PICO-CAM-A RP2040 Development Board with Corex M0+ Processor, Built-in Camera, and 1.14" 240x135 LCD Display
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PICO-CAM-A RP2040 Development Board with Corex M0+ Processor, Built-in Camera, and 1.14" 240x135 LCD Display
The PICO-CAM-A development board represents a new generation of development boards, integrating the advanced RP2040 microcontroller from Raspberry Pi, equipped with the computational power necessary for real-time image processing and analysis. This device is designed for a wide range of applications, from simple hobby projects to advanced embedded systems. At the heart of the board is the HM01B0 camera, capable of capturing images in grayscale, making it ideal for applications where motion detection, pattern recognition, or computer vision tasks are crucial. Additionally, the 1.14-inch IPS LCD display with a resolution of 240×135 pixels provides a clear and colorful image, allowing users to immediately verify captured images and interact with the device. PICO-CAM-A also offers versatile connectivity options with USB-C port and support for USB 1.1 as both device and host, enabling easy communication with computers and other devices. High performance, flexibility, and ease of use make this board an excellent choice for electronics professionals and enthusiasts.
Specification:
- Microcontroller: RP2040, designed by Raspberry Pi, UK.
- Processor: Dual-core Arm Cortex M0+ 133MHz.
- RAM: 264KB.
- Flash Memory: 16MB.
- Connector: USB-C.
- Camera: HM01B0, grayscale.
- Display: IPS LCD, 1.14 inches, 240×135, 65K colors.
- USB: Version 1.1, device and host support.
- Power-saving modes: Sleep and dormancy.
- Programming: Drag and drop via USB.
- GPIO: 13 multifunctional pins.
- Time and Temperature: Clock, timer, temperature sensor.
- PIO: 8 programmable I/O state machines for custom peripherals support.
- Supported programming languages: C/C++.
- Additional resources: Rich SDK, developer resources, and tutorials.
Product Features:
- Real-time image capture and analysis.
- Pattern recognition and motion detection using grayscale camera.
- Displaying data and images on a high-quality IPS screen.
- IoT application development using advanced USB communication features.
- Creating custom interfaces and peripherals with programmable I/O state machines and versatile GPIO pins.
Built-in Camera:
Application Example:
Pin Definition:
Module Structure:
- USB-C Connector
- User Button
- BOOT Button
- Reset Button
- GPIO Pins
- RP2040
- HM01B0 Grayscale Camera
- W25Q128
- 1.14-inch LCD Display
Dimensions:
Package Includes:
- PICO-CAM-A RP2040 Development Board x1
Wiki: PICO-Cam-A
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