Google Pixel Watch 5: Custom Tensor Chipset and Enhanced Performance
Google is reportedly gearing up to introduce its custom Tensor chipset in the upcoming Pixel Watch 5, marking a significant upgrade for the company’s smartwatch lineup. By transitioning from Qualcomm-supplied chipsets, Google aims to bring enhanced performance and features to the Pixel Watch series, aligning with the Tensor chips already powering its Pixel smartphones.
A Sneak Peek at the Roadmap
While the leak suggests a shift to custom Tensor chips for the Pixel Watch 5, it’s important to note that the roadmap document it’s based on is from early 2023. This means that the actual plans for the Pixel Watch 5, slated for release in 2026, could have evolved since then. Nonetheless, the leak offers a fascinating glimpse into Google’s potential plans for its future smartwatch offerings.
Tensor Chip Specifications and Performance
According to sources, the Tensor chip destined for the Pixel Watch 5 will feature a CPU with one Cortex-A78 core and two Cortex-A55 cores. Interestingly, Google is also exploring RISC-V as a potential alternative to Arm. While the specified CPU cores are not the latest, this strategy aligns with the current trend in wearable technology, as seen with Samsung and Qualcomm utilizing older cores in their smartwatch chips.
The Snapdragon W5 Gen 1 from Qualcomm employs Cortex-A53 cores released in 2012, while Samsung’s Exynos W1000 features a similar design to Google’s intended setup, with one Cortex-A78 and four Cortex-A55 cores. This similarity raises the possibility that Google’s wearable Tensor chip could be a modified version of Samsung’s existing design, much like the Tensor chips in their smartphone lineup.
Manufacturing Process and Modem Speculation
One aspect that remains unknown is the manufacturing process technology that will be used for the new Tensor chip. However, there is speculation that it could utilize a 3nm process. Another area of uncertainty is the choice of modem. If Google opts for a Samsung-designed Tensor chip, it would make sense to pair it with an Exynos modem, consistent with the modem choice in their smartphones.
As we eagerly await more concrete information about the Pixel Watch 5, it’s clear that Google is committed to enhancing its smartwatch offerings. The introduction of a custom Tensor chipset could be a game-changer, bringing improved performance and features to the Pixel Watch series. Be sure to check out our related articles for more insights into the world of technology and stay tuned for future updates on the Pixel Watch 5’s development.
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