On the first day of MWC 2026, Qualcomm officially unveiled its latest wearable-focused innovation, announcing the Snapdragon Wear Elite platform.
This new SoC was designed with a particular emphasis on personal AI, extending its capabilities not only to traditional smartwatches but also to new form factors like smart pendants.
The San Diego-based company aims to transform these accessories from simple extensions of the smartphone into true active agents capable of understanding the user’s context and handling complex interactions on their behalf.
At the core of this platform lies an advanced 3-nanometer manufacturing process that delivers unprecedented efficiency for this category of products.
The performance improvements over the previous generation, namely the Snapdragon W5+ Gen 2, are extremely significant.
The new CPU, capable of reaching frequencies up to 1.95 GHz, delivers single-core performance five times higher to ensure smooth app launches and multitasking. Parallelly, the graphics chip, able to operate at 2.1 GHz and support displays with 1080p resolution at 60 frames per second, proves up to seven times faster in peak performance.
The most innovative element, however, lies in the integration of a dedicated Qualcomm Hexagon NPU, which makes Snapdragon Wear Elite the first industry platform for wearables to include high-performance AI processing directly on the device.
This component enables running large language models (LLMs), supporting up to two billion parameters. Performance in this specific area allows generating the first token in just 0.20 seconds and achieving processing speed up to ten tokens per second.
Additionally, to handle continuous workloads while preserving energy, there is a low-power eNPU dedicated to always-on activities such as voice recognition, physical activity analysis, and background noise suppression.
The dizzying rise in computing power does not come at the expense of battery life. Qualcomm assures that devices powered by Snapdragon Wear Elite will benefit from multi-day autonomy, recording a 30% increase in daily usage time compared to previous-generation models.
To minimize wait times when the device is low on power, the platform is equipped with a fast-charging system.
On the communications front, the chip introduces a solution dubbed hexa-connectivity that groups six different technologies in a single multimodal architecture.
Among these are 5G RedCap for cellular connections and Micro-Power Wi-Fi, useful for maintaining a continuous data exchange while consuming very little energy. Also included are the Bluetooth 6.0 and the UWB technology for precise proximity interactions, such as device discovery or interaction with vehicles and homes.
Completing the picture is a GNSS module for accurate geolocation useful to AI and support for NB-NTN, which in collaboration with partners like Skylo enables emergency satellite bidirectional messaging when cellular networks or Wi‑Fi are unavailable.
The platform shows notable versatility, offering native compatibility with several operating systems, including Wear OS by Google, Android and Linux.
Major names in the tech industry have already confirmed their adoption of the platform, with manufacturers such as Samsung, Google and Motorola committed to developing new solutions.
The wait to field-test these innovations will be short, as the arrival of the first commercial devices powered by Snapdragon Wear Elite is already slated in the coming months.
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