AI-powered Target Tracking for FPV Drone Camera, FPV Intelligent Tracking Board
Table of Contents
Introduction
This is an AI processing box with high performance and high integration. It uses NVIDIA ORIN NANO as the SOC processor, integrates self-developed advanced AI technology, can access infrared movement images through multiple protocols for analysis and processing, has infrared and visible light image denoising enhancement and super-resolution capabilities, and has infrared and visible light target detection, tracking, and recognition capabilities. It can be widely used in drones, vehicle-mounted night vision, security monitoring, industrial detection and other fields.
Feature
- Various access methods
- Support UVC, MIPI, Ethernet video access; serial port control.
- Advanced AI Algorithms
- Integrates self-developed advanced AI algorithms, including infrared image denoising, enhancement, super-resolution, target detection and tracking, etc.
- Various output methods
- Support network, HDMI, UVC video output, support local TF card and NVME storage.
- Small size
- 38mm small Al board, easy to integrate into various cameras and optoelectronic systems.
Specification
| SOC Model | NVIDIA ORIN NANO |
| GPU | 40TOPS @INT8 |
| Image Access | UVC/MIPI/Ethernet |
| Image Output | HDMI/UVC/Ethernet |
| Control Input | Serial/Ethernet |
| Local Storage | TF card/NVME solid state drive |
| Imaging Algorithms | Thermal infrared HDR/image quality enhancement |
| Super Resolution | Up to 4X@4K/100FPS |
| Object Detection | Vehicle/UAV ground |
| Target Tracking | Automatic identification/manual specification |
| Size | 102.2×72.5×52.5mm |
| Weight | 392g |
| Typical Power Consumption | 25W |
| Operating Temperature | 40°C~+85°C |
Vitalik –
This AI tracking board redefines autonomous FPV pursuit! Its human/vehicle-specific algorithms lock onto targets with surgical precision, maintaining flawless tracking even at 60mph+ speeds through obstacles. When our drone briefly lost signal mid-chase, the AI instantly reacquired the target using predictive motion analysis—no manual intervention needed. The anti-jamming design kept focus through urban RF noise, while adaptive zoom compensated for distance changes automatically. Setup took minutes: just mark your target via goggles, and it becomes an unstoppable pursuer. For motorsports filming, security patrols, or dynamic documentaries, this is the first system that truly ‘never blinks.’ A game-changer for mission-critical tracking scenarios!