Qualcomm has unveiled Snapdragon Wear Elite, its most advanced wearable platform yet. This time, it’s thinking far beyond the wrist.
While previous Snapdragon Wear chips focused largely on smartwatches, Wear Elite is designed to power a new wave of AI-first wearables. For instance, it targets smart pins, pendants and other compact personal devices.
At the centre of the upgrade is on-device AI. Wear Elite introduces a dedicated Hexagon NPU, capable of running models with up to 2 billion parameters directly on the device. It also features an enhanced embedded MPU built for sustained, complex workloads.
That opens the door to persistent AI agents, small language models and even computer vision features without relying entirely on the cloud. In short, Qualcomm wants the next generation of wearables to think for themselves.
Performance has also taken a noticeable leap. The platform features a new five-core CPU architecture and an upgraded GPU. Qualcomm says this makes it the fastest wearable chip it has produced to date, with the aim to support always-on intelligence without compromising responsiveness or form factor.
Battery life, often the Achilles’ heel of powerful wearables, is a major focus. Wear Elite promises 30% longer usage days compared to previous generations. Furthermore, it offers 50% faster charging in just 10 minutes — improvements that could make AI-heavy features more practical in everyday use.
Connectivity is equally ambitious. The chip supports 5G RedCap, MicroPower Wi-Fi, NB NTN satellite communications, UWB, GNSS and Bluetooth 6.0. This ensures devices can operate standalone or as part of a broader ecosystem of connected hardware.
With Wear Elite, Qualcomm isn’t just refreshing smartwatch silicon. Instead, it’s laying the groundwork for wearable AI devices that could take many more forms than we’re used to.
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