CN
G-X100-H1
Robotic Spatial
Computing Development
Platform
Teleoperation, Data Collection and 3D Front Face
  • 32M
    Binocular Stereo Vision
  • <25ms
    Teleoperation Visual Feedback Latency (excluding network latency)
  • 3D Front Face
    Supports Ultra-HD Glasses-Free 3D (Optional)
  • Spatial Computing
    Spatial Positioning, Depth Perception, etc.
  • Compatible
    with Mainstream AP
  • Customized
    Teleoperation and Data Collection Solutions
Eye(Visual Interaction)
Immersive Panoramic Telepresence, Stereo MR Telepresence: Image Distortion Correction, POV Correction, View Acquisition, Lens-Screen Matching (LSW), Accurate Depth Perception, Low Latency, Motion Sickness-Free Teleoperation, Digital Information Overlay (Virtual-Real Fusion)
Cerebellum (Enhanced Spatial Perception):
Rich Sensor Interfaces & Image Processing
13 x CSI/CSI-2 DPHY 1.2, 1 Lane & 2 Lanes
1280x1080@60fps；640x480@240fps
I2C/SPI interfaces for IMU, ALS
Centimeter-Level Real-Time SLAM
Depth Reconstruction Based on TOF or Binocular Vision
Face (Avatar Interaction)
Vivid Face
Holographic Stereo Face Presentation
Hyper-Realistic Digital Human Expression Mapping
Text to Model-Driven Expressions
Cerebrum (Edge Computing Resources)
40TOPS NPU,
10 DSP Cores,
10 CPU Cores
Local Processing of Multimodal Data
WIFI
Operator Wearing End
Supports G-X100-M1, G-X100-M0 Modules
  • Components：
    G-X100 Chip, PCBA, Display Screen, Camera, Sensor Module, Bracket Structural Components
  • Software：
    End-to-End Binocular Telepresence
    Latency Compensation & Depth Alignment Solution