Professional Entertainment Lighting control Solutions

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Entertainment

MONARQ

QULON

RTTrPL

KiNet

sCAN

DMX RDM

Wireless DMX Transmission

Bluetooth DMX

beDMX Wireless Protocol

DMX 512 over powerline 110\220

Wireless Lighting Solutions

Lighting Solutions for Cathedrals

Lighting Solutions for Churches

DMX Ethernet converters

DMX Triggers Controll

Guide

DMX Controllers for LED

LED Lights

ArtNet

Connected to multiple lighting fixtures

DMX splitter

Solving DMX Issues

Control Incandescent Lamps via DMX

Brightness Levels

Lamps Flicker

What to Do with lighting

Color Temperature

DMX Dimming

DMX over Ethernet

DMX Frequently Asked Questions

<div class="raw-html-embed"><ol>
 <li>
 <a href="#referens1">Scheme Overview: Front of House and Fiber Optic Backbone</a>
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 <li>
 <a href="#referens2">Dual-Console Setup: Flexibility and Redundancy</a>
 </li>
 <li>
 <a href="#referens3">Hardware Triggers: Automation for Safety and Efficiency</a>
 </li>
 <li>
 <a href="#referens4">DMX Ports and Fixture Control: Power and Precision</a>
 </li>
 <li>
 <a href="#referens5">FAQ: Quick Answers for Lighting Pros</a>
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 <li>
 <a href="#referens6">Comparison Table: GigaJet20 Pro vs. Industry Standards</a>
 </li>
 <li>
 <a href="#referens7">Case Study: A Night at the Opera</a>
 </li>
 <li>
 <a href="#referens8">Conclusion: A System Built for Excellence</a>
 </li>
</ol></div>

Tables of content

The Front of House (FOH) is where the «Stage-Head» lighting designer’s console sits, loaded with cue lists and show programming. Data zips from there through a fiber optic connection to a Sundrax GigaJet20 Pro—a robust device designed for high-performance signal management. This first GigaJet20 Pro sends all DMX universes to a second unit near the stage, ensuring fast, interference-free transmission over long distances. That’s key for spot-on lighting during live shows. 🎭The GigaJet20 Pro is a multi-protocol DMX converter with 20 optically isolated DMX ports—perfect for big theater gigs. It’s tough too, handling 0–60°C, 95% humidity, and 310V surge protection.

Diagram of a comprehensive stage lighting control system with dual consoles and hardware triggers

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Scheme Overview: Front of House and Fiber Optic Backbone
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Near the stage, a secondary console—operated by a stage manager or technician—adds an additional layer of control. The stage-side GigaJet20 Pro employs advanced merging algorithms (HTP, LTP, AUTO, PRIORITY) to enable smooth transitions between consoles or manual overrides without disrupting the show. This configuration ensures flexibility for real-time adjustments and redundancy for emergencies. 🔧The system includes a back-up function that maintains continuous signal transmission. If the FOH console fails due to power issues or technical glitches, the back-up console ensures the performance continues uninterrupted—a critical feature for theater professionals.

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Dual-Console Setup: Flexibility and Redundancy
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The stage-side GigaJet20 Pro features two hardware trigger inputs (via terminal block) that enhance functionality:<ul style="list-style-type:disc;"><li>Maintenance Trigger: Activates technical lighting presets for tasks like cleaning or equipment checks, illuminating the stage without requiring the lighting crew. 💡</li><li>Emergency Trigger: Configurable inputs can respond to external signals, such as a fire alarm, automatically triggering pre-set lighting scenes for evacuation. 🚨</li></ul>— No operator is needed to operate the triggers. 🚨These features streamline operations and comply with theater safety regulations, prioritizing audience and staff safety.

Overview diagram of a lighting control setup with emergency triggers and console redundancy

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Hardware Triggers: Automation for Safety and Efficiency
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The stage-side GigaJet20 Pro manages 20 DMX ports, each optically isolated to prevent interference and ensure stability. If one port fails, the others remain operational—a significant advantage for live events. These ports support RDM (Remote Device Management) for real-time fixture monitoring and configuration, as well as motion tracking for dynamic effects. 🌌Compatible with a wide range of fixtures, from traditional PAR cans to modern moving heads, the system is highly versatile. Sundrax’s emphasis on signal processing, merging, and back-up capabilities makes the GigaJet20 Pro a reliable choice for any theater production.

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DMX Ports and Fixture Control: Power and Precision
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<ul style="list-style-type:disc;"><li>How does the system ensure reliability during live performances? A dual-console setup, advanced merging algorithms, a back-up transmitter, and isolated DMX ports ensure uninterrupted operation. True DMX pass‑through ports preserve the integrity of DMX signal routing</li><li>Can the system be integrated with existing lighting fixtures? Yes, the GigaJet20 Pro seamlessly integrates with your current gear:</li></ul>Supports DMX512 and RDM (E1.20), enabling twoway communication with intelligent moving fixtures&nbsp;Converts between ArtNet, sACN, KiNET, and RTTrPL, allowing integration with consoles, PCs, and other Ethernetbased lighting devices.With 20 isolated outputs, it dovetails smoothly with existing DMX wiring leaves and fixtures without reconfiguration.<ul style="list-style-type:disc;"><li>What protocols are supported by the GigaJet20 Pro? It handles DMX512, RDM, ArtNet, sACN, KiNet, and RTTrPL, offering extensive flexibility. See Sundrax Entertainment for details.</li><li>How does the emergency trigger function? Configurable inputs can be set to respond to external signals like fire alarms, automatically triggering evacuation lighting scenes.</li></ul>

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FAQ: Quick Answers for Lighting Pros
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DMX Ports: GigaJet20 Pro: 20 optically isolated ports Typical Industry Standard: 4–8 ports, often non-isolatedProtocol Support: GigaJet20 Pro: DMX512, RDM, ArtNet, sACN, KiNet, RTTrPL Typical Industry Standard: DMX512, limited RDM supportPower Options: GigaJet20 Pro: 110–250 V AC or PoE (IEEE 802.3af) Typical Industry Standard: 110–250 V AC onlyEnvironmental Ratings: GigaJet20 Pro: 0–60°C, 95% humidity, 310V surge protection Typical Industry Standard: 0–40°C, no surge protectionMerging &amp; Backup: GigaJet20 Pro: Advanced merging, show backup Typical Industry Standard: Basic merging, no backupFixture Compatibility: GigaJet20 Pro: RDM, motion tracking, wide range Typical Industry Standard: Limited to basic DMX fixtures

Sundrax GigaJet20 Pro multi-protocol DMX converter with 20 optically isolated ports

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Comparison Table: GigaJet20 Pro vs. Industry Standards
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Consider a grand opera production with over 100 fixtures—moving heads, LED panels, and classic spotlights. The GigaJet20 Pro’s 20 DMX ports manage this setup effortlessly, while RDM enables technicians to monitor all fixtures in real time. During the show, a power surge disables one port, but optical isolation ensures the remaining ports function flawlessly, keeping the performance uninterrupted. The stage manager makes real-time adjustments from the secondary console, synchronizing lighting with the performers’ movements. 🌟

Close-up of Sundrax GigaJet20 Pro showcasing its durable design and port layout

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Case Study: A Night at the Opera
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This stage lighting control system, powered by Sundrax’s GigaJet20 Pro, equips theater professionals with a reliable, flexible, and safe solution for complex productions. Its dual-console design, automated safety triggers, and robust DMX infrastructure support creative expression while meeting stringent safety standards. For theaters seeking to enhance their lighting capabilities, this system is an outstanding choice. 🎬Explore the cutting-edge lighting control solutions featured in our article! See the GigaJet20 Pro and more.

GigaJet20 Pro

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Conclusion: A System Built for Excellence
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In live theater, lighting does more than illuminate—it sets the mood, directs audience focus, and enhances the narrative. A reliable lighting control system is critical, and this setup, powered by Sundrax’s GigaJet20 Pro, delivers exceptional reliability, flexibility, and safety for professional productions. Designed for lighting designers, stage managers, and technicians, it ensures seamless performance in high-pressure environments. 🌟

GigaJet20 Pro connected in a theater lighting setup with multiple DMX lines

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GigaJet20 Pro: Powering Seamless Lighting Networks.webp

In live theater, lighting does more than illuminate—it sets the mood, directs audience focus, and enhances the narrative. A reliable lighting control system is critical, and this setup, powered by Sundrax’s GigaJet20 Pro, delivers exceptional reliability, flexibility, and safety for professional productions. Designed for lighting designers, stage managers, and technicians, it ensures seamless performance in high-pressure environments.

In an emergency, the dmh converter is equipped with a dual trigger input, which automatically launches a programmed scenario

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DMX Connection Diagram

Three-in-one: Rack mountable 3-ports gigabit ethernet switch, fibre-media-converter, Art-Net/sACN to DMX converter with up to twenty optically isolated DMX ports

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GigaJet 20 Pro is a smart Ethernet/DMX converter with merging and data backup functions. It is designed to control DMX512 based lighting equipment.GigaJet 20 Pro supports DMX512, RDM (ANSI E1.20), ArtNet (1, 2,3, 4), sCAN (Draft, Release), KiNet (v1, v2), RTTrPL and Ethernet based communication in a variety of signal receive/transfer combinations.The device can be powered (for redundancy purposes) either in parallel from 110/250 V mains or via PoE (Power over Ethernet according to IEEE 802.3af standard).Additional Ethernet equipment is connected via the integrated two-port 10/100/1000 Mbps switch with integrated media converter per SFP module. Four pass-through (TRUE) DMX ports are used for DMX communication. In case of emergency, the converter is equipped with a dual trigger input.The hardware can be configured via the web interface, ArtGate Setting utility, third-party software supporting the ArtNet protocol or ARISTO software.GigaJet 20 Pro is designed for installation in a 19" rack. The height of the converter is 2U.

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Professional Motion-Triggered Lighting Converter

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Professional Remote Device Management Converter

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All relevant industry-standard protocols such as Art-Net, sACN, KiNET, RTTrPL (Blacktrax), DMX512 and RDM are supported

Extensive Multiport Rack-Mount Signal Processing Unit

Mechanical

Power & Electrical

Environment

Control / Data Connections

Inputs / Outputs

Configuration / Indication

Package Contents

Why GigaJet20 Pro?&nbsp;GigaJet20 Pro is the most advanced DMX/Ethernet converter on the market! It offers unparalleled reliability, performance, and functionality, including fiber optic data transmission, which is crucial for large installations.

GigaJet20 Pro | smart Ethernet/DMX converter with merging and data backup functions

Stage Lighting Control System: A Comprehensive Solution for Theater Productions

<div class="raw-html-embed"><ol>
 <li>
 <a href="#referens3">How Dimming Shapes Color in Architectural Lighting: Tips and Examples from Sundrax Engineers 🌆</a>
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 <li>
 <a href="#referens3">How Dimming Impacts Color 🎨</a>
 </li>
 <li>
 <a href="#referens3">Examples of Lighting Solutions with Dimming 💡</a>
 </li>
 <li>
 <a href="#referens4">Essential Equipment for Precise Dimming 🛠️</a>
 </li>
 <li>
 <a href="#referens4">Sundrax Engineer’s Insight 💬</a>
 </li>
</ol></div>

Tables of Contents

We sat down with a Sundrax engineer Aleksandar Nikolic to explore how dimming influences the color palette in architectural lighting and share practical tips for achieving stunning effects in outdoor and decorative lighting projects.<div class="raw-html-embed"><h2 id="referens1">
 How Dimming Impacts Color 🎨
</h2></div><ul style="list-style-type:disc;"><li>Incandescent lamps: When dimmed, they grow warmer, with hues shifting toward a cozy orange glow.</li><li>LEDs, depending on the driver, can:&nbsp;<ul style="list-style-type:disc;"><li>Preserve their color temperature with high-quality control for consistent results.</li><li>Drift into blue, green, or yellow tones if poorly regulated by PWM (pulse-width modulation).</li></ul></li><li>RGB systems: Dimming individual channels creates new shades, making precise balance control essential.</li></ul>Incorrect dimming can distort colors, ruin the intended scene, or render lighting uninspiring. This is especially critical for evening and nighttime illumination of buildings, where every hue matters. ⚠️

Bright neutral light on a building facade during daytime with scene-based dimming 

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<ol style="list-style-type:decimal;"><li>Highlighting facade texture: Gradual dimming from a building’s lower edge enhances the texture of brick, avoiding harsh shadows for a natural, tactile effect.</li><li>Adapting to the time of day: Daytime calls for bright, neutral light; evenings shift to subdued, warm tones; and nighttime dazzles with decorative color scenes. These are all orchestrated through scene-based dimming.</li><li>Creating focal points: Dimming specific facade elements, like cornices or arches, allows designers to reframe a building’s appearance for events like celebrations, exhibitions, or concerts.</li></ol>

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 Examples of Lighting Solutions with Dimming 💡
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<ul style="list-style-type:disc;"><li>Drivers with PWM or 0–10 V control for smooth, stable brightness adjustments.</li><li>Controllers offering precise management of RGB and white LED channels.</li><li>Scene-based systems, such as Sundrax’s MONARQ Mini, enabling brightness adjustments via schedules or manual control.</li><li>High-frequency phase dimmers for incandescent and halogen sources, ensuring flicker-free performance.</li></ul>

MONARQ Mini

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 Essential Equipment for Precise Dimming 🛠️
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<blockquote>The same color can feel worlds apart at different brightness levels. Architectural lighting is a delicate balance of engineering and artistry. Dimming is your key to not just illuminating but expressing a vision. 🌟</blockquote>If you’re designing architectural lighting where color, rhythm, and control are paramount, Sundrax engineers are ready to recommend the perfect <a href="https://entertainment.sundrax.com/products/category/dimmers">dimmers</a>, <a href="https://entertainment.sundrax.com/products/category/converters">Converters</a>, and scene-based solutions tailored to your project.Get a consultation: <a href="https://entertainment.sundrax.com/contacts">Contact Us</a> 📩

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 Sundrax Engineer’s Insight 💬
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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. ✨

mooth dimming highlights brick facade texture under evening architectural lighting 

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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.

How Dimming Shapes Color in Architectural Lighting: Tips and Examples from Sundrax Engineers 🌆

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 <a href="#referens1">Three Dimming Methods: In Brief</a>
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 <a href="#referens2">Phase Dimming (Leading/Trailing Edge)</a>
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 <a href="#referens3">How to Choose the Right Dimmer</a>
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 <a href="#referens4">Recommendation from the Sundrax Engineer</a>
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Controls the power delivered to the lamp by chopping part of the AC sine wave. Used with incandescent lamps, halogens, and some LEDs.<ul style="list-style-type:disc;"><li>Good for traditional lamps and older systems.</li><li>May cause flicker with LEDs or transformer noise. ⚠️</li></ul>PWM (Pulse-Width Modulation) The dimmer works with DC and controls brightness by switching on/off at high frequency. Mainly used with LED sources and drivers that support a PWM input.<ul style="list-style-type:disc;"><li>High stability and excellent compatibility with modern fixtures. ✔️</li><li>Requires specific circuitry and driver compatibility.</li></ul>0–10 V (Analog Dimming) The dimmer supplies a control voltage from 0 to 10 V to the fixture’s driver. Brightness depends on the signal level.<ul style="list-style-type:disc;"><li>Simple implementation; an industry standard in architectural projects. 🏛️</li><li>Requires high-quality shielded cables; may be susceptible to interference.</li></ul>

Trailing-edge dimmer circuit board close-up 

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<div class="raw-html-embed"><h2 id="referens1">
 Three Dimming Methods: In Brief
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 Phase Dimming (Leading/Trailing Edge)
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Type of Light Source✅ Incandescent, halogen → phase dimmer.⚠️ Modern LED → PWM or 0–10 V, depending on the driver type.Dimming Quality Requirements✔️ For flicker-free, precise control → PWM is best. 🌟System Scale🏛️ For centralized installations (offices, facades) → 0–10 V is often preferable. 🏢Equipment Compatibility⚠️ Check the driver or fixture documentation → it must support the desired control method. 📘

PWM signal graph showing duty cycle variations 

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 How to Choose the Right Dimmer
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<blockquote>There is no one-size-fits-all dimmer. First determine the type of fixture and dimming scenarios. If the project is large, it’s best to discuss it in advance with the equipment manufacturer or an engineer to avoid issues with flicker, incompatibility, and **overheating.🔍</blockquote>If you are unsure which solution to choose, our specialists will help you select the optimal combination of dimmers and drivers for your specific project. 🤝Contact the Sundrax engineer: &nbsp;<a href="https://entertainment.sundrax.com/contacts">Contact Us</a>&nbsp; 📩

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 Recommendation from the Sundrax Engineer
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A correctly selected dimmer is the foundation of a stable and long-lasting lighting installation. We asked a Sundrax engineer Alex Chomsky to explain the difference between the main types of dimmers and how to choose the right one depending on the task. 🛠️

Phase dimming waveform illustrating chopped AC sine wave 

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A correctly selected dimmer is the foundation of a stable and long-lasting lighting installation. We asked a Sundrax engineer Alex Chomsky to explain the difference between the main types of dimmers and how to choose the right one depending on the task.

How to Choose the Right Dimmer: Comparison of Phase, PWM, and 0–10 V ⚡

🌆 Digital control of architectural lighting is becoming an integral part of urban infrastructure. This article highlights the key technologies transforming the industry, according to Sundrax engineers. These are not mere predictions but specific directions already being implemented in modern projects. 🚀

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 <a href="#referens1">Transition to Fully Autonomous DMX Networks 🛠️</a>
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 <a href="#referens2">Use of AI for Adaptive Scenarios 🤖</a>
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 <a href="#referens3">Integration with Urban Platforms and IoT 🌐</a>
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 <li>
 <a href="#referens4">Remote Management and Diagnostics via GSM/PoE 📱</a>
 </li>
</ol>
</div>

The architectural lighting market is evolving. Merely connecting luminaires and scheduling them is no longer enough. Cities are becoming smarter, the demand for visual comfort is increasing, and lighting control systems must be flexible, reliable, and integrated. Sundrax engineers share their observations and forecasts about where the market is heading and which technologies are shaping the future. 🔮<div class="raw-html-embed"><h2 id="referens1">
 Transition to Fully Autonomous DMX Networks 🛠️
</h2></div><ul style="list-style-type:disc;"><li>Modern facilities increasingly require system reliability. Autonomous DMX subnets with local controllers, scenarios, and redundancy are becoming the standard.</li><li>Even in the event of a communication failure with the central system, a building or bridge continues to operate according to the last scenario or switches to emergency mode.</li><li>Sundrax is already applying such approaches in projects with distributed topology and GSM access (via MONARQ).</li></ul>

Digital control of architectural lighting is becoming an integral part of urban infrastructure. This article highlights the key technologies transforming the industry, according to Sundrax engineers. These are not mere predictions but specific directions already being implemented in modern projects.

#brightness-levels

Stage Lighting Control System: A Comprehensive Solution for Theater Productions

How Dimming Shapes Color in Architectural Lighting: Tips and Examples from Sundrax Engineers 🌆

How to Choose the Right Dimmer: Comparison of Phase, PWM, and 0–10 V ⚡

The Future of Architectural Lighting: Autonomous DMX Networks and AI — Insights from Sundrax Engineers

Studying the Features of Church Lighting. How to Make the Perfect Lighting in a Church: Facade and Interior

Understanding DMX Controllers for LED Lights: A Lighting Engineer's Guide

What to Do If Incandescent and Halogen Lamps Flicker at Low Brightness Levels?

How to Avoid Color Temperature Changes When Dimming?

How to Eliminate LED Strip Flicker When Using a DMX Controller?