X
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi
WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi

WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi Bluetooth BLE

Product ID : 51265407


Galleon Product ID 51265407
Shipping Weight 0.02 lbs
I think this is wrong?
Model N.A.
Manufacturer CANADUINO
Shipping Dimension 5.16 x 3.07 x 0.39 inches
I think this is wrong?
-
1,696

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

Pay with

WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi Features

  • ESP32 D1 Mini Wi-Fi enabled 32 bit Microcontroller development boards

  • Compatible With Arduino 32bit, max. 240MHz Dual-Core Processor

  • Wi-Fi + Bluetooth 4.0 + BLE module

  • 4MB (32Mbit) Flash Memory

  • 50 times more processing power than ATmega328P


About WeMos D1 Mini ESP32 Minikit Dual Core 240MHz Wi-Fi

WeMosD1 Mini ESP32 is an extremely powerful Wifi + Bluetooth + BLE module with the ESP32 WROOM 32 bit Dual Core microcontroller. It is compatible with Arduino IDE, coming with 4MB Flash Memory, and max. 240MHz clock speed. ESP8266 based development boards are the perfect core for your Internet Of Things project or tiny web server. This D1 Mini compatible module is 30-50 times faster than an ATmega328 and comes with plenty of memory (4MB = 32Mbit). The header can be used to attach other WeMos D1 form factor compatible shields. Please pay attention when you connect another active periphery to the I/O pins because this is a 3.3V logic level device and higher levels on any pin will destroy it. The max. input voltage for the analog pin is 3.2V.