The Asus 'ZenWatch 3' is a new Android wearable from the technology brand that looks to provide enhanced capabilities and precision details for users of all kinds. Coming in three color options including silver, gunmetal and rose gold, the Asus 'ZenWatch 3' is slim and discreet in style and form.
Featuring a Qualcomm Snapdragon Wear 2100 processor, the Asus 'ZenWatch 3' is capable of providing an efficient experience for users by streamlining power needs. The device can operate for up to two days thanks to the efficient processing power, while the device is capable of achieving a 60% charge in just 15 minutes when plugged in.
The Asus 'ZenWatch 3' Android wearable was unveiled at the IFA 2016 show in Berlin with pricing and worldwide availability not yet announced.
Power-Efficient Smartwatches
The Asus 'ZenWatch 3' Android Wearable Lasts for Two Days Per Charge
Trend Themes
1. Enhanced Smartwatch Capabilities - The Asus 'ZenWatch 3' offers enhanced capabilities and precision details for users of all kinds, presenting an opportunity for further integrating advanced features into smartwatches.
2. Power-efficient Wearable Technology - The Qualcomm Snapdragon Wear 2100 processor in the Asus 'ZenWatch 3' streamlines power needs, highlighting the potential for developing more power-efficient wearable devices.
3. Fast-charging Wearables - The Asus 'ZenWatch 3' can achieve a 60% charge in just 15 minutes, presenting a disruptive innovation opportunity to develop faster charging technologies for wearable devices.
Industry Implications
1. Technology - The technology industry can benefit from the enhanced smartwatch capabilities of the Asus 'ZenWatch 3' by further expanding and innovating in the wearable technology market.
2. Consumer Electronics - The power-efficient features of the Asus 'ZenWatch 3' create opportunities for the consumer electronics industry to develop more energy-efficient wearable devices.
3. Manufacturing - The fast-charging capability of the Asus 'ZenWatch 3' highlights a disruptive innovation opportunity in manufacturing to develop faster charging technologies for a wide range of wearable devices.