Skip to main content

Snapdragon Spaces: The New Era of Spatial Computing


The Snapdragon Spaces platform empowers developers to unlock the full potential of wearable AR using industry-leading technology, a cross-device SDK, and an open ecosystem. They strive to build an accessible XR ecosystem, enabling developers to pioneer innovative experiences that will lead the next generation of immersive technology.

Qualcomm is introducing a wireless version of its augmented reality Smart Viewer, a reference design that manufacturers could adapt into commercial headsets. The Wireless AR Smart Viewer updates Qualcomm’s earlier smart glasses design with a higher-powered chipset, plus a tethering system that uses Wi-Fi 6 / 6E and Bluetooth instead of a USB-C cable. That comes with the tradeoff of potentially very short battery life, although Qualcomm says consumer-ready versions might be designed differently.

Want to see them in action? Check out this video!

A comparison between Qualcomm’s wired and wireless glasses

The new Smart Viewer was developed by Goertek and it’s currently available to a few manufacturing partners with plans to expand access in the coming months. Like its predecessor, it connects to a phone or computer and delivers mixed reality experiences with full head and hand tracking, using tracking cameras and projections powered by micro-OLED displays. Qualcomm has maintained the previous 1920×1080 resolution and 90Hz refresh rate, but it’s slightly narrowing the field of view, dropping it from 45 degrees to 40 degrees diagonal.

That’s substantially smaller than the non-consumer-focused Magic Leap 2, which offers closer to 70 degrees. But in its favor, the Smart Viewer has a slimmer profile than either the wired Smart Viewer or most competitors. Its frames are 15.6mm deep compared to around 25mm for the wired version, softening AR glasses’ typical bug-eyed look. (This shallower design, which uses freeform optics, might be much harder to achieve with a wider FOV.) At 115 grams, it’s a little heftier than the 106-gram Nreal Light glasses, a bit lighter than the rumored 150 grams of Apple’s AR / VR headset, and far svelter than VR headsets like the 503-gram Meta Quest 2.

Also, the wireless viewer uses Qualcomm’s Snapdragon XR2 chipset compared to the previous model’s XR1 — something Qualcomm says offers more power for computer vision processing and other tasks. Qualcomm promises a brisk 3ms latency between the glasses and the connected phone or PC, if your phone or PC includes Qualcomm’s FastConnect 6900 chip, which is not a given for many machines. Qualcomm AR / VR head @Hugo Swart says the actual “motion to photon” latency is under 20ms, just clearing the threshold for a comfortable mixed reality experience.

Wireless AR Smart Viewer

🗣 A wireless headset has been on Qualcomm’s roadmap for years, but the Smart Viewer still highlights one of AR’s enduring challenges: making high-powered glasses that don’t run out of juice almost immediately. Swart told reporters that the most demanding virtual experiences could drain the headset’s 650mAh battery in 30 minutes, although he emphasized that the simple virtual overlay could use much less power. Users can also plug in an attachable battery with a cable, and Swart said manufacturers could choose to prioritize a longer-lasting headset in their own designs. But the current tech probably can’t support some of AR’s most obvious applications, like creating a set of virtual monitors you can use all day at work.

While Swart said Qualcomm was working with “at least four” manufacturers, he didn’t name them or say how long it might take to commercialize the headset. But Qualcomm’s earlier designs have anchored products like the Nreal Light and Lenovo ThinkReality A3 glasses — so it’s a good example of what wireless headsets might look like in the coming months and years.

👉 This is just one more step into the XR future that companies are increasingly allowing their customers to take a peek at.

What do you think? Are you ready to engage your business in the #TheFutureOfTechnology? If you want no know more on how to achieve this, check out here, and feel free to contact us with any questions!

Leave a Reply