#what-to-do-with-lighting
ArtNet Switch: Build a Reliable Network Backbone for Your Lighting System
In lighting design, beautiful results depend on invisible infrastructure. Behind every stable ArtNet-controlled show or façade lies one critical component: the switch. A dedicated ArtNet switch is more than just a networking tool - it’s the backbone of your lighting data distribution.
While many installations begin with generic IT switches, large-scale or latency-sensitive lighting systems benefit enormously from equipment designed specifically for real-time control protocols like ArtNet and sACN.
What is RDM in DMX Systems: How It Works and Why It’s Needed in Practice 🌟
With the increasing scale of lighting installations, the need for convenient management and diagnostics grows. This is where the RDM protocol comes to the rescue—a standard that enhances DMX with the capability of two-way communication. We discussed with an engineer from Sundrax Aleksandar Nikolic how RDM works and how it helps technicians save time during installation and maintenance.
Why a Reset Button on a DMX512 Controller is a Bad Idea 🚨
In professional environments, DMX controllers are pivotal for managing lighting—whether for architectural illumination, theater stages, or urban landscapes. Their stability is critical, and the presence of a reset button on the controller’s casing may seem trivial but is, in fact, a warning sign of potential flaws in the device’s design.
Seven Mistakes When Connecting DMX Systems 🌟
MX systems are widely used in stage lighting to control lighting devices with precision. However, when setting up these systems, mistakes are often made that can cause malfunctions or even equipment failure. In this article, we’ll explore the seven most common mistakes when connecting DMX systems and share practical tips on how to avoid them.
Galvanic Isolation in DMX Networks — Equipment Protection and Signal Stability | Sundrax 🛡️
In professional DMX installations, dozens or even hundreds of luminaires, controllers, splitters, and amplifiers are connected in a shared network through which the signal is transmitted. But what happens if a high-voltage surge ⚡️, for example, due to a short circuit, connection error, or even during a thunderstorm, enters one of the sections? Without galvanic isolation, such failures can damage or destroy all equipment across the network.