Beetle RP2350 Development Board

This guide walks you through the process of downloading the Arduino IDE and installing the RP2350 SDK, including adding a JSON link, using board management, and selecting the right development board.

In this section, we will start using the Beetle RP2350 mainboard by lighting up an LED.

This article offers a comprehensive guide on using Arduino for GPIO digital write, detailing hardware setup, wiring connection, and sample code to illuminate an LED module, specifically utilizing the Beetle RP2350 board.

This article provides step-by-step guidance on using Arduino GPIO for digital read operations, including hardware setup, wiring diagrams, and sample code for controlling an LED with a button module.

This article showcases how to use Arduino's GPIO pins for reading analog signals with sample code, wiring instructions, and insights into ADC conversion using the Beetle RP2350 and an analog angle sensor.

This article offers a comprehensive guide to using Arduino GPIO PWM, including sample code for controlling LED brightness through pulse width modulation, with practical applications in various fields.

The article provides a comprehensive guide on setting up UART communication using Arduino with Beetle RP2350 and GR10-30 gesture sensor, including hardware requirements, software setup, wiring diagram, and sample code for effective communication integration.

This article guides you through setting up I2C communication on Arduino using the Beetle RP2350 and GR10-30 Gesture Recognition Sensor, complete with hardware requirements, wiring diagrams, and sample code ensuring effective gesture detection and data display via the Arduino IDE serial monitor.

This article explores Arduino-SPI communication, detailing hardware and software setups with DFRobot components. It includes a sample code that demonstrates the integration of a TFT display, providing a practical guide for enthusiasts to effectively utilize SPI interfaces in their projects.