NVIDIA Jetson Nano B01 Carrier Board Highly Integrated AI Development Kit ROS Mini Expansion Board

This highly integrated AI development kit features an ultra-compact carrier board designed to host the official NVIDIA Jetson Nano B01 system-on-module. Perfect for space-constrained projects like drones and robotic arms, it provides students, educators, and makers with a powerful platform for edge AI and robotics.

Compact edge AI computing

Designed for space-constrained robotics, this lightweight carrier board hosts the official Jetson Nano SOM. It features an ultra-compact footprint while offering onboard CSI, USB 3.0, M.2 wireless, and a standard 40-pin GPIO header.

Headless dummy-plug-free booting

Optimised boot logic allows the board to run standalone and boot headless without requiring an HDMI dummy plug. This declutters your low-level wiring while ensuring clean power and stable performance under heavy processing loads.

Full-stack ROS2 development

The platform fully supports AI vision, large-model embodied AI, and TOF LiDAR interfacing. It covers the entire development loop from cloud perception to local execution, making it easier to build intelligent robotic systems.

Seamless Jetson compatibility

Fully aligned with standard Jetson specifications, this board offers seamless plug-and-play compatibility with the official NVIDIA Jetson Nano B01 core module. This ensures hassle-free installation and reliable hardware integration.

Versatile interface layout

The board is equipped with a CSI camera port, high-speed USB 3.0, and a standard 40-pin GPIO header for secondary expansion. It also accommodates an M.2 Wi-Fi card with a hidden antenna for clean wireless connectivity.

Pre-flashed high-capacity storage

The included 64GB microSD card comes pre-flashed with the system image to maximise responsiveness. It provides a fast, reliable storage foundation capable of hosting complex AI models and extensive development logs.

Highly integrated hardware design

A minimalist, highly integrated design drastically shrinks the physical footprint of the carrier board. This makes it incredibly easy to embed into miniature robots, custom enclosures, and creative maker projects.