Solution Overview
This solution is built on Time-of-Flight (ToF) 3D depth sensing technology,
enabling spatial awareness, distance perception, and natural interaction
for smart glasses and wearable devices.
The system is designed for low power consumption, compact form factors, and stable operation,
making it well-suited for AR displays, spatial computing, human–machine interaction,
and embedded vision platforms.
Core Capabilities
3D Spatial & Depth Perception:
Real-time acquisition of depth information from the surrounding environment,
enabling accurate understanding of spatial structure, object distance,
and relative positioning.
Hand Gesture & Near-Field Interaction:
Recognition of hand movements and near-field interactions based on ToF depth data,
supporting natural interaction methods such as tapping, swiping, and grabbing.
AR Scene Alignment & Stability:
Depth-based environmental awareness allows virtual content to be precisely aligned
with the real world, improving AR stability and immersive user experience.
Low-Power Embedded Deployment:
Optimized for embedded platforms and wearable SoCs,
meeting the strict requirements of smart glasses in terms of power efficiency,
size constraints, and real-time performance.
Typical Applications
- Smart glasses and head-mounted display (HMD) devices
- Industrial and maintenance assistance systems
- Wearable interaction devices and spatial notification systems
- Education, training, and immersive experience platforms
Key Features
- ToF-based depth sensing with strong resistance to ambient light interference
- Designed for low-power, compact wearable devices
- Privacy-friendly operation without reliance on color imaging
- Support for algorithm customization and system-level integration
Recommended Related Products
- ToF system-level depth sensing modules (spatial perception, behavior analysis, near-field interaction)
- CS20 / CS30 ToF depth cameras (algorithm development, validation, and engineering integration)
- ToF + RGB multimodal vision solutions (depth and texture fusion)
- 2D RGB camera modules based on Sony IMX681 and other CIS, optimized for wearable and embedded vision