HWGATL ESP32-C3 Development Board - SuperMini WiFi And Bluetooth

HWGATL ESP32-C3 Development Board — SuperMini WiFi & Bluetooth for Arduino

Meet the HWGATL ESP32-C3 Development Board, a compact and capable platform tailored for Arduino enthusiasts, makers, and IoT project builders who need reliable WiFi and Bluetooth in a small form factor.

• Form Factor: SuperMini development board designed for tight enclosures, portable prototypes, and space-constrained projects.
• MCU & Core: ESP32-C3 with a 32-bit RISC-V core, delivering solid performance for hobbyist and professional IoT applications.
• Connectivity: Integrated 2.4 GHz WiFi and Bluetooth Low Energy (BLE) for wireless sensor networks, remote control, and smart devices.
• Power & Regulator: Accepts 3.3V–6V input with an onboard regulator to simplify power sourcing on varied projects.
• Arduino IDE Compatibility: Ready-to-program with the Arduino ecosystem, leveraging familiar libraries, examples, and workflows.
• Operating Temperature: Wide operating range from -45°C to 85°C, suitable for challenging environments.
• Package & Customization: SMD package with a customizable voltage regulator, supporting flexible power design choices.
• I/O & Interfaces: Standard GPIOs with support for I2C, SPI, UART, PWM, and other common peripherals for sensors and actuators.

The ESP32-C3 development board excels in real-world IoT scenarios: quick sensor data logging to the cloud, smart home controllers, remote monitoring, and portable prototypes that require reliable wireless connectivity. Its Arduino IDE compatibility and compact footprint make it accessible for beginners while remaining powerful enough for advanced projects.

FAQ

Q: What is the ESP32-C3 development board?
A: The ESP32-C3 development board is a compact ESP32-C3-based platform built for Arduino users, combining WiFi and Bluetooth LE in a small form factor for flexible IoT projects.

Q: Is the ESP32-C3 development board compatible with Arduino IDE?
A: Yes, the ESP32-C3 development board works with the Arduino IDE, enabling straightforward coding, libraries, and examples for rapid prototyping.

Q: What connectivity does the ESP32-C3 development board offer?
A: It provides built-in WiFi and Bluetooth LE via the ESP32-C3 MCU, ideal for IoT devices, sensors, and remote control applications.

Q: How is the power supplied to the ESP32-C3 development board?
A: The board accepts 3.3V–6V input through an onboard regulator, which keeps your ESP32-C3 operating reliably across projects.

Q: What is the form factor of the ESP32-C3 development board?
A: It’s the SuperMini ESP32-C3 development board, designed for compact enclosures and portable deployments without sacrificing capabilities.

Q: What operating temperature range does the ESP32-C3 development board support?
A: It supports from -45°C to 85°C, enabling use in a wide range of environments and climates.

Q: What interfaces are available on the ESP32-C3 development board?
A: It exposes common interfaces like GPIOs, I2C, SPI, UART, and PWM to connect sensors, displays, and other peripherals.

Q: Who is the ESP32-C3 development board ideal for?
A: It’s ideal for DIY makers, IoT developers, and engineers who want WiFi and Bluetooth connectivity in a small, Arduino-friendly package.

Q: How does this board compare to larger ESP32 boards?
A: It delivers the same ESP32-C3 core capabilities (WiFi/Bluetooth) in a smaller footprint, making it the smart choice when space and weight matter.

Q: Does the board include a voltage regulator?
A: Yes, it features an onboard regulator and a customizable power path suitable for 3.3V–6V input, simplifying power management on diverse projects.

Q: Is there documentation or community support for the ESP32-C3 development board?
A: You’ll find Arduino IDE guides, example sketches, and a growing community of ESP32-C3 developers sharing tips and best practices.

Q: Where can I buy the ESP32-C3 development board?
A: The HWGATL ESP32-C3 development board is available from DIY channels and catalog listings for hobbyists and professionals alike, with the same trusted hardware you expect from a dedicated maker board.