Introducing ESP32CAM-PSRAM: The Ultimate Image Recognition Development Board
Powerful Hardware: The ESP32CAM-PSRAM development board is packed with advanced hardware components, including the ESP32 chip with 4MB Flash, 520KB RAM, and an additional 4MB PSRAM. This combination of resources provides ample processing power and storage capacity to handle complex image recognition tasks.
High-Quality Imaging: Equipped with a 2-megapixel camera (OV2640), the ESP32CAM-PSRAM captures clear and detailed images, allowing for accurate image recognition and analysis. The camera’s capabilities can be further leveraged by optimizing the software, enabling output of higher resolution images to suit your specific needs.
Ample Storage: The ESP32CAM-PSRAM offers abundant storage capacity with its extra 4MB PSRAM. This ensures that you have enough space to store a large number of images, facilitating seamless image processing and analysis.
Wireless Image Transmission: With built-in Wi-Fi support, the ESP32CAM-PSRAM enables convenient image transmission wirelessly. It means this device allows users to effortlessly send captured images to other devices or cloud services for further analysis or storage.
Easy Debugging: It is equipped with a USB Type-C port, which allows for easy debugging and programming. This ensures a smooth development process and enables efficient testing and troubleshooting of your image recognition applications.
Preloaded Software: The hardware of the ESP32CAM-PSRAM comes with preloaded software, developed using ESP-IDF, which is designed to run a Wi-Fi camera application, providing a ready-to-use solution for image recognition projects. Moreover, it allows people to customize and optimize the software according to their requirements.
Unlock the power of image recognition with the ESP32CAM-PSRAM. With its powerful hardware, high-quality camera, ample storage, wireless capabilities, and preloaded software, it offers a comprehensive solution for developing and deploying image recognition applications with ease and efficiency.
- Power the board via USB type-C or GROVE
- Use your phone to Wi-Fi scan an AP name start with ‘m5stack-‘ and click to connect this AP.
- Open up web browser on your phone and visit 192.168.4.1
- Then here comes the picture. Video is about 5-6 frames per seconds. not super fast.
- CP2104 USB-to-TTL converter
- ESP32-WROVER (PCB Antenna)
- WIFI image transmission
- OV2640 Camera
- Camera Field of View : 150 degree
- 1 x ESP32CAM-PSRAM（Without Casing）
- 1 x Camera (OV2640)
- Time-lapse photography
- IoT monitoring
|Maximum resolution||2M pixel|
|Output format||YUV(422/420)/YCbCr422,RGB565/555,8-bit compressed data,8-/10-bit Raw RGB data|
|CCD Size||1/4 inch|
|Package Size||136* 92* 13mm|