The Google Pixel Watch will likely feature the Samsung Exynos 9110 chipset when it launches later this year.A new report from 9to5Mac It is now suggested that Google’s smartwatch will be powered by two processors rather than a single processing unit.
- Rumor has it that Google will use a coprocessor for its Pixel Watch.
- Using dual processors can improve battery life and performance.
- The Pixel Watch may have a lot of RAM and storage.
Advantages of coprocessors in smartwatches
If the Google Pixel Watch’s so-called co-processor might not be that powerful, there’s a good chance it could make the connected watch shown at Google I/O more efficient than the main Exynos 9110 chip. Reduce features such as continuous monitoring of user vitals and always-on displays. This is an approach similar to the Qualcomm Snapdragon Wear 4100+ platform, with a secondary processor.
Battery management will also be controlled by the two processors, which will extend the autonomy of the device on a single charge. Of course, the implementation of Wear OS will also play an important role in actual battery life. Need we remind you that the operating system for Android connected watches was designed by Google?
The Google Pixel Watch will reportedly feature the same sensors as the Fitbit Charge 5 — including heart rate, heart rate variability, and SpO2 tracking. / © Google, kwgeek
What is the maximum amount of RAM in a smartwatch?
We can expect the Pixel Watch to have the highest RAM on the smartwatch market. So far, nothing has leaked the exact RAM capacity of the Pixel Watch – we just know it’s going to be huge.
The Samsung Galaxy Watch 4 series comes with 1.5GB of RAM, and when it comes along with the Pixel 7 series, it will likely be surpassed by Google’s smartwatches.
The Pixel Watch also gets 32GB of storage, the same as the Apple Watch Series 7 and twice as much as the Galaxy Watch 4. Having extra capacity means you can store more music tracks on your Pixel Watch. read.