Description
The Wemos 0.91 Blue Display Oled Nodemcu ESP8266 WIFI Module with a black PCB and soldering option is designed for developers who prefer to solder and customize their projects. The module combines the ESP8266 Wi-Fi chip with a 0.91-inch blue OLED display, which is perfect for displaying real-time data in wireless applications. This soldering version allows for greater flexibility in adapting the module to meet the specific needs of more advanced projects. Whether you are creating an IoT device, a smart sensor network, or a home automation system, this module provides both connectivity and visual feedback in a compact and reliable form factor.
- Blue OLED Display: The 0.91-inch OLED screen displays data clearly and with high contrast, ensuring that information is easily readable even in low-light conditions.
- Soldering Version: Requires soldering, providing greater flexibility and customization for specific system requirements.
- ESP8266 Wi-Fi Connectivity: Enables seamless communication with other devices over a wireless network, ideal for IoT solutions.
- Black PCB: The black PCB adds a professional look and improves the board’s durability.
- Compact Design: The small size allows it to be integrated into a variety of projects, from wearable technology to embedded systems.
Wemos 0.91 Blue Display Oled Nodemcu ESP8266 WIFI Module Specifications
- Display: 0.91 blue OLED
- Wi-Fi Chip: ESP8266
- Voltage: 3.3V
- Interface: I2C interface for OLED communication
- Assembly: Requires soldering for customization
Wemos 0.91 Blue Display Oled Nodemcu ESP8266 WIFI Module Applications
- IoT Projects: Ideal for building IoT solutions where wireless communication and display functionality are needed.
- Smart Devices: Can be used in smart devices for home automation or remote monitoring systems that require both display and wireless control.
- Wireless Sensor Networks: Perfect for environmental monitoring projects, displaying sensor data in real time.
- Embedded Systems: Great for integrating into embedded applications where space and power efficiency are important.