Our 120fps Infrared (IR) Camera Module is designed for ultra-fast image acquisition, low-light performance, and high-precision facial expression capture. Featuring advanced IR sensitivity and a high-frame-rate sensor, this camera module is ideal for animation facial tracking, motion capture, and in-vehicle intelligent driving systems that require rapid response and stable imaging in dynamic environments.
With its compact structure, flexible integration options, and enhanced IR performance, this module offers superior reliability for next-generation AI vision applications.
Key Features
• High-Speed 120fps Capture
Supports up to 120 frames per second, ensuring smooth, delay-free video capture for real-time AI processing, facial motion tracking, and gesture analysis.
• Enhanced Infrared Sensitivity
Optimized for IR light sources with excellent low-light performance, ensuring accurate facial landmark detection even in dark or variable lighting conditions.
• Low-Latency Output
Fast image transmission for time-critical systems such as driver monitoring, emotion recognition, and interactive animation rendering.
• Compact & Easy Integration
Supports multiple interfaces (MIPI/USB/parallel—customizable) for seamless integration into embedded devices, industrial systems, and automotive platforms.
• Stable Performance for AI & Vision Applications
Designed for long-term continuous operation with low noise, high stability, and precise imaging required by AI algorithms.
Technical Specifications
Resolution: Customizable (e.g., 720p / 1080p)
Frame Rate: Up to 120fps
IR Sensitivity: Optimized for 850nm / 940nm
Lens Option: Wide-angle / standard FOV (customizable)
Interface: MIPI / USB / DVP (custom options available)
Image Sensor: High-speed CMOS sensor
Shutter Type: Rolling or global shutter (optional)
Operating Temperature: -20°C to 70°C
Dimensions: Compact modular design for embedded integration
Application Scenarios
• Facial Expression Capture for Animation & Vtuber Production
Ideal for motion capture, virtual character animation, and high-precision facial landmark tracking.
• In-Vehicle Driver Monitoring (DMS)
Detects driver fatigue, attention, and emotions even under low-light or nighttime conditions.
• Automotive Intelligent Driving Systems
Provides real-time imaging for interior monitoring, gesture recognition, and intelligent cockpit interaction.
• Robotics & Human–Machine Interaction
Supports emotion-aware robots and real-time user behavior analysis.
• AI Vision, Gesture Recognition & XR Devices
Designed for headsets, smart glasses, and interactive user interfaces requiring fast IR imaging.











