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This kit is the ideal solution for those who want to start to prototype...
Prototype with ARDUINO / GENUINO boards without having a lot of wires...
Easily adapt SMD devices to 2.54mm prototyping breadboards.
Prototype with ARDUINO / GENUINO boards without having a lot of wires...
Prototype with
ESP32, ESP8266
ARDUINO
made easy
Prototype with
Arduino / Genuino
made easy
Use Arduino MKR family boards with Arduino UNO form factor.
On-board bidirectional level shifting (5V <-> 3.3V) on each digital pin
and clipping voltage at 3.3V on each analog input pin.
Prototype with
PIC microcontrollers
made easy
Prototype with
ESP32, ESP8266
ARDUINO
made easy
Prototype with
Arduino / Genuino
made easy
Prototype with
PIC microcontrollers
made easy
Prototype with
ESP32, ESP8266
ARDUINO
made easy
Use Arduino MKR family boards with Arduino UNO form factor.
On-board bidirectional level shifting (5V <-> 3.3V) on each digital pin
and clipping voltage at 3.3V on each analog input pin.
The IoT Proto Shield Plus is designed to let you easily prototype with ESP32, ESP8266 and ARDUINO NANO boards. Swapping from ESP32 to ESP8266 to NANO, is fast and easy. On-board rotary encoder, touch sensor, potentiometer, LEDs and a wide variety of Plug and Play sockets for the most common additional modules, make easy to quickly setup your testing...
The IoT Proto Shield Plus is designed to let you easily prototype with ESP32, ESP8266 and ARDUINO NANO boards. Swapping from ESP32 to ESP8266 to NANO, is fast and easy. On-board rotary encoder, touch sensor, potentiometer, LEDs and a wide variety of Plug and Play sockets for the most common additional modules, make easy to quickly setup your testing...
The IoT Proto Shield Plus is designed to let you easily prototype with ESP32, ESP8266 and ARDUINO NANO boards. Swapping from ESP32 to ESP8266 to NANO, is fast and easy. On-board rotary encoder, touch sensor, potentiometer, LEDs and a wide variety of Plug and Play sockets for the most common additional modules, make easy to quickly setup your testing...
Prototype with ARDUINO / GENUINO boards without having a lot of wires tangled together. Swapping from UNO / LEONARDO to NANO, MICRO or MINI is fast and easy. On-board pushbuttons and LCD header make easy to quickly setup an HMI for your testing environment.
Prototype with ARDUINO / GENUINO boards without having a lot of wires tangled together. Swapping from UNO / LEONARDO to NANO, MICRO or MINI is fast and easy. On-board pushbuttons and LCD header make easy to quickly setup an HMI for your testing environment.
This kit is the ideal solution for those who want to start to prototype and experiment with ARDUINO / GENUINO. Prototype with ARDUINO / GENUINO boards without having a lot of wires tangled together. Swapping from UNO / LEONARDO to NANO, MICRO or MINI is fast and easy. On-board pushbuttons and LCD header make easy to quickly setup an HMI for your...
Use Arduino MKR family boards with Arduino UNO form factor. On-board bidirectional level shifting (5V <-> 3.3V) on each digital pin and clipping voltage at 3.3V on each analog input pin.
Combine the versatily of the PROTO SHIELD Plus with the new Arduino MKR family boards. Prototype with ARDUINO boards without having a lot of wires tangled together. Swapping from an Arduino board to another is fast and easy. On-board pushbuttons and LCD header make easy to quickly setup an HMI for your testing environment.
This kit is the ideal solution for those who want to start prototyping and experiment with the new ARDUINO MKR family boards, it includes all you need to "plug and play" the MKR WiFi 1010 board. Combine the versatily of the PROTO SHIELD Plus with the new Arduino MKR family boards.
Do you need to work with the good old 16x2 LCD display? Then just plug it into the IoT Proto Shield Plus and you are ready to go!
If you need a small display in your project, just plug an SSD1306 128x32 OLED display module into the IoT Proto Shield Plus and you are ready to go!
If you need a display in your project, just plug an SSD1306 128x64 OLED display module into the IoT Proto Shield Plus and you are ready to go!
I2C is widely used for attaching peripheral ICs to processors and microcontrollers, let's take a look at this bus is implemented in the IoT Proto Shield Plus.
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