The WFI32-IoT Development Board is a compact and easy-to-use development board to develop Internet-of-Things (IoT) applications with the WFI32E01PC module, a highly integrated Wi-Fi MCU module supporting smart Wi-Fi functionalities and premium MCU features. The board also includes an on-board debugger, PICkit On-board 4 (PKOB4), and requires no external hardware to program and debug the WFI32 module.
The WFI32-IoT board provides the most simple and effective way to connect your embedded application to cloud IoT platforms such as AWS and Azure.
To help designers quickly build a prototype and demonstrate the cloud connection, the WFI32-IoT board has an on-board temperature sensor and light sensor which can be used to collect environment data and transmit it to a cloud server. The board also contains a mikroBUS™ Click header for users to expand the functionalities by connecting to various mikroBUS™ add-on boards.
Out of the box, the WFI32 comes preloaded with a firmware image that enables you to quickly connect and send data to the AWS Cloud using the on-board temperature and light sensors. And users can easily build their own custom projects with software libraries and example codes provided in Harmony v3.
Getting Started Guide: WFI32-IoT Quick Start Guide
MPLAB® X Integrated Development Environment (IDE) v5.40 or later, please refer to: MPLAB-X
MPLAB® XC32 Compiler v2.41 or later, please refer to: XC-Compiler
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Getting Started with Microchip WFI32-IoT Board | Link | ||
WFI32-IoT Board User's Guide | PDF | HTML | ||
Design low power applications using the WFI32-IoT board | Link | ||
Perform low power measurements on the WFI32-IoT Board | Link | ||
WFI32-IoT Board Azure Plug-and-Play Demo | Link | ||
Amazon Frustration Free Setup for PIC32MZ-W1 and WFI32E01 | Link | ||
WFI32-IoT Development Board Design Document | Download | ||
WFI32-IoT Board Regulatory Approval Documentation | Download |
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PIC32MZ-W1 UART to Any Cloud | 15 Sep 2022 | Link | Application Notes |
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PIC32MZ1025W104132 | MIPS32® M-Class Wi-Fi® MCU SoC With Industry-Leading, Low-Power Connectivity and High-Performance Crypto Acceleration | PIC32MZ1025W104132 | MIPS32® M-Class Wi-Fi® MCU SoC With Industry-Leading, Low-Power Connectivity and High-Performance Crypto Acceleration |
WFI32E01PC | Global Regulatory Certified, RF Ready, Compact Wi-Fi® MCU Module With PCB Antenna and Trust&GO Security | WFI32E01PC | Global Regulatory Certified, RF Ready, Compact Wi-Fi® MCU Module With PCB Antenna and Trust&GO Security |
WFI32E01PE | Global Regulatory Certified RF Ready Wi-Fi® MCU Module With PCB Antenna | WFI32E01PE | Global Regulatory Certified RF Ready Wi-Fi® MCU Module With PCB Antenna |
WFI32E01UC | Global Regulatory Certified RF Ready Wi-Fi® MCU Module With U.FL Connector and Trust&GO Security | WFI32E01UC | Global Regulatory Certified RF Ready Wi-Fi® MCU Module With U.FL Connector and Trust&GO Security |
WFI32E01UE | Global Regulatory Certified RF Ready Wi-Fi® MCU Module With U.FL Connector | WFI32E01UE | Global Regulatory Certified RF Ready Wi-Fi® MCU Module With U.FL Connector |