Qualcomm & MediaTek AI Wearables: The Future of Smartwatches and Glasses

Qualcomm and MediaTek are launching new 3nm processor platforms targeting IoT and wearable devices, aiming to bring on-device artificial intelligence and multi-day battery life to compact form factors, according to announcements from the chipmakers. While high-end data center silicon dominates current tech headlines, these energy-sensitive platforms seek to overhaul capabilities for smart rings, watches, environmental sensors, and industrial robotics.

MediaTek Genio Pro 5100 Targets Physical AI and Industrial Robotics

MediaTek is expanding its footprint in the Internet of Things market with the Genio Pro 5100, a chip built on a 3nm manufacturing process, as reported by TechRadar. The silicon pairs a CPU matching Intel Core processor performance with an ARM Immortalis-based graphics engine and a dedicated NPU for AI tasks.

Robotics development requires hardware capable of matching physical movement with machine intelligence, a trend known as physical AI. To support factory automation, logistics, and hospitality applications, MediaTek has included support for Linux and ROS (Robot Operating System). The chip handles up to 16 Full HD cameras or two 4K streams simultaneously at 30 frames per second, alongside optimized Vision Language Models. MediaTek plans to provide between seven and twelve years of product support.

Qualcomm Snapdragon Wear Elite Brings Dual NPUs to Smartwatches

Qualcomm is scaling up processing power for wearables with the Snapdragon Wear Elite, stepping up from its previous W5 architecture, according to TechRadar. Built on a 3nm node, the platform features a dual-NPU setup designed to run AI workloads locally on compact devices like smartwatches and smart glasses.

The primary NPU delivers AI performance comparable to a two-year-old smartphone, processing 18 to 20 tokens per second for models with roughly one billion parameters. Meanwhile, a secondary low-power eNPU handles tasks requiring rapid response times, such as voice activation and active noise cancellation. Qualcomm states this dual setup preserves multi-day battery life.

Samsung, Motorola, and Google plan to support the Snapdragon Wear Elite platform, though consumer devices utilizing the chips are not expected to reach the market until 2027 and beyond, according to announcements made at the Mobile World Congress.

Connectivity and Efficiency Upgrades Across 3nm Platforms

Both chip families leverage advanced node technology to cut power consumption while expanding connectivity features. MediaTek’s Genio Pro 5100 relies on external modules for wireless links, supporting Wi-Fi, Bluetooth, and energy-efficient 5G RedCap.

Qualcomm introduces a Wi-Fi technology that reportedly uses up to 80 percent less energy than the prior generation. The Snapdragon Wear Elite also supports 5G RedCap and satellite communication. These connectivity gains enable features like on-device translation, continuous health logging, personalized fitness coaching, and USB-based authentication through standards like Aliro, a sister standard to Matter.

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