Qualcomm has partnered with Microsoft to build a custom Snapdragon processor for future augmented reality (AR) smart glasses, the company unveiled in a keynote speech at the Consumer Electronics Show (CES) 2022 on Tuesday.
Speaking at the massive electronics event, Cristiano Amon, Qualcomm Chief Executive, said that his company was developing the new chip for “next-generation, power-efficient, very lightweight” AR glasses for use with Microsoft’s software ecosystem.
He added, “Snapdragon Spaces will be fully integrated into Microsoft Mesh, and this platform will be available for next-generation lightweight glasses.”
In an additional statement, Rubén Caballero, Corporate Vice-President for Mixed Reality at Microsoft, said in a statement as quoted by Reuters, “Our goal is to inspire and empower others to collectively work to develop the metaverse future – a future that is grounded in trust and innovation.”
Also Read: Get Ready For Metaverse
The news comes after a similar partnership between the two tech giants, where Qualcomm incorporated its Snapdragon 850 processors in the HoloLens 2.
Other major partnerships with Qualcomm have integrated the Snapdragon XR2 for the top-selling Meta Quest 2 as well as a collaboration with Lenovo for its Snapdragon XR-powered ThinkReality A3.
According to Luca Rossi, President of Lenovo’s Intelligent Devices Group, the world’s first 5G-powered personal computer, the Lenovo Flex 5G, will also use Qualcomm’s Snapdragon 8cx 5G computing platform for ARM-based architecture on Windows and Snapdragon-powered devices.
Speaking further, he said in a statement, “With a growing portfolio of powerful Snapdragon powered PCs, we look forward to expanding the boundaries of what people think is possible on laptop PCs and delivering the future of mobile computing in the next hybrid reality.”
Further advancements in the cooperative deal will allow Qualcomm and Microsoft to expand support for Microsoft Mesh, to create device-agnostic virtual and augmented reality (VR/AR) experiences across multiple device platforms.
