The Trac-DA034L video tracking board employs sophisticated AI algorithms to detect and follow multiple targets simultaneously. Specifically, its centroid and correlation tracking methods maintain a stable lock even when objects change direction abruptly. As a result, this real-time surveillance tool excels in challenging applications such as border security and anti-drone operations. In addition, the board overlays tracking markers on the incoming video and outputs the annotated stream via RTSP for remote operators. Notably, the AI target detection model has been fine-tuned for small object recognition, making it especially effective against low-observable threats like rogue drones. The board also includes built-in memory options of 8GB or 16GB, enabling local storage of essential tracking data. Consequently, the Trac-DA034L video tracking board delivers a complete, all-in-one package for mission-critical intelligence. Finally, its lightweight 28.2‑gram construction allows easy integration into tight spaces.

Weighing only 28.2 grams and measuring 60mm × 45mm, the Trac-DA034L video tracking board is purpose‑built for space‑constrained environments. Its operating voltage of 12V DC ±2V and sub‑4W power consumption guarantee efficient performance without excessive heat generation. Additionally, the board provides multiple serial interfaces—RS422, RS232, and TTL—for seamless communication with onboard systems. Moreover, the integrated Gigabit Ethernet port supports high‑bandwidth RTSP streaming, which enables real‑time remote surveillance. For video input, users can connect one SDI (3G‑SDI/HD‑SDI) and one CVBS (PAL) source, offering flexible camera compatibility. Furthermore, storage choices of 8GB or 16GB ensure ample space for recorded tracking data. This low power video tracking solution is a natural fit for UAV pods, mobile monitoring units, and perimeter defense networks. In UAV applications, the Trac-DA034L video tracking board serves as the core intelligence for automated target following, allowing drones to autonomously engage or avoid threats. Consequently, it combines high‑performance AI tracking with an exceptionally small footprint.