being occasional tools, smart replies and coaching prompts might become part of routine usage.
Battery life remains the open question. Gains from a 3nm process can be offset by more demanding features. Much will depend on how Samsung balances performance targets with power management.
Samsung’s Unpacked event should clarify those details. Pricing, regional availability, and the extent to which AI features are integrated into Galaxy Watch 9 will determine how meaningful this hardware shift really is.
