NodeMCU ESP8266 Development Board with 0.96″ OLED Display and Type-C USB

SKU: FA2062-3
Microcontroller

Tensilica 32-bit L106 (ESP8266EX)
CPU Clock Speed

80 MHz (Default) / 160 MHz (Boost)
Display Type

0.96" OLED (Blue or White)
Resolution

128 x 64 Pixels
Display Interface

I2C (SSD1306 Driver)
Flash Memory

4MB (32M-bit)
Wireless Support

802.11 b/g/n Wi-Fi (2.4 GHz)
USB Interface

USB Type-C
Operating Voltage

3.3V Logic
Power Input

5V via Type-C or 4.5V–9V via VIN pin
GPIO Pins

11 Digital I/O (PWM, I2C, SPI supported)
Analog Input

1 ADC (10-bit, 0–1V range)
Product Overview
The NodeMCU ESP8266 Development Board with Integrated 0.96″ OLED is a premium, all-in-one IoT prototyping platform. By merging the powerful ESP8266 Wi-Fi microcontroller with a high-resolution 128×64 OLED display, this board eliminates the complexity of external wiring and breadboard clutter.
Featuring a modern Type-C USB interface, it offers superior durability and better power delivery compared to legacy micro-USB boards. Whether you are building a real-time data monitor, a smart home controller, or a portable network diagnostic tool, the integrated display provides immediate visual feedback, making it an ideal choice for both rapid R&D and finished edge-device commercial applications.
Key Features
  • Large Integrated Display: Features a 0.96-inch 128×64 OLED screen, offering double the vertical resolution of standard 0.91″ displays for clearer text and complex graphics.
  • Modern Type-C Connectivity: Equipped with a USB Type-C port for reversible plugging and robust mechanical connection to modern development hardware.
  • High-Stability Serial Chip: Utilizes the CH9102X / CP2102 (model dependent) for high-speed, reliable data transfer and easy driver recognition across Windows, macOS, and Linux.
  • Internal I2C Connection: The OLED is pre-wired to the ESP8266 via internal I2C (SDA/SCL), leaving the remaining GPIO pins free for sensors and actuators.
  • Powerful Wireless Core: Based on the ESP-12F module, providing reliable 2.4GHz Wi-Fi with WPA/WPA2 security support.
  • Versatile Programming: Fully compatible with Arduino IDE, MicroPython, CircuitPython, and Lua, supported by a massive library ecosystem.
Usage & Applications
  1. Smart Home Hubs: Display local weather, time, or sensor readings (like CO2 or temperature) directly on the device.
  2. Network Tools: Build a portable Wi-Fi analyzer or packet monitor that displays SSID names and signal strength on the OLED.
  3. Industrial Monitoring: Use as a standalone sensor node where field technicians can read diagnostic data without needing a handheld terminal.
  4. Education: A perfect “starter” board for STEM students, as the built-in screen provides instant gratification when learning to code.
Q: How do I control the OLED display in my code?

The display uses the SSD1306 driver. In the Arduino IDE, you can use the “Adafruit SSD1306” or the “U8g2” library. Ensure you set the I2C address (usually 0x3C) and the correct SDA/SCL pins in your initialization code.

Q: Can I use this board for battery-powered projects?

Yes. The ESP8266 supports Deep Sleep mode. However, note that the OLED display consumes a small amount of power even when black; for maximum battery life, use the software command to put the display into “Sleep Mode” alongside the CPU.

Q: Does the Type-C port support "Fast Charging"?

No. The Type-C port is designed for standard 5V power delivery and data communication. Please use a standard USB-A to USB-C or USB-C to USB-C cable.

Q: What is the benefit of the 0.96" display over the 0.91" version?

The 0.96″ display provides a 128×64 resolution, whereas the 0.91″ is only 128×32. This gives you double the screen real estate, allowing for larger fonts, multi-line menus, or even small bitmaps and icons.

Q: Is this board suitable for commercial/business procurement?

Yes. The integration of the display onto the PCB reduces assembly time and potential failure points (like loose jumper wires) in small-batch commercial IoT products or internal corporate tools.

Q: Can I disable the Wi-Fi to save power?

Absolutely. You can operate the board in “Modem-Sleep” or “Light-Sleep” modes, or turn off the Wi-Fi radio entirely if your project only requires the microcontroller and the display.

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