Qualcomm's bet on smart glasses brings spatial computing to consumers and positioning India prominently in the global ...

Global semiconductor leader Qualcomm is partnering with Indian eyewear giant Lenskart to develop a new generation of smart ...

Lenskart is set to announce a foray into the smart glasses space next week, through a partnership with semiconductor giant ...

Smart glasses without cloud or phone assistance to deliver AI-powered experiences might seem far-fetched, but Qualcomm has shown that devices like these are possible. Using the power of Qualcomm ...

Qualcomm's AR glasses specs include two 0.71-inch 90Hz 1080p Micro-OLED displays. MicroLED is also being featured in Vuzix's next smart glasses and rumor has it Apple's future headset will be ...

Qualcomm has enabled what one of its executives said was a strange and “most interesting conversations– and it was with a pair of generative AI-powered smart glasses.”. In a talk at ...

Qualcomm highlighted new smart glasses features at an event Tuesday. The company provided the world's first demonstration of on-glass Gen AI without the assistance of a phone or the cloud. Tim ...

Qualcomm's latest initiative called Snapdragon Spaces seeks to act as the glue between phones and future smart glasses, with a focus on supporting open web platforms.

Qualcomm isn't new to mixed reality, but the chip-maker chose to focus on augmented reality (AR) as the push for true smart glasses continues. Announced today, the Snapdragon AR2 Gen 1 Platform is ...

Qualcomm's has launched its latest processor for smart glasses, and though it's a modest upgrade over the previous chip, it has a new trick.The Snapdragon AR1+ Gen 1 can run AI directly on devices ...

Based on the Snapdragon XR1 platform, the Qualcomm AR Smart Viewer features dual 0.71-inch micro displays with a 1920 x 1080 resolution and a 90 Hz refresh rate, along with support for six degrees ...

Qualcomm says that Snapdragon AR1+ allows smart glasses (like the RayNeo X3 Pro) to run Small Language Models like Llama 1B. With this setup, devices would seemingly need less hardware on the inside.