The DS071 combines the rv1126b ai processor with a global shutter camera to deliver exceptional tracking performance. It supports up to 64 simultaneous targets and can recognize objects as small as 20×20 pixels. Furthermore, the board offers rich OSD overlay for telemetry data. This includes crosshairs, compass, and target information. Its communication interfaces, such as RS422 and Ethernet, allow seamless integration with flight controllers. In addition, the tracking board supports H.264/H.265 encoding and RTSP/UDP streaming. Consequently, it ensures low-latency video transmission. The embedded tracking board comes with standard application software. An optional development version provides Ubuntu, SSH, and API documentation for custom algorithms. For uav target tracking applications, the DS071’s miss-distance output is particularly valuable for precision guidance. Overall, this AI tracking board delivers a comprehensive feature set in a lightweight, power-efficient design. The board also offers multiple tracking algorithms, including centroid, correlation, and multi-target tracking. This flexibility enables robust performance across different target types and scenes. Therefore, its integration into UAV gimbal payloads is straightforward, thanks to the compact footprint and flexible communication options.

Deploying the DS071 for uav target tracking is straightforward thanks to its flexible video input and streaming options. The board can accept MIPI or USB 3.0 camera inputs, enabling use with a wide range of sensors. Moreover, the ai video tracking algorithms automatically adjust to different target sizes and contrast levels. They maintain lock even under challenging conditions. For drone detection scenarios, the board’s AI recognition module has been validated on the VisDrone dataset. It achieved a 0.569 mAP, ensuring reliable performance. Additionally, the embedded tracking board supports manual and automatic target locking modes. This allows operators to switch between hands-off tracking and point-and-click lock-on. Its integration into intelligent gimbal payloads is further simplified by the compact footprint and sub-4W power consumption. For developers, the optional Ubuntu-based development kit offers complete SDK resources. It enables customization of the tracking pipeline. As a result, the DS071 stands out as a versatile solution for UAV-based surveillance, reconnaissance, and autonomous target following. The board’s compatibility with both visible and infrared inputs makes it suitable for multi-sensor imaging systems. This capability expands its use to low-light and thermal tracking scenarios.