The Future of Smartwatch Battery Life: A Qualcomm Perspective
At the recent Qualcomm Snapdragon Summit 2025, Dino Bekis, VP & GM of Wearables & Mixed Signal Solutions, shared insights on the future of smartwatch technology. One key area of focus is extending smartwatch battery life, a challenge that plagues many current wearable devices.
Currently, most Wear OS smartwatches struggle to last a full day on a single charge, with a fragmented charging ecosystem adding to user frustrations. Qualcomm aims to address this issue head-on by targeting a significant improvement in battery longevity.
Bekis highlighted Qualcomm’s goal of achieving a week-long battery life for smartwatches. While current Snapdragon processors boast up to 100 hours of usage, the company is striving for a more ambitious seven-day battery life without compromise.
The path to achieving this milestone involves a multi-faceted approach. Qualcomm is leveraging advancements in process node technology to reduce power consumption significantly. By offloading tasks to dedicated hardware accelerators, the main processor can remain in a low-power state more frequently, enhancing overall efficiency.
Collaboration with Google on optimizing Wear OS and Android is also crucial. By aligning hardware capabilities with software enhancements, Qualcomm aims to streamline smartwatch functionality while minimizing energy consumption.
Despite these promising developments, Bekis cautioned that reaching a seven-day battery life target may still be a few years away. He suggested that a five-day battery life could be achievable in the near future, representing a substantial improvement from current standards.
In addition to battery life, the issue of charging convenience was addressed. Bekis emphasized a shift towards wireless charging as the future standard for smartwatches. Proprietary chargers with varying connector types may soon be replaced by universal wireless charging pads, offering a more user-friendly and streamlined experience.
While the timeline for these advancements may vary, Qualcomm remains optimistic about the industry’s trajectory towards longer-lasting batteries and simplified charging solutions. As technology continues to evolve, users can look forward to a more seamless and efficient smartwatch experience in the years to come.
For those unwilling to wait for these advancements, alternative smartwatch models not running on Wear OS or watchOS may already offer extended battery life. As the industry progresses, the convergence of innovation and user-centric design will ultimately shape the future of wearable technology.