Black ESP-8266EX WIFI development board with OTA and 5V 1A power supply

WIFI Development Board Based on ESP-8266EX Arduino Compatible with 11 I/O Pins OTA Wireless Upload Onboard 5V 1A Power Supply Black

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£17.68
Sale price  £17.68 Regular price 
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Black ESP-8266EX WIFI development board with OTA and 5V 1A power supply
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WIFI Development Board Based on ESP-8266EX Arduino Compatible with 11 I/O Pins OTA Wireless Upload Onboard 5V 1A Power Supply Black

£17.68
Sale price  £17.68 Regular price 
ColorBlack

ESP-8266EX WIFI Development Board Arduino Compatible with OTA Wireless Upload and 5V 1A Power Supply

Black ESP-8266EX WIFI development board with OTA and 5V 1A power supply

This WIFI development board integrates the popular ESP-8266EX chipset to provide seamless wireless connectivity in a compact, Arduino-compatible form factor. Designed for makers, hobbyists, and professionals, it eliminates the need for separate Wi-Fi modules, simplifying project builds. The board supports OTA (over-the-air) wireless upload, allowing you to update firmware without physical cable connections. An onboard 5V 1A switching power supply handles input up to 24V, reducing external component requirements. Available in black, this board works with the rduino IDE after a straightforward hardware package installation, making it a practical choice for IoT, sensor, and control projects.

Hardware and Connectivity

Black ESP-8266EX WIFI development board with OTA and 5V 1A power supply

The board is built around the ESP-8266EX, a proven Wi-Fi SoC that provides both processing and wireless networking. The onboard power supply simplifies prototyping, while the I/O pin count supports common sensor and actuator interfaces.

ESP-8266EX Chipset

The ESP-8266EX delivers integrated 802.11 b/g/n Wi-Fi and a 32-bit microcontroller, providing a complete solution for wireless data transfer and device control. This reduces component count and board complexity compared to separate MCU and Wi-Fi module approaches.

I/O and ADC Pins

Eleven general-purpose I/O pins offer flexibility for digital inputs and outputs, plus one ADC pin with an input range of 0-3.3V for analogue sensor readings. This configuration supports common project needs without requiring additional expansion boards.

Onboard Power Supply

The integrated 5V 1A switching regulator accepts a maximum input of 24V DC, enabling direct connection to a wide range of power adapters or batteries. The regulator provides stable 5V to both the board and any connected peripherals, simplifying power management.

Programming and Development

Compatibility with the Arduino ecosystem means developers can leverage existing code, libraries, and community support. OTA wireless upload adds convenience for projects that are difficult to reach physically.

Arduino IDE Compatibility

After installing the ESP8266 hardware package via the Arduino IDE board manager, this board behaves similarly to an Arduino UNO. Existing Arduino sketches can be adapted with minimal changes, and the IDE’s serial monitor aids debugging.

OTA Wireless Upload

Upload new firmware wirelessly over the local network, eliminating the need for a USB cable. This feature is especially useful for enclosed devices, remote installations, or iterative development where frequent reconnection is impractical.

Operating Like Arduino UNO

The board’s programming model and API mirror the Arduino UNO, reducing the learning curve for users already familiar with Arduino. Standard functions like digitalWrite, analogRead, and serial communication work identically.

Practical Use Cases

This WIFI development board suits a wide range of connected projects, from home automation sensors to IoT data loggers. Its compact size and integrated power supply allow installation in small enclosures, and the OTA capability simplifies maintenance.

IoT and Home Automation

Connect temperature, humidity, or motion sensors and relay data to a cloud platform or local server. The ESP-8266EX’s Wi-Fi capability enables remote monitoring and control from a smartphone or web dashboard.

Prototyping and Education

The Arduino-compatible environment makes the board ideal for classroom projects, workshops, and rapid prototyping. Students and hobbyists can quickly test code and hardware without complex setup.

Wireless Data Logging

Log sensor readings to an SD card or transmit them over Wi-Fi to a database. The ADC pin allows analogue sensors to be read, and the I/O pins can trigger alerts or actuators based on thresholds.

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