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Construction InfrastructureTop 10 Best Cable Layout Software of 2026
Top 10 cable layout software ranked by criteria for electrical design teams. Reviews compare SOLIDWORKS Electrical, SmartPlant Electrical, CADMATIC.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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SOLIDWORKS Electrical is the strongest fit for teams that want schematic-to-schedule automation with controlled revisions across panels and cabinets, whereas CADMATIC Electrical suits engineering groups needing repeatable cable layout documentation tied to electrical rules.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
SOLIDWORKS Electrical
Electrical data to downstream wiring documentation uses a consistent revision-aware workflow, reducing manual schedule edits.
Best for: Fits when teams need schematic-to-schedule automation with controlled revision data across panels and cabinets.
SmartPlant Electrical
Editor pickConnection-driven electrical design workflows that propagate changes into wiring documentation and related drawings.
Best for: Fits when plants need governed wiring deliverables that stay consistent through revisions.
CADMATIC Electrical
Editor pickRule-driven cable routing and labeling propagation across connected drawings and schedule-style outputs.
Best for: Fits when engineering teams need repeatable cable layout documentation tied to electrical rules.
Comparison Table
SOLIDWORKS Electrical
enterpriseElectrical design software for schematics, wires, cables, harnesses, and 3D mechanical integration.
Electrical data to downstream wiring documentation uses a consistent revision-aware workflow, reducing manual schedule edits.
SOLIDWORKS Electrical supports schematic capture and then drives downstream deliverables such as wiring diagrams, termination schedules, and cabinet-related documentation from the same electrical dataset. Its cable routing documentation focuses on traceable connections rather than only visual line placement, which helps keep revisions consistent across drawings. Integration with SOLIDWORKS assemblies enables electrical-to-mechanical context when panel components and mounting details are part of the same product model.
A practical tradeoff is that rule configuration and data hygiene determine output quality, so teams need consistent device libraries and naming conventions to avoid schedule churn. SOLIDWORKS Electrical fits best when engineering uses controlled schematic templates and then expects cable schedules and wiring documentation to update during revision cycles. It can also be a stronger fit than general CAD tools when large harness variants require repeatable generation steps.
- +Schematic-driven generation keeps connection diagrams aligned during revisions
- +Terminal and wire schedules update from shared electrical data set
- +SOLIDWORKS integration reduces disconnect between panels and mechanical models
- +API and macros support automation for importing and synchronizing records
- –Rule setup and library consistency take time to establish
- –More governance needed to prevent schedule differences across templates
- –Some cable layout steps depend on configuration rather than one-click workflows
- –Complex projects benefit from specialist administration
Electrical engineering teams
Generate wiring docs from schematics
Fewer manual edits
Panel design coordinators
Sync cabinet context with wiring
Reduced panel wiring mismatches
Show 2 more scenarios
Systems integrators
Standardize wire numbering across variants
More consistent documentation
Teams apply consistent naming and rule logic while generating schedules for harness variants.
Automation-focused engineering ops
Automate electrical data imports
Faster revision throughput
APIs and macros support ingesting device and connection records and producing updated outputs.
Best for: Fits when teams need schematic-to-schedule automation with controlled revision data across panels and cabinets.
SmartPlant Electrical
enterpriseEnterprise electrical and cable management system for power and process plant design.
Connection-driven electrical design workflows that propagate changes into wiring documentation and related drawings.
SmartPlant Electrical is built for projects where electrical design artifacts must stay aligned to equipment, tags, and engineering revisions across multiple drawings and documents. Its workflow centers on maintaining coherent electrical relationships so that connection diagrams and wiring documentation reflect the same underlying engineering changes. The typical fit is teams that already run model-based engineering and need tighter governance than drawing-by-drawing edits.
A tradeoff appears in environments that need quick, lightweight cable routing edits without strong model discipline. Cable route impacts still require correct engineering inputs for downstream documentation to stay consistent. SmartPlant Electrical fits best when wiring deliverables, tagging, and revision control must survive repeated reviews, not only when producing a one-off diagram set.
- +Model-driven wiring documentation keeps diagrams and wiring changes aligned
- +Plant-oriented engineering context improves reuse across equipment and revisions
- +Consistent tagging and connection handling reduces downstream rework
- +Revision-focused workflows support controlled document updates
- –Strong model discipline is required to avoid cascading documentation edits
- –Routing adjustments can feel slower than drawing-only tools
- –Integration depth may demand dedicated admin and engineering standards
- –Best results depend on clean upstream reference data
Plant electrical engineering teams
Maintain wiring deliverables across revisions
Fewer inconsistencies in reviews
Engineering governance leads
Standardize electrical design across projects
More predictable deliverables
Show 1 more scenario
Integration-focused engineering firms
Synchronize electrical data with existing systems
Less manual reconciliation
Electrical engineering outputs align with plant data used for asset context and controlled revisions.
Best for: Fits when plants need governed wiring deliverables that stay consistent through revisions.
CADMATIC Electrical
vertical specialistElectrical design software for marine, plant, and industrial systems with cable routing and documentation.
Rule-driven cable routing and labeling propagation across connected drawings and schedule-style outputs.
CADMATIC Electrical is built around producing cable routing and connection views from shared electrical project data, which reduces mismatches between drawings and schedules. It supports wire numbering and cable tagging so that reroutes and topology edits propagate into labeling and related documentation outputs. It also covers cabinet and panel layout work that helps teams keep termination and installation documentation aligned with the physical equipment drawing set.
A key tradeoff is that the automation depth depends on how consistently electrical design rules and naming conventions are configured before large rerouting cycles. Teams using point-to-point wiring style documentation and frequent late-stage revisions typically benefit, because regeneration keeps cable schedules and drawing labeling synchronized. Teams that need highly customized integration logic for external systems may find the integration work more dependent on configuration and internal process alignment than on a broad plugin ecosystem.
- +Layout-driven generation keeps routing drawings and labeling aligned
- +Consistent wire numbering and tagging across diagram edits
- +Panel and cabinet layout activities support documentation continuity
- +Electrical design rule enforcement reduces manual correction cycles
- –Good automation depends on upfront rules and naming conventions
- –External workflow integration often requires process mapping
- –Late changes can still trigger extensive regeneration review effort
- –Some advanced custom workflows may require specialist configuration
Electrical design teams
Frequent reroutes with consistent labeling
Fewer drawing and schedule mismatches
Panel and cabinet engineers
Termination documentation aligned to layout
Clearer installation documentation
Show 1 more scenario
Automation-focused engineering managers
Standardized electrical rule enforcement
Lower rework after revisions
Electrical design rules enforce naming and connectivity consistency during document generation.
Best for: Fits when engineering teams need repeatable cable layout documentation tied to electrical rules.
EPLAN Electric P8
enterpriseElectrical engineering software for schematics, cable documentation, wiring, and cabinet layouts.
Revision-safe linking between schematic connection objects and cable documentation reduces schedule mismatches during change cycles.
EPLAN Electric P8 focuses on end-to-end cabinet and wiring documentation from schematic structure to physical installation views. Cable routing and wiring documentation are driven by an engineering data model that connects terminals, connections, and identifiers across the project.
- +Connection-linked identifiers reduce rework when schematics change
- +Cable schedule outputs stay consistent with terminal and connection definitions
- +Engineering rule checks help catch segregation and clearance violations early
- +Extensive template and macro-based document generation for repetitive cabinet work
- –Cable routing setup can require project-specific configuration to match standards
- –Many automation tasks depend on EPLAN-specific APIs and extensions rather than generic CAD scripting
- –Large projects can feel slow without disciplined structure and indexing
- –Some routing outputs are stronger for documentation than for fully optimizing physical paths
Best for: Fits when engineering teams need tightly linked documentation and cable schedules driven by connection data.
Zuken E3.series
enterpriseElectrical and fluid design software for wiring, cable harnesses, connectors, and control systems.
Traceable wiring documentation output generated from the same connectivity objects used in connection diagrams.
Zuken E3.series generates connection diagrams and wiring diagrams from structured design data tied to circuit and equipment objects. It supports cabinet and panel layout workflows for routing planning and documentation, with cross-links from schematic intent to installation drawings.
- +Connection diagram to wiring documentation stays linked to the same connectivity model.
- +Panel and cabinet layout workflows support installation-oriented drawing output.
- +Drawing revision control supports controlled iteration of wiring documentation.
- +Template-driven schedules reduce repeated manual edits across projects.
- –Automation depth depends on correct upfront configuration of design rules and templates.
- –Some routing checks need disciplined data population for cables and connectivity.
- –Data interchange with non-Zuken CAD ecosystems can require mapping work.
- –Advanced workflows rely on trained administrators for consistent project standards.
Best for: Fits when engineering teams need controlled, repeatable wiring documentation from a structured connectivity basis.
ETAP
enterpriseElectrical system software for network modeling, cable sizing, power studies, and engineering documentation.
Electrical design-rule linkage helps keep cable documentation aligned with connectivity assumptions during revisions.
ETAP focuses on electrical design workflows where cable and harness information must stay aligned with electrical connectivity and downstream documentation. It supports cable routing and drawing outputs for cabinet and panel work, while wiring diagrams and termination-oriented documentation help teams keep installation details consistent.
- +Electrical connectivity context stays tied to cable documentation
- +Routing drawings support cabinet and panel installation detail
- +Termination and wiring outputs reduce disconnects between views
- +Design rules influence what is allowed during documentation
- –Cable-length and routing intelligence depends on input completeness
- –Automation for bulk cable schedule revisions is limited versus CAD-native tools
- –API and integration surface is less documented than engineering CAD ecosystems
- –Harness-level modeling can feel constrained for complex industrial bundling
Best for: Fits when electrical connectivity and installation documentation must stay consistent across drawings.
AVEVA Electrical
enterpriseElectrical design and cable management for process and power plants.
Constraint-driven wiring and panel documentation workflow that keeps numbering and cable schedule outputs aligned during revision cycles.
AVEVA Electrical is a cable and wiring design application focused on CAD-integrated electrical documentation workflows. It supports schematic-to-layout consistency for wiring diagrams and panel-oriented documentation, with constraints and drawing outputs designed for revision-controlled engineering sets.
- +Tight schematic to wiring documentation workflow for revision-driven engineering sets.
- +Strong support for cable schedule outputs and wire numbering consistency across drawings.
- +Engineering rule checking supports practical layout constraints during design.
- +CAD interoperability helps keep electrical content aligned with downstream deliverables.
- –Setup and configuration discipline is needed to keep rules consistent across teams.
- –Automation via external integration is narrower than general CAD automation ecosystems.
Best for: Fits when electrical teams need consistent documentation and cable schedule outputs across schematic and wiring deliverables.
WireCAD
vertical specialistCable management and documentation software for broadcast and A/V facility wiring.
WireCAD’s cable and wire numbering rules drive wiring diagram content and tag text together, keeping documentation aligned during revisions.
WireCAD is a cable layout software that focuses on generating wiring diagrams, panel and cabinet labeling outputs, and structured documentation from engineering inputs. It centers its workflow on cable and wire numbering logic, connection diagram drafting, and repeatable layout generation for multi-drawer and multi-panel assemblies.
- +Numbering-driven wiring diagrams reduce manual cross-references
- +Termination and tag outputs map directly to drafting objects
- +Repeatable cabinet and panel layout generation for structured builds
- +Revision-friendly drawing updates for wiring documentation sets
- –Automation depth for large-scale reuse is limited without disciplined templates
- –API and integration surface is not documented at the level expected for enterprise governance
Best for: Fits when engineering teams need consistent wiring documentation outputs from CAD-native cable numbering.
Electra E8
SMBCloud-based electrical CAD for wiring diagrams, cable scheduling, and panel layouts.
Rule-driven export ties cable schedule content directly to wiring and termination documentation views within the same project data.
Electra E8 generates cable schedule outputs and wiring-centric drawings from an engineering data workspace, with focus on consistency between what is scheduled and what is shown on the installation documentation. It supports point-to-point workflows for panel, cabinet, and harness wiring so designers can drive assignments, then propagate numbering and tagging into the relevant drawing views.
- +Tight wiring and schedule linkage reduces mismatch between reports and drawings
- +Electrical design rules drive repeatable separation and routing constraints
- +Structured report generation supports termination schedule style outputs
- +Project-based data workflow keeps numbering and tagging consistent across views
- –Automation depth for bulk edits can be limited versus scriptable CAD-integrated tools
- –Governance requires careful rule and template setup to avoid inconsistencies
Best for: Fits when teams need wiring-first documentation that keeps cable schedules and tagging aligned.
Trace Software elecworks
enterpriseElectrical schematic design with cable management, terminal blocks, and BOM generation.
Connection-driven generation of wire numbering and termination schedule artifacts from the same project connectivity basis.
Trace Software elecworks targets cable layout and wiring documentation teams that already need rule-based drawing output and consistent revision handling. It supports cable routing documentation plus wire numbering and termination schedule generation inside a CAD-driven workflow.
- +Rule-driven wiring and cable drawing output supports repeatable layouts
- +Consistent generation of wire numbering and termination schedule artifacts
- +Revision-friendly documentation structure reduces mismatched drawing outputs
- +Practical coverage for panel and cabinet layout deliverables
- –Automation and integration depth can lag specialist CAD interchange workflows
- –Cable routing checks require disciplined configuration for accurate results
- –Editing complex connectivity changes can be slower than annotation-first tools
- –Extensibility depends on the available integration surface rather than scripting
Best for: Fits when engineering teams need consistent wiring documentation outputs from a CAD-driven workflow without deep custom automation.
Conclusion
After evaluating 10 cable layout software, SOLIDWORKS Electrical 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 Cable Layout Software
Cable layout software targets the handoff between wiring documentation and physical layout work by generating consistent artifacts from shared electrical connectivity and revision cycles. This guide covers SOLIDWORKS Electrical, SmartPlant Electrical, CADMATIC Electrical, EPLAN Electric P8, Zuken E3.series, ETAP, AVEVA Electrical, WireCAD, Electra E8, and Trace Software elecworks.
The standout differences across these tools show up in how connection objects drive cable routing drawings and cable schedule or terminal outputs, and in how rule setup affects revision-safe consistency. The buying guide sections that follow compare integration depth, automation surface expectations, and the governance discipline each workflow requires for controlled deliverables across panels and cabinets.
Cable Layout Software for revision-safe routing, wiring documentation, and cable schedules
Cable layout software combines connectivity-based engineering rules with drawing and schedule generation so cable routing, wire numbering, and tagging stay aligned as designs change. SOLIDWORKS Electrical emphasizes a schematic-to-schedule workflow that uses shared electrical data to keep connection diagrams and terminal or wire schedules consistent during revisions.
SmartPlant Electrical takes a connection-driven approach that propagates wiring documentation changes through a model-driven workflow built for plants and equipment reuse. Tools such as EPLAN Electric P8 focus on revision-safe linking between schematic connection objects and cable documentation outputs to reduce schedule mismatches during change cycles.
Category-specific capabilities that determine wiring deliverable consistency
Cable layout software succeeds when connectivity-driven identifiers keep cable routing drawings, wire numbering, and cable schedule outputs consistent during revision cycles. SOLIDWORKS Electrical, EPLAN Electric P8, and AVEVA Electrical all emphasize revision-safe linking between connection objects and downstream wiring documentation.
Revision-safe schematic-to-document linkage
SOLIDWORKS Electrical uses a consistent revision-aware workflow so electrical data drives downstream wiring documentation with fewer manual schedule edits. EPLAN Electric P8 links schematic connection objects to cable documentation so change cycles do not create schedule mismatches.
Model-driven propagation across wiring deliverables
SmartPlant Electrical propagates wiring documentation changes through connection-driven model workflows designed for plant and equipment reuse. AVEVA Electrical provides a constraint-driven wiring and panel documentation workflow that keeps numbering and cable schedule outputs aligned during revisions.
Rule-driven routing and labeling propagation
CADMATIC Electrical is built around rule-driven cable routing and labeling propagation across connected drawings and schedule-style outputs. Electra E8 ties cable schedule content directly to wiring and termination documentation views within the same project data.
Connection-based wiring documentation output generation
Zuken E3.series generates wiring documentation from the same connectivity objects used in connection diagrams to preserve traceability. Trace Software elecworks uses connection-driven generation of wire numbering and termination schedule artifacts from a shared project connectivity basis.
Automation depth for bulk schedule and library governance
SOLIDWORKS Electrical keeps connection diagrams and terminal or wire schedules synchronized via shared electrical data set workflows. WireCAD can drive numbering-driven wiring diagram content from CAD-native cable numbering but depends more on disciplined templates for large-scale reuse.
Integration and extensibility surface for enterprise workflows
EPLAN Electric P8 often relies on EPLAN-specific APIs and extensions for automation tasks rather than generic CAD scripting. CADMATIC Electrical can require process mapping for external workflow integration even when rule setup enables strong routing and labeling propagation.
How to choose Cable Layout Software based on workflow control and automation fit
Selection starts with the source of truth for wiring deliverables. Tools like SOLIDWORKS Electrical and EPLAN Electric P8 treat connection objects as the revision-safe anchor for schedules and wiring documentation.
Pick the revision anchor for schedules and drawings
If the requirement is revision-aware schematic-to-schedule consistency using shared electrical data, choose SOLIDWORKS Electrical to keep connection diagrams and terminal or wire schedules aligned during revisions. If the requirement is linking identifiers between schematic connection objects and cable documentation to prevent schedule mismatches, choose EPLAN Electric P8.
Choose model-driven reuse or layout-driven rule propagation
If equipment reuse and plant context drive deliverables, choose SmartPlant Electrical because it is connection-driven and propagates wiring documentation changes through a model-driven workflow. If repeatable routing and labeling across connected drawings is the main goal, choose CADMATIC Electrical because its rule-driven cable routing and labeling propagation generate schedule-style outputs from connected drawings.
Match automation depth to bulk revision workflows
If teams perform frequent bulk schedule changes across terminals, wires, and connection diagrams, SOLIDWORKS Electrical fits because its schematic-driven generation uses shared electrical data to reduce manual schedule edits. If the organization relies on wiring-first outputs and accepts limited bulk automation, Electra E8 provides rule-driven export that ties cable schedule content to wiring and termination documentation views within the same project data.
Validate governance load for shared rules and templates
If schedule consistency across templates is required, confirm whether governance discipline is acceptable because SOLIDWORKS Electrical can need more governance to prevent schedule differences across templates. If rule and template configuration will be standardized centrally, EPLAN Electric P8 can reduce schedule mismatches via connection-linked identifiers, but cable routing setup may require project-specific configuration.
Assess integration expectations against the documented automation surface
If enterprise automation requires scriptable control beyond vendor ecosystems, CADMATIC Electrical may still require process mapping for external workflow integration. If automation tasks depend on platform-specific tooling, EPLAN Electric P8 can rely more on EPLAN-specific APIs and extensions than generic CAD scripting.
Account for routing intelligence dependence on data completeness
If routing intelligence depends on complete inputs, ETAP can face limitations because cable-length and routing intelligence depends on input completeness. If routing checks can be handled with disciplined configuration and disciplined data population, Zuken E3.series supports controlled, repeatable wiring documentation generation from structured connectivity.
Who benefits from Cable Layout Software with revision-safe connectivity workflows
Cable layout software benefits teams that must deliver wiring documentation, cable schedules, and installation-ready layouts that stay consistent as designs change. The strongest fit depends on whether the organization anchors outputs in connection objects, model-driven reuse, or rule-driven routing generation.
Electrical engineering teams driving panel and cabinet deliverables
SOLIDWORKS Electrical supports schematic-to-schedule automation across panels and cabinets by updating connection diagrams and terminal or wire schedules from shared electrical data set workflows. Zuken E3.series supports installation-oriented drawing output through panel and cabinet layout workflows tied to structured connectivity.
Plants and equipment engineering groups with governed engineering sets
SmartPlant Electrical provides connection-driven electrical design workflows that propagate changes into wiring documentation and related drawings for plant reuse. AVEVA Electrical supports constraint-driven wiring and panel documentation workflow with consistent numbering and cable schedule outputs across schematic and wiring deliverables.
Teams that standardize routing rules and want propagation across connected drawings
CADMATIC Electrical focuses on rule-driven cable routing and labeling propagation across connected drawings with schedule-style outputs. Electra E8 provides wiring-first documentation generation that keeps cable schedules and tagging aligned via rule-driven export tied to the same project data.
Organizations that require traceability from connection diagrams into wiring and termination schedules
EPLAN Electric P8 reduces rework by linking schematic connection object identifiers to cable documentation and cable schedule outputs. Trace Software elecworks generates wire numbering and termination schedule artifacts from the same project connectivity basis for consistent outputs.
Engineering teams with heavy data completeness constraints
ETAP supports electrical design-rule linkage that helps keep cable documentation aligned with connectivity assumptions, but cable-length and routing intelligence depends on input completeness. WireCAD can reduce manual cross-references using numbering-driven wiring diagrams but requires disciplined templates for large-scale reuse.
Common implementation mistakes that break cable schedule and routing consistency
Most cable layout failures come from missing governance discipline around rules, naming conventions, and template synchronization. These issues show up as schedule mismatches, inconsistent wire numbering, and rework when schematics change.
Allowing different templates to drift so terminal and wire schedules diverge across deliverables
SOLIDWORKS Electrical can require governance discipline to prevent schedule differences across templates, because schedule alignment depends on consistent rule and library setup. Establish one shared template set for terminal definitions and wire schedules before scaling across panels and cabinets.
Underestimating the rule setup and naming convention workload needed for rule-driven automation
CADMATIC Electrical automation depends on upfront rules and naming conventions, so delayed rule standardization causes inconsistent routing drawings and labeling. WireCAD also relies on disciplined templates to extend numbering-driven outputs beyond small project scopes.
Assuming routing intelligence works without complete cable and connectivity inputs
ETAP limits cable-length and routing intelligence when input completeness is weak, so routing drawings will not reflect accurate cable-length outcomes. Electra E8 can also produce inconsistent results when rule and template setup does not match the organization’s separation and routing constraints.
Overriding model discipline so connection-driven propagation becomes noisy
SmartPlant Electrical requires strong model discipline so connection-driven propagation does not cascade documentation edits across revision cycles. EPLAN Electric P8 can also require project-specific configuration for cable routing setup to match standards.
Expecting generic CAD scripting to cover automation tasks without platform-specific extensions
EPLAN Electric P8 indicates many automation tasks depend on EPLAN-specific APIs and extensions rather than generic CAD scripting. CADMATIC Electrical can require process mapping for external workflow integration, so automation expectations must match the available integration surface.
How We Selected and Ranked These Tools
We evaluated SOLIDWORKS Electrical, SmartPlant Electrical, CADMATIC Electrical, EPLAN Electric P8, Zuken E3.series, ETAP, AVEVA Electrical, WireCAD, Electra E8, and Trace Software elecworks against wiring deliverable consistency in revision cycles. Features accounted for 40% of the weighting because connection-linked workflows, wiring and cable schedule generation, and rule-driven propagation determine how often teams avoid manual schedule edits.
Ease and value each accounted for 30% because rule setup workload, template discipline demands, and routing workflow speed affect time to usable deliverables. SOLIDWORKS Electrical separated itself with a schematic-driven generation workflow that ties terminal and wire schedules to a consistent revision-aware electrical data set, which reduces manual schedule differences when designs change.
Frequently Asked Questions About Cable Layout Software
How does SOLIDWORKS Electrical keep wire numbering and terminal block schedule outputs consistent across schematic and cabinet work?
What data model approach does EPLAN Electric P8 use to prevent wiring diagram and cable schedule mismatches during revisions?
When should CADMATIC Electrical be selected for cable routing work that must stay tightly coupled to electrical rules and tagging?
How does Zuken E3.series generate wiring documentation that traces back to connection objects instead of rebuilding diagrams manually?
What breaks if an organization tries to manage SmartPlant Electrical as document export instead of a model-driven engineering workflow?
How do ETAP and AVEVA Electrical differ in how design-rule linkage affects cable and harness documentation?
Which tool best supports CAD-native cable documentation where cable and wire numbering rules drive tag text together?
How does Electra E8 handle revision-aware export when teams need cable schedules and wiring-centric drawings to match?
What integration and API needs are typical for projects using Trace Software elecworks alongside other electrical engineering tools?
Which administration and security controls matter most when multiple engineering groups edit shared electrical design data?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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