HUB Satellite Communication Version WD6000
HUB-NX Satellite 5G AI Terminal WD6000 is a high-performance multi-network communication and edge computing terminal designed for drones, robots, and intelligent edge AI scenarios. It integrates low-earth-orbit satellite communication, 5G full-network connectivity, MESH self-organizing networking, and high-compute AI chips, enabling edge computing and intelligent decision-making in areas without ground network coverage. The device is designed for unmanned aircraft regulatory requirements and can be equipped with low-altitude safety Remote ID broadcasting and network reporting modules.
Product Introduction
HUB-NX Satellite 5G AI Terminal WD6000 is a high-performance multi-network communication and edge computing terminal designed for drones, robots, and intelligent edge AI scenarios.
It integrates low-earth-orbit satellite communication, 5G full-network connectivity, MESH self-organizing networking, and high-compute AI chips, enabling edge computing and intelligent decision-making in areas without ground network coverage.
The device is designed for unmanned aircraft regulatory requirements and can be equipped with low-altitude safety Remote ID broadcasting and network reporting modules.
Product Features
- Integrated air-ground connectivity: combines reliable low-earth-orbit satellite communication with 5G/4G full-network access for data return in mountains, oceans, deserts, and other base-station blind zones.
- Powerful edge AI: offers 117 TOPS / 157 TOPS INT8 AI computing options and supports mainstream deep learning frameworks.
- Secure and controllable architecture: available with domestically produced chips and compute modules for key-component independence and secure replacement.
- Accurate navigation and safety supervision: built-in Remote ID broadcasting and real-time network reporting, with support for Remote ID monitoring mode.
Application Scenarios
- Emergency rescue: establishes satellite communication links when disaster areas have no ground network, while onboard AI identifies trapped people, damaged buildings, and fire risks.
- Power and infrastructure inspection: performs real-time inference for risks such as damaged insulators, leaning towers, and loose bolts across transmission lines, wind farms, and related sites.
- Urban logistics and low-altitude management: supports BVLOS drone delivery, Remote ID broadcasting, and connected reporting of airspace flight data.
Product Specifications / Technical Information
- AI Computing Power: 117 TOPS / 157 TOPS (INT8)
- CPU: 6-core / 8-core ARM Cortex-A78AE
- Storage: eMMC, expandable NVMe M.2 SSD
- 5G: SA/NSA dual-mode full-network connectivity
- Interfaces: RJ45, USB 3.2 Type-C, DJI PSDK, UART
- Dimensions & Weight: 110 x 90 x 45 mm; approx. 350 g
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