Qualcomm takes spatial computing into the AI era with Snapdragon Reality Elite

Qualcomm Technologies Inc. today unveiled a brand-new chip featuring the Snapdragon Reality Elite, a rebrand of its existing line of powerful silicon designed to power next-generation immersive virtual reality and mixed reality experiences.

Reality Elite is the successor to the XR2+ Gen 2, announced during the Augmented World Expo in 2024, representing a generational leap in total power and design. The rebrand in name also represents a transformation from XR chip to an artificial intelligence platform. This naming change signals part of a broader strategy of repositioning its chips as part of an AI strategy through beefing up its neural processing units for on-device large language model processing, making this a multidevice edge-AI story as much as diving further into the so-called metaverse.

The industry is tackling a similar trend: Google LLC debuted Android XR, its mixed reality operating system, in December 2024, partnered with HTC Vive Tech Corp. in January 2025 and unveiled Gemini-powered glasses at its I/O developer conference during May 2025 and 2026.

“XR adoption continues to expand, with more than 60 million devices already in the market and growing momentum across industries,” said Ziad Asghar, Qualcomm’s senior vice president and general manager of XR, wearables and personal AI.

Asghar added that more advanced and integrated mixed reality devices worn by users would drive even further demand for personal AI. This would mean that the chips needed to drive these devices would need to be smaller, smarter and more efficient to handle all-day battery, stay cooler and maintain these experiences for consumers.

Reality Elite delivers up to 48 TOPS on-device for edge-aligned models, such as 3 billion-parameter Llama large language models, with 2,000-context windows. This is large enough to handle most translation, summarization and intelligence tasks on demand, but would still need to offload heavy work into the cloud – however, it would allow many simple AI tasks to run privately on device.

Smart glasses adoption is growing, but the vast majority of 2026 unit growth is display-less audio glasses. The best examples include Meta Platform Inc.’s Ray-Ban branded smart glasses. These wearables include glasses that let users talk to an AI model via audio, with built-in cameras that let the model “see” and record the world. Users can then ask questions about what they’re looking at and access information on their other devices, such as smartphones.

In addition to the AI features, Qualcomm said, the Reality Elite delivers up to 60% higher graphics processing unit performance, up to 30% increase in central processing unit performance, and up to 160% higher neural processing unit power.

The company especially stressed increased power efficiency, delivering up to 20% longer battery life at the same workloads, up to 12 degrees Celsius cooler under load. Heat lowers the lifetime of batteries, chips and other hardware; it also reduces the efficiency of headsets and makes them less comfortable to wear.

Powering Project Aura from Xreal and the XR ecosystem

The new Snapdragon platforms are designed to become the heart of the XR, or extended reality, ecosystem, including Android XR from Google. The company said it wants to deliver these chips in the smallest form factor possible to give AI and XR capabilities to leading wearable device manufacturers.

As a foundational partner, XR glasses developer Xreal Inc. is launching Project Aura later this year, a powerful wearable XR device that will include Reality Elite. Virtual reality and extended reality headset maker Play For Dream’s upcoming device and other products are expected to follow.

“Xreal Project Aura represents a new benchmark for optical see-through XR glasses, bringing powerful AI-driven experiences to both work and everyday life,” said co-founder and Chief Executive Chi Xu. “Snapdragon Reality Elite is a foundational part of this achievement.”

Qualcomm is also building into a formula it is calling Snapdragon START, or Scalable Turnkey AI-Ready Toolkit, a turnkey solution offered by the company for building and designing smart devices – beginning with glasses.

The alignment of START shows that Qualcomm intends once again to play the same kingmaker role it did in the Android handset era. The structure of START is nearly identical to the Qualcomm Reference Design program for smartphones in 2012, giving manufacturers a design blueprint for building smartphones, but now with smart devices, such as smart glasses. START provides this formula for wearables.

The first partner to join is Inspecs Group Plc, a global eyewear house behind licensed brands such as Barbour, CAT, Superdry and O’Neill, working exclusively with Qualcomm. Manufacturing and optical companies jumping on board include Pegatron, Thundercomm, Avegant and Jorjin.

The through line behind START will provide small wearable manufacturers looking to make a show for themselves in the market a jumpstart. Qualcomm said they would provide not just reference designs, but a white-label service where they would take designs, build them and paint on logos and design with their reference – all running on Qualcomm silicon and middleware.

Image: Qualcomm