Limited slots available for early access
Resources
Build a solid foundation so AI-based DMX automation lands safely in your space. Each guide links back to the main AI DMX controller page for context.
Series
A structured, beginner-to-intermediate guide series that explains DMX lighting control from first principles to modern, scalable setups. This series covers DMX fundamentals, addressing, wiring, networking, and best practices - with a modern perspective shaped by the Y-Link platform.
Read moreSeries
En praktisk steg-for-steg guide-serie for russebusser og russevaner som vil ha lys som faktisk funker. Serien dekker valg av utstyr, strøm, DMX-oppsett og styring av lys slik at det føles synket med musikken – uten kaos, auto-modes eller tilfeldige feil.
Read moreA practical guide to Remote Device Management (RDM) over DMX: what it is, how discovery works, common failure modes in real-world rigs, and when to rely on it.
Read morePractical guide to prevent DMX addressing errors through disciplined fixture modes, block-based channel planning, clear labeling, and a copyable patch list template.
Read moreA concise explanation of how latency, jitter, and packet loss differ in lighting networks, why jitter most degrades perceived timing
Read moreDevelop a practical plan for how many DMX universes you need, with examples and planning steps.
Read moreExplains when standard microphone (XLR) cable can be used for DMX512, practical distance and fixture-count guidance, why impedance and termination matter, and clear recommendations for when proper DMX cable is required.
Read moreLearn what DMX channels are, how fixtures use them, and why channel planning matters in real-world setups.
Read moreA concise, practical guide to locating and setting a DMX start address on lighting fixtures using DIP switches or digital displays, with verification steps and troubleshooting tips.
Read moreLearn what DMX512 is, how it works, and why it’s the standard protocol for lighting control. A beginner-friendly guide with clear examples.
Read moreA concise guide to what a DMX universe is, why it contains 512 channels, how fixtures use start addresses inside a universe, and when to add multiple universes for larger systems.
Read more