GITNUXSOFTWARE ADVICE
Art DesignTop 10 Best Concert Lighting Design Software of 2026
Ranked picks of concert lighting design software for 2026, including QLC+, WYSIWYG, and grandMA3 onPC, for stage programming comparisons.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
QLC+ is the best fit for small teams that need offline cue creation plus direct DMX playback with a 3D visualizer, whereas WYSIWYG suits design teams who prioritize fast previsualization and reusable palettes when building the show.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
QLC+
Visualizer plus offline cue testing workflow reduces DMX surprises during rehearsals.
Built for fits when small teams need offline cue creation and direct DMX playback without console-grade show organization..
WYSIWYG
Editor pickIntegrated offline visual programming with scene and palette reuse for rapid rehearsal updates.
Built for fits when design teams need fast offline cue authoring with visualization and reusable palettes..
grandMA3 onPC
Editor pickgrandMA3 software playback with console file export keeps rehearsal and show operation on one programming language.
Built for fits when touring teams need console-grade programming on a controllable PC workflow..
Related reading
Comparison Table
QLC+
SMBOpen-source DMX lighting control software with 3D visualizer.
Visualizer plus offline cue testing workflow reduces DMX surprises during rehearsals.
QLC+ focuses on concert and theatrical lighting programming with a fixture patch workflow, cue stack style sequencing, and playback controls built into the editor. The software’s strongest fit is offline editing where a designer can create a fixture patch list, define fixture profiles, and then test cue behavior with a local visualizer. The runtime can be used as a controller by loading the console file format created by the editor.
A key tradeoff is that QLC+ programming depth for complex broadcast style workflows can be less extensive than dedicated lighting consoles, especially for large show file organizations. A common usage situation is a small club show or touring rig where a designer needs an editor, a visual cue check, and a dependable DMX output without console hardware.
- +Offline editor workflow with fixture profiles and a clear patch list
- +Cue list playback with cue fade timing controls
- +Visualizer helps validate programming before driving DMX output
- +Scene presets and palette-based color and position workflows
- –Cue stack and show organization are lighter than major console feature sets
- –Advanced automation needs manual structuring across scenes and cues
- –Multi-universe operation depends on careful output and universe assignment setup
- –3D preview realism can be limited compared with high-end photometric pipelines
Freelance lighting programmers
Rehearse scenes without stage hardware
Fewer cue errors on show day
Small venue crews
Drive a fixed DMX rig
Consistent lighting across events
Show 2 more scenarios
Touring acts
Maintain a compact controller setup
Faster load-in programming
Program offline and carry the show file for load on different controllers at the venue.
Event production teams
Coordinate lighting with time cues
Better audiovisual synchronization
Use timecode tracking workflows to align cue timing with external media during rehearsals.
Best for: Fits when small teams need offline cue creation and direct DMX playback without console-grade show organization.
More related reading
WYSIWYG
vertical specialist3D lighting design and previsualization software for live events.
Integrated offline visual programming with scene and palette reuse for rapid rehearsal updates.
WYSIWYG centers on an offline editor workflow that combines fixture patch definition with scene and cue construction so programming can be carried out before any live control chain is finalized. The tool’s project structure supports reusable building blocks like groups, palettes, and scene presets so large show states can be edited without rewriting every cue. A visualizer workflow supports rapid iteration by showing changes before export or rehearsal playback.
A practical tradeoff is that cue logic stays tied to the software’s programming model rather than acting like a universal interchange with every console workflow. WYSIWYG fits situations where design teams run rehearsal updates frequently and need an efficient design-to-programming loop instead of deep scripting or console-side automation.
- +Strong offline programming workflow for cue and scene building
- +Fixture patching and editing remain tightly coupled to visual output
- +Palette-driven reuse reduces repetitive manual scene edits
- +Project organization supports maintainable show revisions
- –Cue logic is less portable than console-native programming models
- –Advanced automation depends more on workflow discipline than built-in scripting
- –Complex multi-universe planning can feel less explicit than console patch views
- –Deep extensibility is narrower than automation-first control ecosystems
Lighting designers
Rapid scene and cue revisions
Faster iteration across takes
Previs teams
Validate looks on a 3D stage
Fewer surprises during setup
Show 1 more scenario
Touring productions
Maintain show consistency across changes
Lower revision error rate
Organize groups and scene presets so revisions apply consistently across multiple cue contexts.
Best for: Fits when design teams need fast offline cue authoring with visualization and reusable palettes.
grandMA3 onPC
vertical specialistProfessional lighting console software for live shows and concerts.
grandMA3 software playback with console file export keeps rehearsal and show operation on one programming language.
grandMA3 onPC keeps console-native constructs like cue stacks, scenes, group selection, and effects programming in the same mental model used across the grandMA3 family. Fixture patching and profile-driven attribute mapping make the offline patch list align with onPC playback targets. Exporting console files supports moving show content between stations for rehearsals and verification steps. Integration depth shows up in the way grandMA3 projects connect to output and time management for predictable cue fade behavior.
A practical tradeoff is that onPC deployments depend on PC performance, device driver stability, and correct timing configuration across the control chain. It is a good fit for tours that need fast offline authoring on a laptop or desktop and then reusing the same show file in the rig control setup. It is also useful for venues that want a software-based operator station without losing the grandMA3 programming workflow.
- +Console-native cue stack and palette workflows reduce translation errors
- +Offline editor workflow supports rehearsal programming before live load-in
- +Fixture patch and profile mapping aligns programming with stage output
- +Cue fade behavior stays consistent across programmed playback sequences
- –PC timing and driver setup can create stability risks during shows
- –OnPC integration with complex stage networks may require disciplined configuration
Tour lighting programmers
Rehearse cues on a workstation
Less reprogramming during setup
Venue control rooms
Operate shows from a PC
Faster scene triggering
Show 1 more scenario
Show engineering teams
Prepare fixture mappings across rigs
Fewer fixture mapping mistakes
Use fixture profiles and patch lists to keep attribute mapping consistent between stages.
Best for: Fits when touring teams need console-grade programming on a controllable PC workflow.
More related reading
Capture
vertical specialistVisualizer and lighting design software for entertainment and architecture.
Cue stack editing with show-timeline organization that keeps cue timing consistent from offline programming into console-ready cue lists.
Capture is a concert lighting design software from Capture.se that centers on cue-stack show construction and repeatable stage programming.
Fixture patching and cue list management are built around offline editing, which supports rehearsals that start from a stable show file.
DMX output paths for testing are geared toward Art-Net and sACN workflows used on real stages.
The file structure and cue list workflow reduce manual translation when moving from design to console playback.
- +Cue stack workflow matches typical rehearsal and show playback practices
- +Multi-universe DMX output support supports real venue layouts
- +Fixture patching workflow reduces late changes during programming
- +Visualizer-oriented workflow supports offline verification before rehearsals
- –Console export coverage can require manual alignment of cue timing
- –Automation and scripting support is limited compared to code-first tools
- –Large multi-actor shows can feel slower when editing dense cue lists
- –Advanced media and pixel mapping workflows are less complete than some peers
Best for: Fits when a small or mid-size team needs cue-stack programming with reliable DMX output testing.
Electronic Theatre Controls Eos
enterpriseEos family control platform for concert, theatre, and broadcast lighting.
Cue stack and tracking model that preserves programmed intent when channels and effects update mid-show.
Electronic Theatre Controls Eos is a concert lighting design and control workflow that centers around cue stacks, channel tracking, and repeatable scene execution. The fixture workflow ties patch lists to console playback so designers can convert programming into show-ready cues with predictable fade and effect behavior.
Eos also supports visual workflow planning through console-related visualization and export paths, which helps teams move from offline programming to show execution. Automation is driven by cue timing, run behavior, and external synchronization options used during rehearsals and live operation.
- +Cue stack workflow supports repeatable show states under load
- +Channel tracking makes submasters and effect layers consistent
- +Show timing behavior stays deterministic when cues are revised
- +Large fixture patch lists support complex multi-universe setups
- –Workflow depth increases command memorization and training time
- –Multi-show revision control relies on file management discipline
- –3D stage preview coverage is not as designer-centric as some editors
- –External automation often depends on console integration paths
Best for: Fits when touring and theatrical teams need cue-accurate execution for complex rigs.
Obsidian Control Systems Onyx
enterpriseModern PC-based lighting control software for live concerts and events.
Console-centric cue and playback engine that keeps performance timing stable during real-time busking.
Obsidian Control Systems Onyx is a concert lighting design and programming environment built for stage playback workflows and timecode-based cue control. Onyx supports fixture patching, multi-universe DMX networking, cue stacks with fades, and live performance busking patterns for fast show operation.
The editor workflow centers on visual planning plus show control data that can be saved into console files for repeatable programming runs. Its extensibility is oriented around control integration and show automation hooks rather than asset management alone.
- +Cue stack programming with precise fade timing and controlled playback
- +DMX patch handling with multi-universe mapping for larger rigs
- +Busking workflows designed for live changes during rehearsals and shows
- +Console file workflow supports repeatable show handoffs
- –Visual design work depends on the specific renderer and preview setup
- –Automation depth can feel narrow without external integration work
- –Cue scale and performance tuning require planning as show size grows
- –3D stage preview workflows can be less structured than dedicated editors
Best for: Fits when touring or mid-size teams need cue-stack playback control with live busking.
More related reading
Syncronorm Depence
vertical specialistReal-time previsualization and show design software for lighting and multimedia.
Versioned show file structure that keeps cue programming changes trackable through rehearsal and operator handoff.
Syncronorm Depence targets concert lighting design workflows with an emphasis on controlled fixture management and show programming reuse. Its core capabilities center on organizing a patch list, building cue structures, and supporting real-time operator workflows like cue playback and updates during rehearsals.
The differentiator is how the product ties together programming data with stage-safe execution through versioned show files and operator-oriented configuration. This makes it a better fit for teams that need repeatable cue programming across multiple shows and consistent handoff to operators.
- +Structured cue stack workflow supports repeatable programming for productions
- +Fixture library handling improves consistency across similar stage rigs
- +Show file organization supports rehearsal-to-performance continuity
- +Operator-facing playback controls reduce reliance on manual cue entry
- –Automation surface for external integrations is limited compared with console-native tools
- –3D stage preview and photometric rendering support is not a primary strength
- –Pixel mapping and effect engine depth can lag specialist pixel editors
- –Complex multi-universe patching workflows need careful manual setup
Best for: Fits when teams need consistent cue programming and operator-friendly show playback across repeat productions.
LightConverse
vertical specialist3D lighting visualization and control simulation for live events.
Cue stack driven show building with console file export designed for rehearsal-to-performance continuity.
LightConverse targets concert lighting programming with an offline editor workflow and fixture-centric patch handling. It supports cue-driven show building with a cue stack model that matches rehearsal changes and stage-time updates. The tool’s distinctive focus is getting design and programming artifacts into console-ready exports while keeping a visualizer-based feedback loop for intent checking.
- +Offline editing workflow supports rehearsals without network dependence
- +Cue stack model maps cleanly to stage-time cue sequencing
- +Fixture patch handling reduces mismatch risk between design and runtime
- +Visualizer feedback supports fast visual verification during programming
- –Automation depth is weaker than high-end console ecosystems for large shows
- –Multi-universe patch workflows are less comprehensive for complex deployments
- –API and extensibility surface is limited for external tooling integration
- –3D stage preview fidelity can lag behind console-native renderers
Best for: Fits when small to mid-size teams need offline cue programming with visual checks.
More related reading
MADRIX
vertical specialistLED lighting control and pixel mapping software for stage installations.
High-throughput pixel mapping combined with an effects engine and palette-driven scene control.
MADRIX generates real-time lighting scenes and effects from fixture patches and visual programming cues. It supports pixel-oriented workflows for LED systems, with an effect engine that outputs channel-level values for DMX-style control.
Scene playback can be organized into cue structures for repeatable concert programming. Tools for offline editing and device visualization help reduce rehearsal-only changes when stage patching or universe assignment shifts.
- +Pixel mapping workflow fits LED stage designs with complex channel layouts.
- +Effect engine supports repeatable visuals driven by palettes and groups.
- +Offline editing and visual preview reduce last-minute patch tweaks during rehearsals.
- +Multi-universe patching supports large shows with distributed outputs.
- –Effect control often requires careful parameter tuning to match real rig behavior.
- –Complex shows can be slower to adjust without strong cue planning.
- –Workflow depends on accurate fixture profiles and patch data quality.
- –Integration automation needs more setup than cue-only editors.
Best for: Fits when concert teams need cueable visual effects and pixel mapping across multi-universe LED rigs.
Stage Precision
vertical specialistTracking and previsualization platform for complex concert productions.
Offline cue authoring with a show-oriented cue stack workflow that stays consistent across rehearsals and console exports.
Stage Precision targets concert lighting programming teams that need an offline editor and repeatable cue workflows. It focuses on building a fixture patch and cue list that can be iterated against a visualizer without changing a console file every time.
The tool supports time-based cues with fade behavior and common programming handoffs like console file export. It also provides automation hooks for consistent scene and group reuse across shows.
- +Cue-driven workflow maps directly to rehearsal changes and playback structure
- +Offline authoring supports fixture patching and cue list preparation before show deployment
- +Visualizer feedback reduces trial-and-error when refining positions and palettes
- +Exports console-compatible programming artifacts for handoff to playback operators
- –Effect and pixel mapping coverage can feel narrow versus dedicated pixel-focused editors
- –Large productions need disciplined fixture patch and grouping to stay navigable
- –Deep MIDI timecode and OSC integration is not as universally documented as in some competitors
- –Automation requires setup patterns that take time to standardize across operators
Best for: Fits when lighting designers need an offline cue workflow with export for console handoff on multi-act concerts.
Conclusion
After evaluating 10 art design, QLC+ stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right concert lighting design software
Concert lighting design software is judged by how reliably cue timing and fixture intent carry from offline rehearsal into DMX playback, and the top tools here divide along cue-stack workflow depth versus pixel and effects throughput. This buyer’s guide covers QLC+ for offline cue testing and direct DMX playback, WYSIWYG for fast visual programming with reusable palettes, and grandMA3 onPC for console-grade programming on a controllable PC workflow.
Concert lighting design software for cue-stack rehearsal, visualization, and console handoff
Concert lighting design software is built around programming models that generate repeatable cue timing and fixture output under real rehearsal constraints, with workflows centered on cue lists, cue stacks, and fixture patching. QLC+ emphasizes an offline editor workflow with fixture profiles and a clear patch list, plus cue list playback with cue fade timing controls to reduce DMX surprises during rehearsal. WYSIWYG focuses on integrated offline visual programming where fixture patching stays tightly coupled to the visual output, while its scene and palette reuse targets rapid iteration.
Other tools prioritize different operational guarantees, such as grandMA3 onPC keeping rehearsal and show operation on a console-native cue stack and palette workflow via console file export. Capture further distinguishes itself with show-timeline cue-stack organization that keeps cue timing consistent from offline programming into console-ready cue lists, while also supporting multi-universe DMX output for venue layouts. Eos targets complex rigs with a cue stack and tracking model that preserves programmed intent when channels and effects update mid-show.
Rehearsal-to-show control features that preserve cue intent
Cue timing and fixture intent survive best when a tool keeps a cue stack model consistent from offline editing through DMX playback. The strongest products also reduce operator translation work by aligning cue timing, fades, and patching with how the show is actually run.
Offline cue testing with controlled DMX playback
QLC+ offers an offline editor workflow with fixture profiles and a clear patch list, plus cue list playback with cue fade timing controls. WYSIWYG also couples offline visual programming to fixture patching so rehearsal updates stay attached to the visual output.
Cue stack organization that carries into console operation
Capture provides cue stack editing with show-timeline organization so cue timing stays consistent from offline programming into console-ready cue lists. grandMA3 onPC keeps rehearsal and show operation on the same programming language via console file export.
Multi-universe DMX output and patch handling for complex venues
Capture supports multi-universe DMX output so cue lists match real venue layouts that span universes. QLC+ and Onyx both handle multi-universe patching for larger rigs, which matters when a patch list must remain stable across rehearsal and show.
Cue timing and fade precision during performance control
Onyx focuses on a console-centric cue and playback engine that keeps performance timing stable during real-time busking. QLC+ still provides cue fade timing controls in cue list playback, but Onyx targets live operator timing as the primary guarantee.
Tracking and execution that preserve intent under channel and effect changes
Eos uses a cue stack and tracking model that preserves programmed intent when channels and effects update mid-show. QLC+ is centered on offline cue testing, so intent preservation under mid-show channel mutations is not its primary differentiator.
Effects and pixel mapping throughput for LED stage designs
MADRIX combines a pixel mapping workflow with an effects engine and palette-driven scene control, which fits concert workflows built around cueable visuals. Stage Precision and QLC+ can handle offline cue preparation, but pixel-focused throughput and effect parameter breadth are weaker in those approaches.
Choose the cue model first, then match automation and export behavior
Lighting design software becomes predictable when the chosen cue model matches the operational style of rehearsal and show control. Teams running cue stacks as the main interface should favor products with consistent cue organization and reliable offline-to-playback mapping.
Pick the workflow that matches rehearsal authority
If rehearsal authority lives in offline cue building with immediate DMX confirmation, QLC+ fits because offline cue testing runs through cue list playback with cue fade timing controls. If rehearsal authority lives in a visual programming loop where patch edits track the rendered output, WYSIWYG fits because fixture patching remains tightly coupled to the visual output.
Decide whether cue timing must be console-native
If the team wants rehearsal and show operation on one programming language, grandMA3 onPC fits because it centers console-native cue stack and palette workflows via console file export. If the team needs cue-stack editing with show-timeline organization and reliable cue lists, Capture fits because it keeps cue timing consistent from offline programming into console-ready cue lists.
Match universe complexity to the DMX output model
If venue layouts span multiple DMX universes and cue lists must follow that mapping, Capture fits because it supports multi-universe DMX output. If the rig is built around offline fixture profiles with a stable patch list, QLC+ fits because its patch list and cue list playback are designed to keep offline DMX testing aligned.
Select based on live busking and timing stability needs
If the show operator will busk using cue playback with stable performance timing, Obsidian Onyx fits because it is console-centric and built to keep performance timing stable during real-time busking. If busking is less central and rehearsal accuracy matters more, QLC+ stays the tighter match due to its offline cue testing workflow.
Choose tracking depth when channels and effects can change mid-show
If complex rigs require preserving programmed intent when channels and effects update mid-show, Eos fits because its cue stack and tracking model preserves intent under those updates. If the show state changes come mainly from cue sequencing rather than mid-show channel mutation, Capture and QLC+ can cover the workflow without Eos-level tracking depth.
For LED-centric programming, prioritize pixel mapping and effects control
If the production depends on cueable pixel mapping and palette-driven visuals across multi-universe LED rigs, MADRIX fits because its pixel mapping workflow pairs with an effects engine and repeatable palette-driven scene control. If the production needs offline cue stacks for console handoff and effects are secondary, Stage Precision and QLC+ fit because the cue workflow stays show-oriented even when effect coverage is narrower.
Who each tool fits based on show organization and programming style
Concert lighting design teams plan around two constraints: how cues are authored under rehearsal time pressure and how the show is executed under operator load. The tools in this list split those responsibilities in different places.
Small to mid-size teams running rehearsals with offline DMX confirmation
QLC+ fits because it emphasizes offline cue creation plus direct DMX playback with cue fade timing controls and a fixture profile driven patch list. LightConverse also supports offline editing for rehearsals without network dependence, but its automation depth is weaker for larger show behaviors.
Touring teams that want one programming model for rehearsal and show
grandMA3 onPC fits touring operations because console file export keeps cue stack and palette workflows consistent from rehearsal into live control. Capture fits when the tour needs cue-stack programming with show-timeline cue organization and multi-universe output support.
Theatrical and complex rig operators where mid-show state changes must keep intent
Eos fits when channel and effect updates can occur mid-show because the cue stack and tracking model preserves programmed intent. Syncronorm Depence fits when versioned show file structure and operator handoff clarity matter more than automation breadth.
Operators who busk with live cue playback and need stable timing
Onyx fits live busking because its console-centric cue and playback engine stabilizes performance timing during real-time operation. QLC+ supports cue fade timing in playback, but Onyx is built around the live operator execution loop.
Concert productions centered on pixel mapping and cueable LED effects
MADRIX fits LED stage work because it pairs high-throughput pixel mapping with an effect engine and palette-driven scene control. Stage Precision fits when offline cue stacking and console export preparation matter more than deep pixel and effect breadth.
Common failure points when cue timing must match real output
Most problems come from mismatched cue organization between offline work and show playback, or from underestimating how much manual structuring automation requires. The risks grow when teams treat cue logic as portable instead of tool-native.
Assuming offline cue timing exports without alignment work
Capture includes cue stack workflow that keeps timing consistent, but console export coverage can require manual alignment of cue timing. QLC+ emphasizes cue list playback with cue fade timing controls, so rehearsals should validate fade behavior before console handoff.
Building complex automation without planning manual structure across scenes and cues
QLC+ cautions that advanced automation needs manual structuring across scenes and cues, so deep cue logic should be organized during offline authoring. WYSIWYG also depends on workflow discipline for advanced automation because cue logic can be less portable than console-native programming models.
Overloading a live busking workflow without testing performance stability
Onyx is designed to keep performance timing stable during real-time busking, so it should be the first candidate when timing stability is the operator requirement. If the team instead uses offline-first tools, a rehearsal test must confirm cue fade timing under load.
Underestimating the training cost of cue stack workflows with tracking depth
Eos increases workflow depth and command memorization, which adds training time for operators. If operator training time is constrained, Capture or QLC+ may reduce cognitive load because cue stack workflow is the primary interface rather than tracking-heavy state preservation.
Choosing a cue-stack oriented editor for LED pixel mapping without verifying effect tuning workload
MADRIX effect control can require careful parameter tuning to match real rig behavior, so visual parity must be validated in rehearsal. Tools such as Stage Precision and QLC+ can prepare cue lists for console handoff, but their effect and pixel mapping coverage can feel narrow for complex LED programming.
How We Selected and Ranked These Tools
We evaluated the tools using feature coverage for cue timing, offline to playback workflow, and rehearsal-to-show consistency, with 40% weight on features. Ease of use and value each drove 30% weight, based on how quickly teams can author cue stacks, patch fixtures, and run offline DMX validation loops.
QLC+ ranked highest because its offline editor workflow pairs fixture profiles and a clear patch list with cue list playback that includes cue fade timing controls, which directly reduces DMX surprises during rehearsal. The ranking also penalized gaps where cue stack and show organization are lighter than major console feature sets, especially for advanced automation that needs manual structuring.
Frequently Asked Questions About concert lighting design software
How does offline visualization work when validating fixture patching and cue timing before stage output?
Which tools support console-style cue stack workflows for repeatable playback?
When should an Art-Net or sACN output path be used for show testing in an offline editor?
What breaks if cue fades or effect timing are authored differently between offline and console playback?
Which software uses timecode-based cue control for synchronization during rehearsals and live operation?
How do integrations and APIs show up in concert lighting design software beyond exporting console files?
How are security and admin controls handled when multiple operators edit or operate the same show file?
What data migration workflow is most practical when moving from an existing patch list or fixture personality library?
Where does pixel mapping fall short when a show needs cueable effects on LED fixtures across multiple universes?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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