AS-Interface (AS-i) Implementation
Introduction to AS-Interface (AS-i) for simple binary sensor and actuator networking, and how ESP32 could interface with AS-i gateways.
AS-Interface (AS-i) Implementation Read More »
Introduction to AS-Interface (AS-i) for simple binary sensor and actuator networking, and how ESP32 could interface with AS-i gateways.
AS-Interface (AS-i) Implementation Read More »
Explore DeviceNet, a CAN-based industrial network, and its potential implementation aspects with ESP32 for sensor/actuator networks.
DeviceNet Protocol Implementation Read More »
Learn about implementing EtherCAT slave devices with ESP32 (typically requiring dedicated EtherCAT slave controllers) for high-performance automation.
EtherCAT Slave Implementation Read More »
Understand PROFINET IO basics for ESP32. Explore Industrial Ethernet for real-time automation, device models, and communication services.
PROFINET Protocol Basics Read More »
Introduction to implementing PROFIBUS-DP slave functionality on ESP32 (with external ASIC/FPGA) for factory automation and process control.
PROFIBUS-DP Implementation Read More »
Learn about LonWorks protocol integration with ESP32 for building and industrial automation, focusing on its peer-to-peer communication model.
LonWorks Protocol Integration Read More »
Explore BACnet (Building Automation and Control Networks) on ESP32. Integrate devices into building management systems (BMS) over IP or MS/TP.
BACnet Protocol Implementation Read More »
Introduction to DNP3 (Distributed Network Protocol) for ESP32. Understand its use in utility automation (electric, water) and SCADA systems.
DNP3 Protocol Basics with ESP-IDF Read More »
Implement RS-422 full-duplex serial communication with ESP32 for point-to-point or multi-drop industrial applications requiring higher data rates.
RS-422 Full-Duplex Communication Read More »
Interface ESP32 with RS-485 transceivers for robust, long-distance serial communication in noisy industrial environments. Handle half-duplex.
RS-485 Interface Implementation Read More »