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ESP32 CAM-Entwicklungsplatine, 8 MB PSRAM, WiFi/Bluetooth, OV2640, internes 520 KB SRAM, Unterstützung für Lwip, FreeRTOS, Arduino

ESP32 CAM-Entwicklungsplatine, 8 MB PSRAM, WiFi/Bluetooth, OV2640, internes 520 KB SRAM, Unterstützung für Lwip, FreeRTOS, Arduino von CyConncet
14,99 €
Versand: 3,99 €

Lieferbedingungen:
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Produktbeschreibung

ESP32-CAM is a low-cost ESP32-based development board with onboard camera, small in size. It is an ideal solution for IoT application, prototypes constructions and DIY projects. The board integrates WiFi, traditional Bluetooth and low power BLE , with 2 highperformance 32-bit LX6 CPUs. It adopts 7-stage pipeline architecture, on-chip sensor Hall sensor, temperature sensor and so on, and its main frequency adjustment ranges from 80MHz to 240MHz.Fully compliant with WiFi 802.11b/g/n/e/i and Bluetooth 4.2 standards, it can be used as a master mode to build an independent network controller, or as a slave to other host MCUs to add networking capabilities to existing devices ESP32-CAM can be widely used in various IoT applications. It is suitable for home smart devices, industrial wireless control, wireless monitoring, QR wireless identification, wireless positioning system signals and other IoT applications. It is an ideal solution for IoT applications. Development tools compatible: Arduino, VSCode Platform IO. There are a large number of public library files available, such as uart, i2c, pwm.ble, wifi. OTA upgrade.led.gpio and other configuration routines. As a programmer, I know the importance of reference code, which can facilitate us to quickly implement demos. Another advantage of the large capacity of esp32 cam is that there is enough memory support for running camAI routines. Routines such as object recognition can be run through third-party libraries such as edgeimpluse (which can generate Arduino library files). Notes: 1.Please be sure that the power supply for the module should be at least 5V 2A, otherwise maybe there would be water ripple appearing on the image. 2.ESP32 GPIO32 pin is used to control the power of the camera, so when the camera is in working, pull GPIO32 pin low. 3.Since IO pin is connected to camera XCLK, it should be left floating in using, and do not connect it to high/low level. 4.The product has been equipped with default firmware before leaving the factory, and we do not provide additional ones for you to download. So, please be cautious when you choose to burn other firmwares.