Qualcomm's New Processor Promises Longer Wearable Battery Life
Rahul Kalvapalle — June 2, 2016 — Tech
The SnapDragon Wear 1100 is a brand new wearable-focused processor, designed by none other than Qualcomm, that is designed to act as the beating heart of the next generation of multi-purpose wearable devices such as smartwatches.
Unveiled at the Computex 2016 event, Qualcomm's new processor is constructed with a host of low power features that include a special Power Saving Mode that can play a key role in prolonging the battery life of wearables. Connectivity features are led by the LTE and 3G modem, not to mention support for WiFi and Bluetooth for easy device-pairing.
Smartwatches and other wearables ultimately live and die by their processors, which is why this new processor is such an important innovation. With its compact size, connective features and low-power capabilities, this processor will help people get more battery life and more convenience out of their wearables.
Unveiled at the Computex 2016 event, Qualcomm's new processor is constructed with a host of low power features that include a special Power Saving Mode that can play a key role in prolonging the battery life of wearables. Connectivity features are led by the LTE and 3G modem, not to mention support for WiFi and Bluetooth for easy device-pairing.
Smartwatches and other wearables ultimately live and die by their processors, which is why this new processor is such an important innovation. With its compact size, connective features and low-power capabilities, this processor will help people get more battery life and more convenience out of their wearables.
Trend Themes
1. Power-saving Mode - The Power-Boosting Wearable Processors trend is driven by the development of processors with special power-saving modes, allowing for longer battery life in wearable devices.
2. Connectivity Features - The Power-Boosting Wearable Processors trend is also fueled by the integration of LTE, 3G, WiFi, and Bluetooth connectivity features in wearable processors, enabling easy device-pairing and enhanced functionality.
3. Compact Size - Another important trend in Power-Boosting Wearable Processors is the development of compact-sized processors, which allow for more efficient and wearable-friendly designs.
Industry Implications
1. Wearable Technology - The Power-Boosting Wearable Processors trend presents disruptive innovation opportunities for the wearable technology industry, as it enables longer battery life and improved connectivity in smartwatches and other wearable devices.
2. Semiconductor - The Semiconductor industry can leverage the Power-Boosting Wearable Processors trend by developing advanced processors with power-saving features, connectivity capabilities, and compact sizes for the growing wearable market.
3. Telecommunications - The Power-Boosting Wearable Processors trend offers disruptive innovation opportunities for the telecommunications industry, as the integration of connectivity features in wearable processors opens up new possibilities for device-pairing and enhanced communication experiences.
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