The next generation ofWear OSwatches should benefit from a much overdue boost to battery life , thanks to some new Qualcomm Si .
The US chipmaker has announced the Snapdragon W5 Gen 1 and flagship W5 Plus Gen 1 ( replacing the existing ‘ vesture ’ stigmatisation ) , which Qualcomm claims can deliver 50 % peachy bombardment life .
That will better the chances of multi - day battery life for Wear OS watch producer like Oppo and Mobvoi , who have today confirmed the first watch based on the platforms .
The Oppo Watch 3 will shore in August rock the W5 Gen 1 , while the next TicWatch flagship will go far in the autumn with the W5 Plus Gen 1 . Qualcomm says there are 25 designs already in the pipeline overall .
As well as the extremist - low power prowess , there ’s also a massive saltation in terms of the check ’s invention . The ageing 12 - nanometer 4100 + SoC is now exchange by a 4 nm processor on the W5 Plus Gen 1 . That conduce to a 30 % smaller and thinner software program Qualcomm say will enable manufacturers to make slimmer smartwatches .
The headline chip will also have a 22 nm always - on co - processor , Bluetooth 5.3 , and Adreno 730 graphics . The chip ’s efficiency is also serve by “ low mogul islands for Wi - Fi , GNSS , and Audio , and low power states such as Deep Sleep and Hibernate . ” They ’re still found on the quad - core sleeve Cortex A53 , but user can await “ 2x high performance ” as well as “ 2x rich features ” such as ameliorate version of 3D constituent .
The idea is to assist Qualcomm - powered watches enamour up to theApple Watch‘s S - Series microchip and Samsung ’s Galaxy Watch serial publication , which runs on the house ’s own Exynos make of processors .
With Google finally launching its ownPixel Watchthis autumn , it ’ll be interesting to see whether it sway the new Qualcomm atomic number 14 . The most recent rumours have indicate Google will deploy the Exynos 9100 . That ’s a four - year old chipset that is n’t likely to inspire great excitement . However , reports have also suggested it could get a helping hand from a lowly cow chip apportion the load .
“ The wearable industry continues to grow and present opportunities across multiple segments at an unprecedented tempo , ” said Pankaj Kedia , global question of Smart Wearables for Qualcomm in apress release . “ The unexampled wearable platform – Snapdragon W5 Plus and Snapdragon W5 – represent our most innovative leap yet . Purpose - built for next generation wearables , these weapons platform come up to the most pressing consumer needs by delivering ultra - broken power , breakthrough performance , and highly integrated packaging . to boot , we extend our proven intercrossed architecture with unexampled low business leader innovations such as Deep Sleep and Hibernate states delighting consumers with premium user experiences while hold out barrage life . ”
