Last week, we exclusively revealed that Qualcomm is preparing a new wearable chip to power the next generation of smartwatches. And now, it appears that the same chip may not be limited to just wrist-based devices.
That's according to German outlet WinFuture, who suggest that the upcoming chip will also be used to for augmented reality glasses. And that could include wearables such as Google Glass, which, for those not keeping track, last year made somewhat of a comeback in the form of its Enterprise Edition.
Read this: The history and future of Google Glass
That's not all, either, with the same report also indicating that the term "augmented reality glasses" is referenced within a Qualcomm job listing related to the new system-on-chip (SoC), adding weight to the initial claim that its powers will extend beyond the wrist when launching later this year.
But what exactly would the Snapdragon Wear 3100 chip bring to AR wearables? Well, while it's all speculation at this stage, there's suggestions that it could help power eye tracking in AR devices, something that Qualcomm already has experience with through its reference VR headsets.
But while the big Q may be adept at providing the likes of foveated eye tracking (a technique whereby high-resolution textures are saved for what the user is focusing on, while the rest of the picture takes a back seat) through big headsets, doing the same through smaller devices is a much different challenge. If it is to come to fruition, though, it's these kind of efficiency techniques the company will no doubt use.
And, going back to smartwatches, it's also likely we see the same kind of efficiency for wrist-based devices, thanks to the chip. Battery life is the obvious flaw among many smartwatches currently, and it could well be that the Snapdragon 3100 allows for a stronger performance from the next generation. And don't be surprised if the rumoured Google Pixel Watch is the first to debut all the new smarts Snapdragon Wear 3100 has to offer.
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