Qualcomm’s latest chip suggests that super smart glasses could be on the way

Smart glasses are still an early stage, but chipmaker Qualcomm is hard at work upgrading silicon to power the XR devices: Snapdragon Reality Elite.

Although Qualcomm is announcing the chip today at the Augmented World Expo, technically we already have it. holder and device powered by a new chip at last month’s Google I/O: the upcoming Aura glasses for Android XR. At the time, Xreal and Google were keen to upgrade the processor to the long-awaited display. Turns out he was a Reality Elite.

Notably, the new chip focuses on general performance. The GPU gets a 60 percent boost, the CPU gets a 30 percent boost, and the NPU gets “up to 160 percent higher.” It supports 4.4K resolution at 90 frames per second with minimal lag. Battery life has also been improved by up to 20 percent, and Qualcomm managed to cool and boost energy efficiency. It is said that, for heavy duty applications, the Reality Elite will run up to 12 degrees Celsius cooler than Qualcomm’s last-gen XR chips.

In other words, this chip should support better visuals for deep XR scenes, more power to use large LLMs for AI applications, and lighter, longer lenses. You know, all technical problems right now they’re troubling the smart glasses space.

This – plus and Snapdragon Wear Elite chip that Qualcomm also launched at the Mobile World Congress in February – provides several important information that we can see from wearable devices this fall and 2027. (After all, as a component manufacturer, Qualcomm is producing chips to meet the needs of partners such as Meta and Google.) Both Wear Elite and Reality Elite can be used to power smart glasses. The former can only be found in hearing glasses, while the latter can be used as power-hungry glasses with AI-centric features. Either way, the fact that Qualcomm expanded AI functionality across all chips shows that device makers are gung-ho about putting more AI into glasses, smartwatches, fitness trackers, pens, and pens. Battery management and cooling is also a tacit acknowledgment that many smart glasses with displays currently struggle with the trade-off between large or bulky designs and all-day battery life. The risk of high temperatures has also been a major challenge for smart glass manufacturers when it comes to providing high-quality products. (Because no one wants glasses to burn their face.) Unless the Snapdragon Reality Elite upgrade can bring real change in this area, it won’t be long before we start seeing some really cool AI wearables hitting the market.