GravityXR has unveiled a groundbreaking reference design for mixed reality glasses, packing 90° field of view (FoV), 2.5K OLEDoS displays at 36 pixels per degree (PPD), and 16MP binocular color passthrough with just 9ms latency.
Specs That Redefine Immersion
These lightweight glasses, under 100g, feature 6DoF tracking, hand and eye tracking, and a co-processor embedded directly in the frames paired with a separate app processor in a compute puck. The setup supports full-link foveated rendering, reverse passthrough like EyeSight, and natural interactions via SLAM, depth perception, and gesture recognition. Power efficiency shines at 3W for spatial computing tasks, enabling all-day productivity without bulk.Game-Changer for Work and Entertainment
Imagine seamless media binges with binocular 5K-equivalent sharpness or multitasking in virtual workspaces overlaid on reality—9ms passthrough latency makes digital content feel indistinguishable from the real world. Eye-hand coordination feels effortless, boosting tools like remote operations, AI digital humans, and 3D reconstructions for creators and pros. This reference design, powered by GravityXR’s chips, targets next-gen devices available as early as next year.
Why It Matters Now
GravityXR’s innovations, including 16MP cameras for 4K video and spatial photos at low 260mW power, stem from their XR-focused chip platforms and hardware solutions. Their multi-modal AI handles scene recognition and end-to-end processing, positioning these glasses as a lightweight rival to bulkier headsets. Built for terminal device makers, this tech promises broader adoption in productivity and media
