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SkyCab Unmanned Aerial Vehicle Computing Terminal
SkyCab is a lightweight airborne computer with AI algorithms for drone industry applications, which adopts NVIDIA Xavier NX arithmetic module with a maximum arithmetic power of up to 21 TOPS, and the module adopts the standard hardware interface of DJI OSDK/PSDK, which can be used to dock with DJI M30, M350 and other drones directly through the supporting coaxial cable, and the XSDK interface integrates USB, UART and Ethernet ports for external third-party mounts to achieve a greater degree of empowerment. The XSDK interface integrates USB, UART, and Ethernet ports, which can be used for external third-party mounting to achieve a greater degree of empowerment of the drone.
Weight
Approx. 145g including antenna and basic stand
Size
84*56.5*30mm
Vision Accelerator
7-channel VLIW vision processor
Deep Learning Accelerator
2 NVIDIA engines
Computing Capabilities
21TOPS
Solid-state Storage
128 emmc + expandable TF card slot
Equipment power consumption
2300w peak + 350w standby
RAM
8/16GB 128-bit LPDDR4x59.7GB/s
Meteorological Detection
Wind speed, wind direction, rainfall, temp, Humidity, Barometric Pressure
Functional Advantage
Grid Deployment
Users can deploy Docking Stations on a grid basis to achieve full coverage of the management area, and Drone can operate in a grid-based checkerboard fashion, selecting the nearest Docking Station to land, recharge automatically and go on to the next mission.
Five-minute Turnaround Time
Creating a five-minute Drone attendance circle, Drone takes off from the Docking Station within two minutes after receiving the command and arrives at the designated task site within three minutes to meet the emergency requirements
Remote Control and Scheduling in the Cloud
Managers in the command centre can plan routes and tasks for Drone through the remote scheduling system, can schedule Drone, complete remote control of Drone in the management area, and Drone will upload the collected data to the cloud.
Fully Automatic Flight
SkyCab Drone system, according to industry scenarios customised automatic flight algorithms, to achieve Drone autonomous take-off, autonomous inspection, accurate landing, without manual control, automatic flight operations, just through the WEB or PAD end of the set inspection, patrol routes, remote one-key flight operations.
4G/5G Communication Transmission
Real-time control of Drone flight trajectory, flight area and gimbal angle through 4G/5G network connection, etc. 5G network has low latency, large bandwidth, accurate positioning, and is not limited by distance.
AI Recognition of Behaviour and Data Analytics
When Drone receives the task, it automatically searches for the inspection target, locks it and shoots the forensic evidence through the mounted gimbal. When the cloud diagnoses that the inspection target may have defects, Drone automatically adjusts the trajectory to shoot from multiple angles, realising real-time image identification and analysis in the cloud.
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