• First Trial and test

• 1.1 Introduction of K210 chip
• 1.2 Introduction of development kit

• 2.1 Install CH340 serial port driver
• 2.2 VSCode development environment
• 2.3 Linux development environment

• 3.1 Light up LED
• 3.2 Light up RGB
• 3.3 Serial communication
• 3.4 Dual-core parallel
• 3.5 Independent button interrupt
• 3.6 Timer experiment
• 3.7 PWM breathing light
• 3.8 keypad control RGB
• 3.9 Memory access controller DMAC
• 3.10 LCD display
• 3.11 Touch screen read coordinate data
• 3.12 Camera
• 3.13 TF card reading/writing
• 3.14 Speaker
• 3.15 Mic recording/playing
• 3.16 Watchdog timer
• 3.17 Flash reading/writing
• 3.18 Reading Gyroscope data

• 4.1 Secure Hash Algorithm Accelerator
• 4.2 Advanced encryption accelerator
• 4.3 FFT accelerator
• 4.4 Neural Network Accelerator

• 5.1 Keypad state machine events
• 5.2 lvgl graphical experiment
• 5.3 Horizontal test board
• 5.4 K210 recorder
• 5.5 Face detection
• 5.6 Object detection
• 5.7 Object classification (5 flowers)

• 6.1 Introduction to AT command
• 6.2 WiFi module networking
• 6.3 WiFi module as a server
• 6.4 WiFi module as a client
• 6.5 LAN communication
• 6.6 WiFi module burning firmware

• 1. Install the serial port assistant
• 2. Install CanMV IDE development software
• 3.Flash factory firmware
• 4. IDE import routine
• 5. Call the custom py library
• 6.MicroPython API documentation

• 0. Appendix Import model files to memory card
• 1. Color recognition
• 2. Barcode recognition
• 3. QR code recognition
• 4. Machine code recognition
• 5. Face detection
• 6. Facial feature recognition
• 7. Mask detection
• 8.face recognition
• 9. Object Detection
• 10. Classification of self-directed learning
• 11. Handwritten digit recognition

• 1. Autonomous driving
• 2. Color Follows
• 3. Handwritten digital action
• 4. Color reaction
• 5. Road signs indicate actions
• 6. Follow machine code
• 7. QR code command
• 8. Gimbal tracking color
• 9. PTZ tracking face