wbz451
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MicrochipTech / pic32cxbz2_wbz45x_ble_can_bridge
"IoT Made Easy!" - This application serves as an illustration of how to extend a CAN network wirelessly using BLE. The CAN-BLE Central Device connects to the CAN-BLE Peripheral Device and establishes a BLE link using Microchip's proprietary Transparent UART Profile for CAN data transfer.
Language:C 7"IoT Made Easy!" - This application demonstrates the use of an OLED Display interfaced with WBZ451 Curiosity Board. The text send from Mobile App is shown on the OLED Display connected to WBZ451 Curiosity Board.
Language:C 7"IoT Made Easy!" - Home Thermostat solution using Zigbee 3.0. The Home Thermostat enables us to set the temperature using a Thermostat Panel, get the current temperature through Multisensor and switch on/off the air conditioner based on the current and set temperature and control the set temperature using a Zigbee Coordinator.
Language:C 7"IoT Made Easy!" - Application to control the RGB led on WBZ451 Curiosity board using T10 Board and Microchip Bluetooth Data(MBD) iOS/Android app
Language:C 5"IoT Made Easy!" - This example application helps us to develop a request-response protocol using Modbus stack. The WBZ451 curiosity board acts as a client device or server device and Bluetooth(BLE) peripheral device.
Language:C 5"IoT Made Easy!" - Smart Thermostat solution using Zigbee 3.0 and Wi-Fi. The Smart Thermostat enables us to set the temperature using a Thermostat Panel, get the current temperature through Multisensor and switch on/off the air conditioner based on the current and set temperature and publish the same data onto MQTT through a Zigbee Gateway.
Language:C 5"IoT Made Easy!" - Microchip IoT Solutions for Smart Garage Door Opener
"IoT Made Easy!" - This application demonstrates the integration of the E-PAPER Display and BLE stack on the PIC32CxBZ2/WBZ451 device.
Language:C 4"IoT Made Easy!" - This application demonstrates the integration of the OLED Display and Zigbee (Combined Interface) stack on the PIC32CxBZ2/WBZ451 device. The temperature and humidity measurements from the Zigbee Multisensor device are displayed on the OLED C click.
Language:C 4"IoT Made Easy!" - This Zigbee (End Device) multi-sensor application will read temperature and humidity data from TempHum13 click board and report the same to devices in the Zigbee network.
Language:C 4"IoT Made Easy!" - This application shows how to use TensorFlow Lite to build a basic machine learning application on a PIC32CX-BZ2 / WBZ451 device. The application classifies the orientation of the WBZ451 Curiosity board using a pretrained TensorFlow model, and then sends the classification result to an MBD App.
Language:C 2"IoT Made Easy!" - This application demonstrates on how to create a BLE Proximity monitor and Proximity reporter application on WBZ451 Curiosity board. This application also illustrates the use of the Services provided by the Proximity profile.
Language:C 2"IoT Made Easy!" - This repository gives the details to create an MCC base project from scratch that includes all code and Firmware architecture to use Transparent Credit Based Profile through simple set of APIs
Language:C 2"IoT Made Easy!" - These example applications add Wi-Fi connectivity using WINC1500 to WBZ451 Host, a BLE+15.4 capable device
Language:C 2"IoT Made Easy!"- This application demonstrates multiprotocol capabilities of PIC32CXBZ2/WBZ45x by acting as both a BLE and Zigbee CI device. This application showcases a Zigbee BLE Bridge, allowing a smartphone to connect to a Zigbee network via a BLE connection created by the WBZ451 device.
Language:C 2IoT Made Easy!-This application shows how to connect a Zigbee network to the cloud using the WBZ451 and WFI32 devices.
Language:C 2