A single-board dual-channel EO/IR module combining 640×512 LWIR, 1920×1080 visible imaging, H.265 Ethernet streaming, and AI tracking above 50 Hz.
Engineering profile
The standard configuration uses a 25 mm thermal lens and a 10.44 mm visible lens. Recognition throughput depends on model complexity and input resolution; the stated >15 fps condition is for a 4K×3K input on one NPU. Tracking power is excluded from the ≤10 W base figure.
Key capabilities
- Thermal channel: 640×512, 12 μm, VOx LWIR
- Thermal sensitivity: NETD ≤40 mK; MRTD ≤0.5 K
- Visible channel: 1920×1080, 3.45 μm, RGB24
- Lens configuration: LWIR 25 mm optional; visible 10.44 mm
- Field of view: LWIR 17.4°×14°; visible 35.2°×20.2°
- Encoding / network: H.265, 100 Mbps Ethernet, UDP/RTSP
- Output format: 1080p or 960×540 center crop; JPEG capture
- Tracking performance: >50 Hz
Image processing and control
The processing board supports real-time target tracking, configurable recognition models, H.265 network video, UDP/RTSP transport, JPEG snapshots and storage, image parameter control, self-test, status reporting, and remote algorithm or firmware upgrade.
Integration notes
Specifications reflect the supplied technical document. Lens, connector, mechanical, and environmental options may be finalized for the target program.
Typical applications
Intelligent EO/IR cameras, vehicle and airborne payloads, perimeter analytics, target tracking, low-altitude security, and autonomous observation platforms.
