DA063HS RK3588S Vision Computer | ~6 TOPS NPU, Embedded Tracking
DA063HS uses an eight-core RK3588S and approximately 6 TOPS NPU for onboard target recognition and tracking. It supports 60 Hz baseline tracking, up to 100 Hz with suitable camera input, ≤1-pixel accuracy and up to 64 targets. MIPI/CVBS input, H.264/H.265 RTSP output, serial control, OSD and recording support secondary integration. The board is approximately 55×40 mm and typically consumes <6 W from 12 V DC ±2 V.
- ≤ 1 px
- 120 Hz
- 55 mm × 40 mm (including connectors)
- Rockchip RK3588S (8-core, up to 2.4 GHz) with NPU (~6 TOPS)
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Core specifications







Technical data
| Parameter | Specification |
|---|---|
| Processor | Rockchip RK3588S (8-core, up to 2.4 GHz) with NPU (~6 TOPS) |
| Tracking frame rate | 120 Hz |
| Minimum trackable target | 2 × 2 px (centroid); 8 × 8 px (correlation) |
| Tracking accuracy | ≤ 1 px |
| Recognition | 25 Hz; minimum target 10 × 10 px; mAP@0.5: 0.616 (VisDrone2019-DET-test-dev) |
| Video I/O | Inputs: 3 × MIPI (custom adaptation), 1 × DVP (custom adaptation); output: 1 × CVBS; 100M Ethernet RTSP video stream |
| Interfaces | 2 × UART (TTL 3.3 V); 1 × USB 2.0; 1 × 100M Ethernet (RTSP) |
| Storage / Memory | Onboard photo and video storage; FTP access for viewing, downloading and deleting recordings |
| Power | 9–36 V; power consumption < 6 W |
| Dimensions | 55 mm × 40 mm (including connectors) |
| Operating temperature | -20 °C to +60 °C |
1. Features & applications
The DA063HS is a flagship embedded video tracking board built on the Rockchip RK3588S platform with proprietary image algorithms.
It provides high-performance AI recognition and multi-algorithm tracking for airborne pods, sentries, border & coastal defense,
and intelligent perimeter systems. Supports secondary development; technical support available.
2. Product Features
- High-performance compute: RK3588S with integrated NPU (~6 TOPS) for on-device inference and easy model deployment.
- Multi-algorithm tracking: Centroid, correlation (template), multi-target and AI-fused tracking for robust performance under occlusion and variable lighting.
- Tiny-target capability: Centroid tracking down to 2×2 px; correlation tracking down to 8×8 px; tracking accuracy ≤ 1 px; up to 64 concurrent targets.
- Engineering features: OSD (time/coords/attitude), multi-channel PIP, electronic zoom (up to ×16, 0.1 steps), local recording, FTP media management, SDK and test host.
- Industrial design: Compact form factor (~55×40 mm), low power consumption (<6 W typical), wide operating temperature for field deployments.
- Developer & support: Supports secondary development; technical support and integration assistance available.
3. Application Scenarios
- Airborne pods & UAV payloads: Lightweight, low-power real-time tracking.
- Electronic sentries & perimeter security: Continuous monitoring with anti-interference capabilities.
- Border & coastal defense: Long-duration surveillance and threat tracking.
- Industrial & traffic monitoring: Integrated AI recognition and event recording.
5. Limitations & Recommendations
- Performance depends on camera optics, lens selection, and input video quality — use appropriate sensors for best results.
- For extreme EMI, thermal, or bandwidth-limited environments, perform on-site validation and consider shielding/cooling/network optimization.
6. Next Steps
We provide SDK, developer documentation, and integration support. Provide your sensor list and deployment constraints and we will deliver a tailored integration plan and technical assistance.
