While the IoT nodes are based on an Arduino-style microcontroller, the "master node" requires a bit more power. This network of connected nodes is designed to be monitored and controlled by a "master node", which injects the necessary 12V/24V DC, provides node management services and a web interface for network administration. The voltage transported in the cables is not 5V (or 3.3V) but rather 12V or 24V to work more comfortably over long distances, potentially reaching 300 meters (1000 feet). These nodes are designed to be connected together in a daisy-chain fashion with a single cable that brings both DC power and CAN-bus networking. How to Transfer IO Configuration to logi.In a previous blog post, we described "SKWARE" our revised Arduino-compatible IoT modules.How to Run AWS Greengrass V2 on RevPi Devices.RevPi Connect works w/o separate monitor/keyboard.How to Read RFID Signals with RevPi Core as Modbus RTU Master.Temperature Measurements with RevPi Core as Modbus TCP Master.Temperature Measurements with RevPi Core as Modbus TCP Slave.How to Use RevPi Core as Modbus TCP Master.How to Use RevPi Core as Modbus RTU Master.How to Configure RevPi Gate for PROFIBUS.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |