![]() After connecting the 5V and GND of Boost module with ESP32 Cam's 5V and GND, we can power the ESP32 CAM board reliably.then I made a temporary setup on a perf board that has a 5V power source which was a LiPo boost module that you can buy online.First, I flash the ESP32 Cam with the main sketch of this project.Now, before making a PCB Edition of this project, I prepared a simple setup which was this. It does heat white streaming live footage which is a flaw but for a setup like a video recording cam, a cooling fan can be added to decrease the temp of the module. ![]() My point here is, ESP32 CAM can handle all sorts of stuff, from streaming a video to capture images and stuff. I've placed it outside my home and it's still working. Previously, I have made a Security Cam concept with this ESP32 Cam board and it worked. Here's a fun project for this Board, a point-and-shoot camera that will capture an image and save it into the SD Card. It's five volts tolerant which means we can power the ESP32 Cam with a voltage less than 5V, if you provide it a voltage greater than 5V, it will get destroyed. ![]() The WIFI module used in this Version is ESP-32S which has a built-in 32Mbit of Flash and 512KB Internal plus external 4M PSRAM.
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