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">System Architecture</a>
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 <li>
 <a href="#referens2">Stage-Level GigaJet Pro (Stage Floor Unit)</a>
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 <li>
 <a href="#referens3">Upper-Stage/Flyhouse GigaJet Pro</a>
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 <li>
 <a href="#referens4">Key GigaJet Pro Features</a>
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 <li>
 <a href="#referens5">Operational Flow</a>
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 <li>
 <a href="#referens6">Professional Benefits for Stage Deployments</a>
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 <li>
 <a href="#referens7">FAQ</a>
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 <li>
 <a href="#referens8">GigaJet Pro Feature Breakdown</a>
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 <li>
 <a href="#referens9">Conclusion</a>
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</ol></div>

Tables of content

🎛️ The backbone of this lighting control network begins in the FOH technical room, located at a distance from the stage. Here, two lighting consoles—a primary unit and a backup—serve as the command hub. These consoles generate multiple DMX universes, the industry-standard protocol for controlling stage lighting and effects. Using Ethernet-based protocols like Art-Net and sACN, both consoles send their data to a GigaJet Pro DMX/Ethernet converter.The GigaJet Pro, developed by Sundrax, is a compact 1U rack-mounted device that integrates a five-port gigabit Ethernet switch and an SFP media converter for fiber optic output. This unit receives the Ethernet signals from the consoles, converts them into a fiber optic feed, and transmits the data over a single-mode fiber optic cable to the stage. With a range of up to 10 km, this fiber link ensures robust signal integrity across large venues, free from the limitations of traditional copper cabling.

GigaJet Pro unit powering a stage lighting rig with DMX cables 

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System Architecture 
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At the stage, a second GigaJet Pro unit receives the fiber optic signal via its SFP port. Positioned near the stage floor, this device acts as the distribution hub for stage-level equipment. It outputs DMX universes through its eight optically isolated DMX ports, delivering clean and interference-free signals to a range of devices, including:<ul style="list-style-type:disc;"><li>Rotating light fixtures for dynamic beam movement.</li><li>Smoke-generating machines to enhance atmospheric effects.</li><li>Pyrotechnic devices for impactful visual moments.</li><li>Lasers for sharp, precise lighting effects.</li><li>Other DMX-controlled units, such as LED effects or additional fixtures positioned around the stage.</li></ul>Beyond signal distribution, this GigaJet Pro supports the RDM (Remote Device Management) protocol (ANSI E1.20). This enables two-way communication with the connected equipment, collecting responses like device status, addressing details, and diagnostic data. These RDM responses are transmitted back to the FOH over the fiber optic channel, giving technicians real-time visibility into the system’s health without leaving the control room.

Close-up of GigaJet Pro’s 8 optically isolated DMX ports 

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Stage-Level GigaJet Pro (Stage Floor Unit)
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To manage the lighting fixtures mounted above the stage, an Ethernet connection extends from the stage-floor GigaJet Pro to a third unit located in the flyhouse or on the lighting trusses. This GigaJet Pro controls the overhead equipment, distributing DMX universes to devices such as:<ul style="list-style-type:disc;"><li>Flood lights for wide, even coverage.</li><li>Moving heads for automated, versatile lighting.</li><li>Strobes for high-energy flashing effects.</li><li>Other special effects units, including LED bars, spotlights, or additional truss-mounted fixtures.</li></ul>Like its stage-floor counterpart, this unit features optically isolated DMX ports and supports RDM. It gathers telemetry from the ceiling-mounted devices—status updates, error reports, and configuration details—and sends this data back to the FOH via the fiber optic backbone. This ensures a unified monitoring and control experience across the entire lighting rig.

GigaJet Pro connected to a lighting console via Ethernet 

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Upper-Stage/Flyhouse GigaJet Pro
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✅ The GigaJet Pro is purpose-built for the demands of live production environments. Drawing from its technical specifications, here are the standout features that make it a cornerstone of this system:<ul style="list-style-type:disc;"><li>Compact Design: A 1U rack unit packing a 5-port gigabit Ethernet switch, an SFP fiber interface, and up to 8 optically isolated DMX ports, optimizing space without sacrificing capability.</li><li>Protocol Compatibility: Supports DMX512, RDM (ANSI E1.20), Art-Net I-IV, sACN, KiNET v1/v2, and RTTrPL (Blacktrax), ensuring it integrates seamlessly with diverse control setups.</li><li>Redundancy: Features dual-power inputs (110–250 VAC and IEEE 802.3af PoE) and dual IP addresses, providing failover options to keep the system running during power or network disruptions.</li><li>Signal Merging: Offers a smart merging engine with modes like HTP (Highest Takes Precedence), LTP (Latest Takes Precedence), AUTO, PRIORITY, BACKUP, and TRIGGER/X-FADE, allowing precise control over multiple input sources.</li><li>RDM Support: Functions as a 2-way RDM controller/responder, enabling remote monitoring, addressing, and troubleshooting of devices from the FOH.</li><li>Galvanic Isolation: Each DMX port is optically isolated, safeguarding against ground loops and electrical noise that could compromise performance.</li><li>Fast Startup: Boots in less than 3 seconds, minimizing setup delays and enabling rapid recovery after power cycles.</li><li>Fanless Design: Employs convection cooling for silent operation and reduced maintenance, ideal for noise-sensitive venues.</li><li>Trigger Inputs: Includes external triggers for actions like scene recall, blackout, or emergency cues, enhancing responsiveness in live scenarios.</li></ul>These features collectively empower lighting professionals to build reliable, adaptable, and efficient control networks.

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Key GigaJet Pro Features
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The system operates as a cohesive pipeline, ensuring smooth control and feedback:<ol style="list-style-type:decimal;"><li>The FOH consoles (primary and backup) generate DMX universes using Art-Net or sACN.</li><li>The FOH GigaJet Pro converts these Ethernet signals into a fiber optic feed and sends them to the stage.</li><li>The stage-floor GigaJet Pro receives the fiber signal, distributes DMX to stage equipment, and collects RDM data, relaying it back to the FOH over fiber.</li><li>An Ethernet link from the stage-floor unit connects to the flyhouse GigaJet Pro, which distributes DMX to overhead fixtures.</li><li>The flyhouse unit gathers RDM responses from ceiling devices and routes them back to the FOH via the fiber backbone.</li></ol>This workflow delivers key advantages:<ul style="list-style-type:disc;"><li>Efficient Distribution: A single fiber link 🌐 carries multiple DMX universes, reducing cabling complexity.</li><li>Long-Distance Reach: Fiber supports spans up to 10 km, perfect for expansive venues.</li><li>Redundancy: Dual consoles and power options ensure continuity if a component fails.</li><li>Centralized Control: The GigaJet Pro’s web interface provides diagnostics and management from the FOH, streamlining operations.</li></ul>

Redundant GigaJet Pro system with primary and backup consoles 

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Operational Flow
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This architecture offers tangible benefits for lighting technicians and designers:<ul style="list-style-type:disc;"><li>Reliability: Optical isolation and redundant power/network options reduce the risk of downtime, critical for live events.</li><li>Scalability: Additional GigaJet Pro units can expand the system to cover side stages or extra zones, adapting to production growth.</li><li>Flexibility: Merging modes support intricate designs, from backup integration to smooth cue transitions.</li><li>Maintainability: RDM telemetry enables remote fixture checks and error resolution, cutting troubleshooting time.</li><li>Speed: A fast startup keeps load-in and load-out phases efficient, meeting tight production schedules.</li></ul>

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Professional Benefits for Stage Deployments
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1. What makes the GigaJet Pro ideal for large-scale stage lighting systems?&nbsp;The GigaJet Pro excels with 8 optically isolated DMX ports, fiber optic support for long-distance data transmission, and redundant power and network options, ensuring reliability and scalability for massive live productions.2. How does the GigaJet Pro ensure uninterrupted performance during a show?It features a primary and backup console setup, dual power inputs (AC and PoE), and dual IP addresses, providing seamless failover if power or network issues arise.3. Why is fiber optic support a big deal for stage lighting control?Fiber optics transmit multiple DMX universes over a single cable up to 10 km, reducing clutter and maintaining signal quality across vast venues without interference.4. What’s the weirdest thing the GigaJet Pro can do with RDM?Using Remote Device Management (RDM), it can remotely tweak fixture settings—like dimmer curves or fan speeds—mid-show, all from the front of house, no ladder required!5. Can the GigaJet Pro keep up with a chaotic multi-console setup?Yes, it juggles DMX512, Art-Net, sACN, KiNET, and RTTrPL protocols at once, merging them with modes like HTP or TRIGGER/X-FADE for smooth chaos control.6. How does the fanless design actually help in a live setting?No fans mean zero noise and fewer moving parts to fail, making it a silent, dependable workhorse during quiet scenes or high-stakes performances.7. What’s the trick to its lightning-fast startup time?The GigaJet Pro boots in under 3 seconds thanks to optimized firmware and solid-state design, so you’re never left waiting when the house lights drop.8. Could the GigaJet Pro survive a power surge backstage?Its optically isolated ports and dual power inputs shield it from surges and electrical noise, keeping the show running even in messy power conditions.

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FAQ 
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🔌 8 optically isolated DMX ports Ensures clean signal transmission, free from electrical noise When to use: Large venues with multiple lighting zones🌐 Fiber optic support Allows long-distance data transmission up to 10 km When to use: Stadiums, arenas, or outdoor events🔄 Redundancy Dual power inputs and dual IP addresses for uninterrupted operation When to use: Mission-critical shows where downtime is not an option🤝 Protocol compatibility Supports DMX512, RDM, Art-Net, sACN, KiNET, RTTrPL When to use: Productions using diverse lighting equipment and control systems🔀 Signal merging Advanced merging modes for complex lighting designs When to use: Shows with multiple lighting designers or backup systems📡 RDM support Full two-way RDM communication for remote device management When to use: Quick troubleshooting and remote configuration⚡ Galvanic isolation Protects against ground loops and electrical interference When to use: Venues with complex electrical setups or potential for interference🚀 Fast startup Boots in under 3 seconds for quick setup When to use: Fast-paced events with tight turnaround times🤫 Fanless design Silent operation and reduced maintenance When to use: Theaters, studios, or any noise-sensitive environment🎚️ Trigger inputs External triggers for scene recall, blackout, or emergency cues When to use: Interactive installations or safety-critical applications

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GigaJet Pro Feature Breakdown
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This triple GigaJet Pro setup provides a powerful, streamlined solution for modern stage lighting control. By harnessing a fiber optic backbone, it delivers multiple DMX universes, bi-directional RDM communication, and built-in redundancy—all within a clean, professional deployment. For stage lighting experts, this system offers the precision, adaptability, and insight needed to bring ambitious designs to life, all managed from the FOH with ease 💡Contact Us<ul style="list-style-type:disc;"><li>Phone <a href="tel:+442038689976">+44 (0)20 3868 9976</a></li><li><a href="mailto:20sales@sundrax.com">sales@sundrax.com</a></li><li><a href="mailto:support@sundrax.com">support@sundrax.com</a></li></ul>

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Conclusion
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In the fast-paced world of theatrical and live event production, a reliable lighting control system is the foundation of a seamless performance. This article dives into a sophisticated setup deployed in a modern concert hall, where the front-of-house (FOH) technical room and stage are bridged by a network of GigaJet Pro DMX/Ethernet converters. Designed for professionals who demand precision and flexibility, this system leverages fiber optic technology and advanced features to manage complex lighting designs with confidence.

Diagram of GigaJet Pro distributing DMX via fiber optics to stage fixtures 

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In the fast-paced world of theatrical and live event production, a reliable lighting control system is the foundation of a seamless performance. This article dives into a sophisticated setup deployed in a modern concert hall, where the front-of-house (FOH) technical room and stage are bridged by a network of GigaJet Pro DMX/Ethernet converters. Designed for professionals who demand precision and flexibility, this system leverages fiber optic technology and advanced features to manage complex lighting designs with confidence.

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DMX Connection Diagram

Three-in-one: Rack mountable 5-ports gigabit ethernet switch, fibre-media-converter, Art-Net/sACN to DMX converter with up to eight optically isolated DMX ports

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GigaJet Pro is a smart Ethernet/DMX converter with merging and data backup functions. It is designed to control DMX512-based lighting equipment.GigaJet Pro supports DMX512, RDM (ANSI E1.20), ArtNet (1, 2, 3, 4), sACN (Draft, Release), KiNet (v1, v2), RTTrPL, and Ethernet-based communication in a variety of signal receive/transmit combinations.The device can be powered (for redundancy purposes) either in parallel from a 110/250 V AC mains supply or via PoE (Power over Ethernet, compliant with IEEE 802.3af standard).Additional Ethernet equipment connects via the integrated 5-port 10/100/1000 Mbps switch with an integrated media converter via an SFP module. Two TRUE DMX pass-through 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 Pro is designed for installation in a 19" rack, with the converter height being 1U.

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Professional Remote Device Management Converter

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Professional Motion-Triggered Lighting Converter

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

GigaJet Pro

Three-in-one: 5-port gigabit Ethernet switch for rack mounting, fiber-to-media converter, and Art-Net/sACN to DMX converter with up to eight optically isolated DMX ports.

Integrated Network and Signal Conversion Platform

Mechanical

Power & Electrical

Environment

Environmental

Control / Data Connections

Inputs / Outputs

Configuration / Indication

Package Contents

Una breve introducción a nuestra línea de productos de nodos Ethernet y Splitters montados en rack. Si está interesado en obtener más información, envíenos un mensaje aquí. Este vídeo está en español.

Línea de productos de nodos Ethernet y Splitters montados en rack

In this video Melisa Patino, our Sales Engineer, shows how to set up switching between the nodes and check that you've done everything correctly — using ArtGate Ethernet Node and GigaJet Ethernet Node + switch + media converter

Switching between DMX Ethernet nodes

Web interface overview for ArtGates including GigaJet and ArtJet

DMX-Ethernet nodes: Web Configuration Guide

GigaJet

Multifunctional splitters for larger DMX networks boosting the signal to create a network of 5 or 10 additional DMX lines from DMX input. All input and output channels have full galvanic isolation. Remote Device Management (RDM) compatible. The devices are suitable for indoor and outdoor use. Splitters are powered by 100-250V industrial AC mains, power consumption is less than 5 watts.

Overview

Schematic diagram of the stage lighting control system in a concert hall using GigaJet Pro DMX converters

<div class="raw-html-embed"><ol>
 <li>
 <a href="#referens1">How Many Fixtures Can Be Connected to One DMX Line? 🔌</a>
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 <a href="#referens2">How to Distribute the Load Correctly 🛠️</a>
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 <a href="#referens3">Example Diagram for 100+ Fixtures 📊</a>
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 <a href="#referens4">What to Consider During Design 🧠</a>
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 <li>
 <a href="#referens5">Opinion of the Sundrax Engineer 💬</a>
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Tables of Contents

According to the DMX512 standard:<ul style="list-style-type:disc;"><li>Maximum: 32 fixtures on one line (without active repeaters)</li><li>Maximum line length: up to 300 meters (1,000 feet) Exceeding these parameters may cause signal distortion or loss. ⚠️ Therefore, in installations with dozens or hundreds of fixtures, it is essential to use splitters and DMX repeaters.</li></ul>

Splitter Selective Pro distributing DMX signals to multiple lines 

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 How Many Fixtures Can Be Connected to One DMX Line? 🔌
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Using splitters allows you to:<ul style="list-style-type:disc;"><li>Divide the network into independent physical segments</li><li>Protect the network with galvanic isolation</li><li>Simplify maintenance and troubleshooting Example: For 120 fixtures, you can use 1 controller + 2 splitters with 4 outputs each, with each output handling a line of 15 fixtures. This creates 8 separate lines, each with 15 fixtures. ✅</li></ul>

Diagram of a DMX network layout for over 100 fixtures 

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 How to Distribute the Load Correctly 🛠️
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DMX Controller (2 outputs)&nbsp;└── Splitter Selective Pro (8 outputs)&nbsp;├── Line 1 → 15 fixtures&nbsp;├── Line 2 → 15 fixtures&nbsp;├── Line 3 → 12 fixtures&nbsp;├── …&nbsp;└── Line 8 → 10 fixtures&nbsp;Each line must be terminated with a termination resistor. 🔧

Termination resistor at the end of a DMX line 

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Example Diagram for 100+ Fixtures 📊
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<ul style="list-style-type:disc;"><li>Plan the address space in advance: each DMX universe has 512 channels, which can be quickly exhausted with multi-channel fixtures.</li><li>Isolate lines with powerful equipment (Dimmers, Converters).</li><li>Use high-quality DMX cables with an impedance of 110 Ohms.</li><li>Apply galvanic isolation on all branches.</li><li>Route power and signal through separate paths. ⚠️</li></ul>

Galvanic isolation in a DMX splitter for network protection 

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What to Consider During Design 🧠
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<blockquote>The most common mistake in large projects is attempting to connect 70 fixtures to a single line. This almost always results in unstable operation. With proper distribution through DMX splitters and repeaters, the network operates reliably and is managed without issues. ✅</blockquote>If you are designing a large installation — whether architectural, stage, or show — Sundrax engineers will help calculate the signal distribution scheme and select the necessary equipment.&nbsp;🌐 Request a consultation: <a href="https://entertainment.sundrax.com/contacts">Contact Us</a>

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Opinion of the Sundrax Engineer 💬
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As the number of fixtures in DMX networks increases, the load on the line grows, raising the risk of failures and signal loss. Incorrect distribution can lead to erratic operation or complete equipment failure. We consulted with an engineer from Sundrax Alex Chomsky to learn how to properly design a DMX network for large-scale projects. ✅

DMX controller with multiple outputs for large lighting setups 

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As the number of fixtures in DMX networks increases, the load on the line grows, raising the risk of failures and signal loss. Incorrect distribution can lead to erratic operation or complete equipment failure. We consulted with an engineer from Sundrax Alex Chomsky to learn how to properly design a DMX network for large-scale projects.

The Splitter Selective Pro is a two-channel DMX512 signal distributor with full RDM protocol support and represents an effective solution for controlling lighting equipment that uses the DMX512 standard.The device features 2 input and 9 output DMX ports and can operate in single or dual-channel mode, distributing one or two independent DMX streams respectively. In single-channel mode, the DMX stream from the first input port (A) can be distributed to 10 output ports. In dual-channel mode, DMX streams from 2 input ports (A and B) can each be distributed to 9 output ports with the ability to select the input signal source for each output port.Splitter Selective Pro has intelligent indication, displaying the presence and dynamics of the DMX stream separately for channels A and B, as well as the presence of RDM interface signals (ANSI E1.20). The distributor provides automatic detection of operating modes.The device is designed in a case for installation in a 19-inch rack, occupying only one rack unit (1U).&nbsp;<ul style="list-style-type:disc;"><li>5000V galvanic isolation on all ports with TVS diode protection</li><li>Zero-latency signal processing to prevent timing desynchronization</li><li>Standard 1U rack mount design (482 x 44 x 110 mm)</li><li>PowerCON TRUE1 power connector with universal AC input (100V-277V, 50/60Hz)</li><li>Optional DC power (9V-36V) for mobile applications</li><li>Available with XLR5, XLR3 connector configurations</li></ul>The Splitter Selective Pro can be used at positive temperatures in indoor and covered outdoor venues.

Splitter Selective Pro rear panel showing XLR connectors, toggle switches for operating modes, and PowerCON TRUE1 power connector

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Splitter Selective Pro. Professional DMX Splitter with RDM Support

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Rack mountable professional, dual-channel DMX512 splitter/booster with full RDM protocol support

#ki-net

Schematic diagram of the stage lighting control system in a concert hall using GigaJet Pro DMX converters

How to Distribute the Signal in a DMX Network for 100+ Fixtures: Diagram, Calculations, and Recommendations 🌟

How triggers work in DMX Ethernet converters, why they are needed and how they can be applied in practice

Ethernet protocols and DMX converters: How to choose the best solution for professional lighting control