Qualcomm is making a fresh bet on the next wave of personal computing, with new products aimed at mixed-reality glasses and AI wearables. The chipmaker on Tuesday introduced Snapdragon Reality Elite, a new platform for mixed-reality devices, alongside START, a toolkit intended to help hardware makers build AI-ready wearables more quickly.
The announcements reflect Qualcomm’s effort to position itself as a core supplier for devices that could eventually compete with or supplement smartphones. Company CEO Cristiano Amon said Qualcomm is already working on more than 40 AI wearable designs, spanning products such as jewelry, earbuds with cameras, pins and watches.
Snapdragon Reality Elite is designed for devices that rely on on-device AI and more advanced sensor processing. Qualcomm said the platform delivers up to 60% better GPU performance, up to 30% better CPU performance and up to 160% better NPU performance compared with its previous XR platform.
The company also offered one practical benchmark for the new chip. It said the platform can run a 3-billion-parameter language model at 45 tokens per second, which Qualcomm says should be fast enough for responsive AI interactions.
Other improvements include better head and hand tracking and improved see-through capabilities. Qualcomm said the platform supports 4.4K per-eye resolution at 90 frames per second, a slight increase over the 4.3K per-eye resolution offered by the XR2+ Gen 2. Higher resolution and frame rates can make extended headset use more comfortable by reducing motion sickness and eye strain.
Qualcomm said the chip is meant for two main device categories: standalone video-see-through headsets, which place digital content over a camera view of the real world, and lightweight optical-see-through glasses, which overlay digital imagery directly into the wearer’s field of view.
Among the first products expected to use the platform are XREAL Project Aura and a forthcoming device from Play for Dream.
The second announcement, START, is a broader developer and manufacturing package. It includes an AR chip, software, companion apps and a white-label program meant to help companies bring AI glasses to market more quickly.
Qualcomm said the white-label program will initially offer three reference designs. One pairs audio with a camera, similar to Meta’s Ray-Ban smart glasses. The other two are display-focused designs, one monocular and one binocular.
Eyewear makers Inspecs and O’Neill, which is owned by TitanFlex, will be among the first companies to join the program. Qualcomm said START will eventually expand beyond smart glasses to support other device types as well.
Amon framed the announcements as part of a broader shift toward devices that can stay with users throughout the day, observe the surrounding environment and connect them to AI agents. In comments to CNBC, he said he expects extensive experimentation with form factors as companies look for new ways to gather real-world context for AI systems.
That strategy positions Qualcomm for a possible post-smartphone transition, one in which wearables and mixed-reality devices could become the primary computing interface for some users. By releasing both a higher-performance chip platform and a faster path to market for device builders, Qualcomm is signaling that it wants to provide the underlying hardware for that shift.
For now, the market remains early, but Qualcomm is clearly trying to shape it.