This is the Near Future of #MixedReality for Productivity and Media Consumption

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