Introducing the FLYC-300: A Breakthrough in AI Computing for Unmanned Systems
Neousys Technology has unveiled the FLYC-300, the newest member of it’s NVIDIA Jetson-powered computing lineup. Weighing only 297 grams and delivering an notable 100 TOPS of AI performance, the FLYC-300 is engineered for a diverse array of advanced applications in unmanned systems, including UAVs (unmanned aerial vehicles), UGVs (unmanned ground vehicles), and autonomous mobile robots.
The Versatility of Drones and Robotics
The agility and operational simplicity of drones and robotic systems have rendered them essential across multiple sectors.Their applications span inspection, logistics, emergency response, security, agriculture, and environmental monitoring. The FLYC-300 enhances these capabilities with its advanced AI processing,enabling features such as autonomous navigation,object recognition,real-time data analysis,and SLAM (Simultaneous Localization and Mapping).
Thorough Connectivity Options
To support a wide range of sensing and perception tasks, the FLYC-300 is equipped with 2 Ethernet ports, 2 USB 3.2 ports, and 2 GMSL2 ports. This configuration allows for the integration of various sensors,including RGB,infrared,hyperspectral,HDR,and high-resolution cameras. Furthermore, built-in UART and CAN support ensures smooth dialog with flight controllers, vehicles, or robotic systems.
Power and Compatibility Features
The FLYC-300 is designed to accommodate a broad voltage input range, supporting battery packs from 4S to 14S (or 12V to 60V DC input) through its XT30 DC-IN connector, making it suitable for drone applications. Additionally, it is indeed compatible with 5G and 4G modules, enabling real-time transmission of images, videos, and data. The FLYC-300 is available in configurations with or without an enclosure, catering to various integration needs.
Expert Insights
Neil Liu, the product manager at Neousys Technology, stated: “The FLYC-300 is a lightweight AI computing solution crafted to elevate unmanned systems by merging advanced vision capabilities with the powerful and efficient NVIDIA Jetson System on Module. Its low-SWaP design and versatile interfaces facilitate easy integration and deployment, providing unmatched AI performance for drones and robotics.”
