STM32 DMX Receiver: Reading All 512 Channels with the IS3710
Receiving DMX512 on an STM32 usually means building your own receiver around a UART: detect the break that starts every packet, count the slots, handle framing errors and store the…
Arduino DMX Receiver: Controlling an RGB LED with the IS3710
Receiving DMX512 on an Arduino UNO is harder than it looks. DMX runs at 250 kbaud, every packet starts with a break that your firmware has to detect, and a…
How do I obtain an RDM Manufacturer ID code?
The DMX+RDM receiver chip IS3720 allows you to configure your own RDM Manufacturer ID; but how do you obtain this ID code? The Manufacturer ID codes are assigned by the…
Modbus RTU Slave Cheatsheet
# IS4310: A Ready-to-Use Modbus RTU Slave Chip That Cuts Firmware Development Time Modern embedded systems increasingly rely on industrial communication protocols. Among these, **Modbus RTU** remains one of the…
Modbus RTU Slave Hardware Implementation Guide
Modbus RTU Slave hardware design follows a clear structure that simplifies integration with RS-485 and I2C systems. This example shows how to implement it using the Modbus RTU Slave Chip…
A Brief Technical Overview of Key Industrial Communication Protocols
Industrial automation relies on robust, deterministic, and maintainable communication technologies. Below is a concise engineering overview of the most widely used industrial protocols today—covering fieldbus, industrial Ethernet, and analog signaling.…