Microchip IoT

PIC32MZ "W1" Wi-Fi® MCU IoT Development Boards

Get your things on the Internet in 30 Seconds Flat with the PIC32MZ "W1" Wi-Fi® MCU IoT boards!

There is no faster way to get your sensors and actuators connected. We have collaborated with the top cloud providers to offer you the simplest and most effective way to give your Things the power of the Internet.

PIC32MZW1 Wi-Fi® MCU Module Family

If You Already Have a PIC32MZ "W1" Wi-Fi® MCU IoT Board:

Connect the PIC32MZ "W1" Wi-Fi® MCU IoT board to your laptop using a standard micro-USB cable
Open the MSD drive
Click on clickme.html

Don’t have a PIC32MZ "W1" Wi-Fi® MCU IoT Board?

Choose one from the list below

IoT Development Boards

Pick your development board below to see all of the exciting things you can do with the PIC32MZ "W1" Modules!

PIC32MZW1 Curiosity Board

Buy Now

WFI32-IoT Board

Buy Now

Trust&Go Wi-Fi MCU module

WFI32E01PC is a class leading Wi-Fi MCU module, combining high-performance 32-bit MCU, robust Wi-Fi, and advanced Trust&Go security. WFI32E01PC contains a highly efficient MCU Core with numerous high-precision peripherals, such as dual 12-bit ADCs, integrating three systems elements into one!

Security

The WFI32E01PC Wi-Fi module features Trust&Go technology, which provides advanced hardware security and authentication. It is pre-provisioned for three leading cloud platforms; AWS, GCP, and Azure.

Easy-to-use development tool

MPLAB Harmony is a fully integrated embedded software development framework that provides flexible and interoperable software modules to simplify the development of value-added features, such as WLAN, and reduce your product’s time to market.

What's Next

Explore your development board by adding sensors and actuators. Visualize more sensor data, add cloud-controlled actuators and start building your custom design.

1 Build Your Sensor Code

2 Add More Sensor Data

3 Implement a Cloud-Controlled Actuator

Explore more tutorials in GitHub

Connect the board to your own AWS account
The board is registered to Microchip AWS account out-of-box. You can transfer the board from Microchip AWS account to your own aws account by following the relevant steps for Curiosity / WFI32-IoT board.
Add voice commands
You can easily control your board with a smart speaker by adding voice control commands in your AWS account. Please follow detailed instructions for Curiosity / WFI32-IoT board.
Full getting-started user guide with more details
All the other instructions are available in the getting-started webpage at GitHub. Please follow the relevant guide for Curiosity / WFI32-IoT board.