A Raspberry Pi Pico-based controller with two fully isolated DMX512 ports and digital I/O. Write your own firmware or use the pre-built Re-Mapper.
Bare board with dual isolated DMX512 ports. Program your own firmware in C/C++, MicroPython, or CircuitPython and deploy via UF2 over USB. Example code provided.
Buy Now ↗Same hardware with pre-loaded Re-Mapper software for DMX channel remapping. Ideal when you need to re-address fixtures but don't have access to the original programming.
Buy Now ↗All prices set out or referred to on this page are recommended prices only, and there is no obligation to comply with the recommendation.
| DMX | |
|---|---|
| DMX Ports | 2x fully isolated DMX512 (Phoenix-style connectors) |
| Port Config | Each independently configurable as input or output |
| Digital I/O | |
| Inputs | 4 digital input pins (3-24VDC) |
| Outputs | 4 digital output pins (sink up to 30VDC) |
| Power | |
| USB | USB-C (cable included) |
| DC Input | 7-28V via terminal connector |
| Consumption | ~30mA at 12V (under 1 watt) |
| Physical | |
| Platform | Raspberry Pi Pico |
| Mounting | Wall/surface mount or DIN rail |
| Programming | UF2 firmware via USB |
| Languages | C/C++, MicroPython, CircuitPython |
| In the Box | |
| Included | USB-A to USB-C cable, power connector, Phoenix DMX plugs |
Build your own DMX controller, merge/split tool, or sensor-driven lighting system. Full Pico programming ecosystem at your disposal.
Re-address DMX channels without access to the original console or software. The Re-Mapper variant handles this out of the box.
Dual isolated ports make it easy to test DMX setups, inject test patterns, or monitor traffic between a console and fixtures.
The DMX Core 100 is a complete DMX control platform with fixture management, effects, scheduling, and integrations.
Explore DMX Core 100