Learn more from the World
of Entertainment Light

All control signals are integrated into the GigaJet Pro, which employs merging technology with automatic priority management and data backup functions.
DMX and RDM data are transmitted over optical fiber to a second GigaJet Pro, and then to a third GigaJet Pro, enabling the connection of all equipment and the transmission of multiple DMX universes over long distances.

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.

Lighting control in architectural and entertainment environments often involves two dominant but very different protocols: DMX512 and DALI. While DMX is preferred for dynamic, fast-changing effects, DALI excels in commercial and architectural settings where smooth dimming, status feedback, and group control are essential.

In the world of dynamic lighting design, nothing offers more visual impact than addressable pixel-based systems. From animated façades to immersive stage backdrops, the ability to control each pixel individually opens the door to stunning motion effects, gradients, and color sequences.

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.

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.

Modern architectural and street lighting has evolved far beyond simple timer-based systems. Today, thanks to GSM and GPS technologies, it’s possible to not only control lighting remotely but also adapt it in real time to specific conditions, scenarios, and events. In this article, we’ll explore how this works in practice—using the example of the MONARQ system from Sundrax.

Architectural lighting is more than just illumination—it’s a powerful tool that brings buildings to life. Through color, brightness, contrast, and seamless transitions, it crafts mood, highlights intricate details, and accentuates form. At the heart of this expressive art lies dimming—not merely a way to adjust brightness but a method to transform the perception of color and the atmosphere of any space.

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.

Lighting today is far more than just lamps—it encompasses complex digital systems. To control lighting fixtures, various communication protocols are employed. Using Sundrax equipment as a reference, we will examine three popular options: DMX512, ArtNet, and sACN. Each protocol has distinct features, advantages, and limitations. Which is best suited for your project? Let’s explore with a Sundrax engineer.

Explore the art and spirituality of church lighting, blending architecture, reverence, and modern technology for sacred spaces.

Explore our range of wireless DMX devices for stage lighting, including RadioGate, RadioGate Plus, and LEDGate. Reliable, flexible, and easy to use.

Master the essentials of DMX lighting control from a professional engineer's perspective. Learn proper setup techniques, troubleshooting methods, and how Sundrax's PixelGate and LEDGate controllers offer cost-effective solutions for both addressable and non-addressable LED installations.

Explore how professional DMX splitters transform complex stage lighting setups. Learn about practical applications, redundancy benefits, and advanced features of the Splitter Selective Pro with its 9 outputs, RDM compatibility, and flexible operating modes for theaters, concerts, and touring productions.

Discover the next-generation Professional DMX Splitter Selective Pro 2025 – an 11-port DMX splitter featuring 2 master ports and 9 outputs with RDM support, galvanic isolation, and flexible configuration modes.

Troubleshooting DMX Connections: Common Causes of Signal Drops. How to Fix

Discover why incandescent and halogen lamps flicker at low brightness levels and how professional theatrical dimmers can ensure smooth dimming.

Flickering LED strips can be a major issue on a professional stage, disrupting the desired atmosphere and causing discomfort to the audience. Stage engineers often encounter this problem and seek effective ways to solve it.

Digital Multiplex, is a standard for digital communication networks that are commonly used to control stage lighting and effects. Frequently asked questions (FAQ)

LED pixel controllers unlock boundless possibilities for creating unique light installations – from stage lighting to festive decorations. Light is a crucial part of artistic expression that complements reality, creates accents, and has every opportunity to transform any space into a work of art. LED pixel controllers allow lighting artists to achieve incredible precision and detail in creating light effects.