Maix Bit AI Development Board

Product Description

The Maix Bit AI Development Board is a compact edge-AI development platform based on the Kendryte K210 dual-core 64-bit RISC-V AI processor. It is designed for computer vision, neural-network inference, speech processing, robotics, IoT, and embedded AI projects.

With built-in AI acceleration, on-chip memory, camera connectivity, LCD support, microphone input, and expansion interfaces, the Maix Bit provides a convenient platform for experimenting with real-time AI applications.

The board supports MaixPy (MicroPython) and is suitable for developers, students, hobbyists, makers, and educational AI projects. The included kit provides a 2.4-inch LCD display and M12 camera module with a 4mm lens, allowing users to begin developing vision applications quickly.

AI Processing

The board uses the Kendryte K210 dual-core RISC-V processor with built-in AI acceleration for neural-network applications. It can be used for tasks such as face detection, object recognition, image processing, and other embedded AI inference applications.

Camera & Display Support

The Maix Bit includes a camera interface compatible with supported camera modules such as OV2640 and OV5640. The supplied kit includes an M12 camera module with a 4mm lens.

A 2.4-inch LCD display is included for displaying camera images, AI results, menus, sensor data, and other visual information.

Programming & Development

The board supports MaixPy MicroPython, providing a beginner-friendly development environment for AI and embedded applications. It also provides UART and JTAG debugging support for development and troubleshooting.

Key Features

• Kendryte K210 dual-core 64-bit RISC-V processor
• Built-in neural-network acceleration
• AI vision and inference support
• MaixPy MicroPython support
• OpenMV API compatibility
• Camera interface for supported image sensors
• 2.4-inch LCD display included
• Built-in MEMS microphone
• MicroSD / TF card slot
• GPIO expansion header
• UART and JTAG debugging
• Compact 53.3 × 25.4mm board size
• Suitable for robotics, AI learning, IoT, and education

Technical Specifications

Working Principle

The K210 processor handles application processing and AI inference, while the integrated AI accelerator is used for supported neural-network workloads.

Camera data can be processed for applications such as image recognition and face detection, with results displayed on the included LCD or used to control external devices through the board’s GPIO and communication interfaces.

Typical Application Scenarios

AI Vision

Suitable for face detection, object recognition, image processing, and embedded vision experiments.

Robotics

Can be used as an AI controller for vision-based robots and autonomous systems.

IoT Edge AI

Suitable for performing selected AI processing directly on the device without relying entirely on cloud computing.

Education

Useful for AI, MicroPython, computer vision, and embedded-systems learning projects.

Applications

• AI vision projects
• Face detection
• Object recognition
• Robotics
• Smart cameras
• IoT edge computing
• Speech and audio projects
• Embedded AI development
• Educational projects
• Computer vision research
• MicroPython projects
• AI prototyping

Package Includes

• 1 × Maix Bit AI Development Board
• 1 × 2.4-inch LCD Display
• 1 × M12 Camera Module with 4mm Lens

Documentation & Resources

For Documentation click here

For specifications click here

For Configuring MaixBit with Arduino IDE and tutorials click here

For our other AIOT products click here

Important Note

The supplied product information contains differing memory descriptions, including 8MB on-chip SRAM/128Mbit Flash in the description and 6MB + 2MB AI memory/16MB Flash in the specifications. Please verify the exact hardware revision and memory configuration from the supplied product documentation before making a purchasing or engineering decision.

Product Disclaimer

Product information may vary between manufacturers, suppliers, and production batches. Product images are for illustrative purposes only and may differ from the actual product in colour, component placement, camera design, or other visual details.