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ESP32 WiFi Camera Lite📖
1.ESP32 camera basic course
  • 1.Development environment
  • 2.Compile and use routine
  • 3.How to update firmware
2.Configure camera on PC
  • Configure camera on PC
3.View video on APP
  • View video on APP
4.Configure camera on MCU
IIC
  • Arduino
  • Microbit
  • STM32
  • MSPM0G3507
  • MSPM0G3519new
  • PICO
  • Raspberry Pi
  • Jetson
  • RDK X5
Serial Port
  • Arduino
  • Microbit
  • STM32
  • MSPM0G3507
  • MSPM0G3519new
  • PICO
  • Raspberry Pi
  • Jetson
  • RDK X5
5. APP remote control servo gimbal
  • 1. STM32 drives the servo gimbal
  • 2.Arduino drives the servo gimbal
  • 3.Pico
  • 4.MSPM0G3507 drives the servo gimbal
  • 5.MSPM0G3519 drives the servo gimbalnew
  • 6. Microbit drives the servo gimbal
  • 7. Raspberry Pi drives the servo gimbal
  • 8. Jetson drives the servo gimbal
  • 9.RDK X5 driving servo gimbal
6. Expansion tutorials
  • ESP32
  • Robot car
Download
  • RemoteCtrl_APP(iOS_Android)
  • 3D_Model_File
  • Code
  • Software_Tools
  • Module_fireware
  • Protocols_Hardware
Download ZIP

Welcome to ESP32 WiFi Camera Lite repository

9.RDK X5 driving servo gimbal

X5 remote control servo gimbal

Note: esp32 camera needs to be burned with factory firmware. If you have not flashed the firmware after receiving the esp32 camera, it does not need to be burned. The factory default firmware is

1. Experimental preparation

  • ESP32 camera

  • X5 development board

  • 2-DOF gimbal

  • 24-channel servo driver board

2. Wiring diagram

Note: Due to insufficient voltage, esp32 camera and 24-channel servo driver board need additional power supply via type-c data cable

x5 motherboardesp32 camera
GPIO22RX
GPIO25TX
GNDGND
n'c5V
X5 motherboard24-channel servo driver board
BOARD8RX
BOARD10TX
GNDGND
5V5V
24-way servo driver boardServo
s5Vertical servo
s6Horizontal servo

Physical connection diagram:

image-20250121170913671

x5 pin diagram:

image-20250121165921552

3. Experimental steps and experimental results

Quick method: You can directly connect to the wifi opened by esp32. The name of this experiment is ESP32_WIFI_TEST. Then the IP address camera information of the mobile app is 192.169.4.1. You can use the app to control the servo

  1. Upload the provided program source code "sunrise_servo.py" file to your own x5 motherboard.

  2. The official image of the x5 motherboard only opens serial port 1 by default. Now you need to open serial port 2 as well. Enter in the terminal,

xxxxxxxxxx
sudo srpi-config

image-20250121171140286

Select Interface Options,

image-20250121171210855

Select I3 Peripheral bus config, look down and see if the serial2 suffix is okay. If not, press Enter to enable it. Then restart the x5 and it will be ready for use.

image-20250121171257606

  1. Open the code just uploaded, and change it to the name and password of the wifi you want to connect to. You can also change the name of the hotspot and the corresponding wifi mode.

image-20250114190657145

  1. Run the program in the terminal, and it will return the IP address of the current network connection and the address of the hotspot.

xxxxxxxxxx
python3 sunrise_servo.py

image-20250121171501034

  1. Use the app to control the movement of the car. After installing the "ESP32Cam" app, open it.

  • On the login page, set it according to the IP obtained by the serial port assistant. If the IP obtained by the serial port assistant is "192.168.2.110", then the configuration is as follows

image-20250122112630139

  • Then click login directly

  • (Optional) If you want to connect to the hotspot of the wifi camera, the IP address must be set to 192.168.4.1, as shown in the figure

image-20250122112637409

  • When the IP address is configured correctly and connected successfully, you can control the servo gimbal through the app console page

Horizontal screen

image-20250122112644653

Note: Every time you restart the app, you need to click the exit button in the upper right corner, then exit and reconfigure the IP address information before logging in

Jetson drives the servo gimbal
ESP32

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