On November 27, the 2025 Spatial Computing Conference themed "Shared Aspirations, Joint Journey; Chip Innovation for Win-Win Success" was successfully held in Ningbo, Zhejiang ProvinceRepresentative enterprises across the industrial chain such as Goertek Inc., SeeYA Technology, Hongyu Technology and Goertek Dynaudio also participated and gave presentations.
At the conference, GravityXR officially launched China's first full-featured spatial computing MR chip, the G-X100, as well as the world's first full-stack spatial computing solution , marking a major technological breakthrough in China's spatial computing sector. Meanwhile, GravityXR signed strategic cooperation agreements with enterprises including SeeYA Technology, Flint Robotics, Goertek Dynaudio, Alpha Labs, Thunderbird Innovation and LAWAKEN Technology.
01Full-Scenario Chips & Full-Stack Solutions: Achieving Multiple
In his keynote speech, Founder and CEO of GravityXR, stated, "Spatial computing digitizes the physical world, turning it into an intelligent canvas for the digital era, and we are committed to equipping the world with its 'operating system'." As China's first full-featured spatial computing MR chip, the newly released G-X100 adopts advanced process and pioneers the Chiplet heterogeneous packaging architecture for the first time. It achieves a photon-to-photon latency of 9ms, breaking the world record. Supporting full-link foveated rendering and binocular 8K/120Hz output, the G-X100 maintains a power consumption as low as 3W for spatial computing devices while boasting broad compatibility across chip and operating system platforms. Its reference design is driving MR products into the sub-100-gram era.
Meanwhile, the company also rolled out the G-VX100, a dedicated AI/AR hardware chip with a 4.2mm ultra-thin package, supporting diverse product forms such as ultra-lightweight AI/AR glasses, AI earphones and AI assistants. The self-developed G-Image EB100, a low-power spatial rendering and display chip, caters to professional needs in XR and robotics fields. These three chips form a full-scenario spatial computing chip matrix. On this basis, GravityXR further launched the full-stack spatial computing solution , covering the entire link from chips, device platforms, spatial engines, SDK toolchains to ecosystem integration, and widely supporting various terminal scenarios including XR, robotics, smart vehicles and industrial IoT. As the world's first fully independent platform-based spatial computing system.
02Key Industrial Chain Enterprises Sign Heavyweight Agreements; Full-Stack Spatial Computing Ecosystem Co-construction Launched
During the signing session, GravityXR reached in-depth cooperation with multiple core industrial chain enterprises such as SeeYA Technology, Flint Robotics and Goertek Danaudio, jointly promoting the industrialization of spatial computing technologies. In the roundtable forum, founders and technical leaders from enterprises like NED Optics, LAWAKEN Technology, Flint Robotics and Play-For-Dream conducted in-depth discussions around the theme "Chip Singularity: The Past, Present and Future of Spatial Computing". All guests agreed that with breakthroughs in core technologies and improvement of the ecosystem, the spatial computing industry is on the eve of explosive growth.
This conference not only demonstrated China's technological strength in spatial computing, but more importantly, built a new paradigm for industrial collaborative innovation. Driven by both technological breakthroughs and ecosystem development, the spatial computing industry is embracing new opportunities and a new journey.
