Enabling Wi-Fi and Bluetooth Connectivity in an Embedded Design Using Linux

This class demonstrates enabling Wi-Fi and Bluetooth connectivity into an embedded design. Microchip’s Wireless System-On-Module (WLSOM) is based on MPU integrated with Wi-Fi/BLE combo Link controller, targeted to reduce time to market by simplifying hardware design and software development. (November 2024)

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About this course

Wireless connectivity is crucial for IoT applications, from end nodes and gateways to the cloud. Wi-Fi is increasingly preferred for internet connectivity, while Bluetooth Low Energy (BLE) is ideal for low-power, short-range communication for sensors. This class will teach you how to enable Wi-Fi and Bluetooth connectivity in an embedded design powered by a Linux environment.

Using Microchip’s Wireless System-On-Module (WLSOM), which features an MPU integrated with a Wi-Fi/BLE combo link controller, this class aims to reduce time to market by simplifying hardware design and software development. Attendees will receive hands-on experience in:

  1. Interfacing a sensor with our host controller
  2. Setting up Wi-Fi and BLE interfaces using the SAMA5D27-WLSOM1 EK evaluation board
  3. Establishing connections and exchanging data using these interfaces

By the end of the class, participants will be equipped with practical skills to implement wireless connectivity in their IoT projects.

Looking for additional support? Check out the Microchip Technical Support Portal for additional resources!

 

Curriculum51 min

  • Syllabus
  • Getting Started
  • Introduction 2 min
  • Wireless Applications 1 min
  • Microchip Wireless Solutions 2 min
  • Concepts of Bluetooth Low Energy (BLE)
  • BLE Basics 2 min
  • BLE GATT 5 min
  • Concepts of Wi-Fi
  • Introduction to Wi-Fi 6 min
  • Wi-Fi Connection Procedure 7 min
  • Labs for Monitoring a Heart Rate Sensor with WLSOM1
  • Lab 1 - Building Linux Image for SAMA5D27 WLSOM1-EK Board 7 min
  • Lab 2 - Interfacing Heart Rate Sensor 4 min
  • Lab 3 - Sending the Sensor Data Over Wi-Fi 7 min
  • Lab 4 - Sending Sensor Data Over BLE 8 min
  • Lab Manual
  • Source Code for Labs
  • Feedback
  • Tell us what you think!

About this course

Wireless connectivity is crucial for IoT applications, from end nodes and gateways to the cloud. Wi-Fi is increasingly preferred for internet connectivity, while Bluetooth Low Energy (BLE) is ideal for low-power, short-range communication for sensors. This class will teach you how to enable Wi-Fi and Bluetooth connectivity in an embedded design powered by a Linux environment.

Using Microchip’s Wireless System-On-Module (WLSOM), which features an MPU integrated with a Wi-Fi/BLE combo link controller, this class aims to reduce time to market by simplifying hardware design and software development. Attendees will receive hands-on experience in:

  1. Interfacing a sensor with our host controller
  2. Setting up Wi-Fi and BLE interfaces using the SAMA5D27-WLSOM1 EK evaluation board
  3. Establishing connections and exchanging data using these interfaces

By the end of the class, participants will be equipped with practical skills to implement wireless connectivity in their IoT projects.

Looking for additional support? Check out the Microchip Technical Support Portal for additional resources!

 

Curriculum51 min

  • Syllabus
  • Getting Started
  • Introduction 2 min
  • Wireless Applications 1 min
  • Microchip Wireless Solutions 2 min
  • Concepts of Bluetooth Low Energy (BLE)
  • BLE Basics 2 min
  • BLE GATT 5 min
  • Concepts of Wi-Fi
  • Introduction to Wi-Fi 6 min
  • Wi-Fi Connection Procedure 7 min
  • Labs for Monitoring a Heart Rate Sensor with WLSOM1
  • Lab 1 - Building Linux Image for SAMA5D27 WLSOM1-EK Board 7 min
  • Lab 2 - Interfacing Heart Rate Sensor 4 min
  • Lab 3 - Sending the Sensor Data Over Wi-Fi 7 min
  • Lab 4 - Sending Sensor Data Over BLE 8 min
  • Lab Manual
  • Source Code for Labs
  • Feedback
  • Tell us what you think!