Article source: Qooah.com
According to technology media 9to5Google, Google’s Pixel Watch will be equipped with Samsung’s Exynos 9110 processor, and on this basis, it will be equipped with an auxiliary processor. The main job of this auxiliary processor is to Offload various tasks on the main processor, and this auxiliary processor may be under the Tensor brand.
The Offload here mainly plays a role similar to the intermediate level, handing the continuous heart rate monitoring and sleep health, as well as some conventional functions, to the auxiliary processor for processing. The Pixel Watch uses its coprocessor in a similar way, but it remains to be seen how. For reference, on the Snapdragon Wear 4100+, the QCC1110, as Qualcomm’s “ultra-low power” co-processor, supports 64K colors of the always-on screen (AOD), offloads more sensors, and displays the AOD experience on other screens.
Plus, the 32GB of ROM on the Pixel Watch is double the size of anything currently on the Wear OS market. On the question of how to use it, downloading songs on YouTube Music and Spotify, and then choosing to play them offline, is the most straightforward operation, matching the capacity of the latest Apple Watch. In terms of RAM, Google’s wearable devices are also more than the products currently on the market. The Galaxy Watch 4 has only 1.5GB of RAM, and the Pixel Watch’s RAM should not be less than 1.5GB.
In other respects, according to 9to5Google, some of the health and fitness design of the Pixel Watch, we can see that these specifications are the same as the sensors of the Fitbit Luxe and Charge 5. As you’d expect, there’s a heart rate sensor and hardware that supports SpO2 (blood oxygen) and ECG (electrocardiogram) readings. So far, are you excited?
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