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Qualcomm has unveiled its latest innovation in the wearable tech space with the introduction of the Snapdragon Wear Elite chip. Positioned as a versatile solution, the Elite chip is designed to complement existing technologies rather than replace them. The chip is tailored for a new wave of AI wearables, including unique form factors like pendants, pins, and potential display-free smart glasses.
The Snapdragon Wear Elite chip boasts significant enhancements, featuring an upgraded 3nm process and advanced AI processing capabilities. Equipped with an eNPU and a Hexagon NPU, the chip can efficiently handle a wide range of AI functions, from low-power tasks like keyword recognition to more compute-intensive operations. Qualcomm highlights the Hexagon NPU’s impressive on-device capabilities, supporting up to two billion parameters and 10 tokens per second.
Noteworthy improvements in power efficiency have been achieved, enabling more functions to be managed by the main chip. The Elite chip offers enhanced GPS tracking with 40% less power consumption, along with support for 9V quick charging for rapid battery replenishment. Additionally, device longevity is expected to increase by approximately 30%.
Moreover, the Snapdragon Wear Elite chip integrates support for satellite connectivity, 5G, ultra-wide band, and Bluetooth 6.0. Significant performance enhancements have been made to the CPU and GPU, catering to demanding applications like 1080p resolution at 60fps animations. The chip’s compatibility with Linux opens up opportunities for startups to develop innovative AI wearables on customized software platforms.
Qualcomm’s latest offering underscores the ongoing evolution in AI wearables, signaling a continued interest from device manufacturers in exploring novel wearable tech concepts.
Source: The Verge