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Resources
Build a solid foundation so deterministic autonomous DMX playback lands safely in your space. Each guide links back to the main Autonomous Lighting 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.
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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 moreLearn how to read DMX channel charts, understand fixture modes, and create a clean patch quickly without guesswork or trial-and-error
Read moreLearn how DMX cable length, impedance, termination, and electrical noise cause flicker and random DMX errors—and how to fix them reliably.
Read moreA practical guide to sACN (E1.31): multicast vs unicast, IGMP, switch behavior, and how to stop lighting glitches on networks.
Read moreLearn how Art-Net really works: IP addressing, subnets, universes, and the most common mistakes that break Art-Net lighting networks.
Read moreUnderstand DMX512 timing and refresh behavior with practical examples, latency implications, and simple tests for stable playback.
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 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 DMX addressing chart with a printable cheat sheet, worked examples, and the minimal arithmetic you need to avoid channel overlap in a 512-channel universe.
Read moreExplains the practical difference between 8-bit and 16-bit DMX control, how coarse and fine channels combine to increase resolution, why pan/tilt movement can look steppy, and how to patch and prioritize 16-bit channels when universes are limited.
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