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esp32-cam-module

STDesp32-cam-module

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Creation time:2021-05-11 16:52:26Update time:2021-11-07 03:10:13

Description

Front and Back

How to use:

  • charge via micro USB - it only charges while being tuned ON
  • when turned on, the device tries to connect to the default Wifi
  • create a Hotspot with the default credentials (ESP-Node : letmestreammydata)
  • search for clients IP
  • open webpage over the IP
  • request picture or livestream

 

example on Android

Raspberry Pi as Node recommended

 

API

Analyse network traffic from webinterface for all options

 

some Examples

take picture with specific settings
GET http://192.168.43.11/capture?_cb=1627849379127

stream video
GET http://192.168.43.11:81/stream

edit options
GET http://192.168.43.11/control?var=brightness&val=-1
GET http://192.168.43.11/control?var=framesize&val=6

 

 

Troubleshooting

  • turn the device off and on again
  • charge device shortly (turned on) and then unplug charge cable
  • press reset button (sandwiched under the sd card slot)

 

How to flash new code

  • get USB TTL programmer
  • connect RX,TX and GND
  • turn device on
  • confirm flash mode on serial monitor
  • flash through Arduino IDE
  • default code in Attachments

 

turn on power on device

Arduino Settings

General tutorial how to setup IDE for ESP-32-Cam

 

Module Components

 

ESP32-Cam:

  • OV2640 Camera long


Charge & Protection Board

  • Micro USB 5V 1A
  • undervoltage protection (cuts off later than battery internal protection board)
  • TP4056 chip

 

Boost Board:

  • input DC 2,6 ~ 4,5 V
  • output DC 5V ± 3%
  • maximum output: 5V/1.3A

 

Battery

  • 300mAh (lasts for ~30min)
  • internal protection

Design Drawing

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BOM

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Attachments

OrderFile nameDownload times
1
CameraWebServer.zip
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Intellectual Property Statement & Reproduction Instructions

This is an open-source hardware project. All intellectual property rights belong to the creator. The project is shared on the platform for learning, communication, and research only; any commercial use is prohibited. If your intellectual property rights are infringed on EasyEDA, please notify us by submitting relevant materials in accordance with the Rules for Complaints and Appeals of IPR Infringement.

Users must independently verify the circuit design and suitability when replicating this project. All risks and consequences are borne by the user, and the platform assumes no liability.

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