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Construction InfrastructureTop 10 Best Decking Design Software of 2026
Decking Design Software comparison roundup ranking top picks like SketchUp, AutoCAD, and Rhino by features for deck planning and layout.
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%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
SketchUp
Push-Pull editing with the integrated component system for decking layouts
Built for designing custom decks with fast 3D iteration and reusable components.
AutoCAD
Editor pickDWG-based blocks and external references for reusable decking plan components
Built for contractors needing detailed 2D decking CAD drawings for downstream fabrication.
Rhino
Editor pickNURBS-based geometry with scripting and Grasshopper for parametric deck modeling
Built for designers needing CAD-accurate decking geometry and plugin-driven customization.
Related reading
Comparison Table
This comparison table ranks Decking Design Software tools such as SketchUp, AutoCAD, and Rhino by integration depth, data model coverage, and the API surface available for automation and extensibility. Each row maps configuration patterns to admin and governance controls, including RBAC, provisioning workflows, and audit log support, so tradeoffs show up in measurable system behaviors. The table also flags how each platform handles deck-specific geometry, material parameters, and model-to-render handoffs that affect setup time and throughput.
SketchUp
3D modelingSketchUp provides fast 3D modeling with a large ecosystem of extensions for deck and outdoor layout visualization.
Push-Pull editing with the integrated component system for decking layouts
SketchUp stands out with fast, interactive 3D modeling using push-pull editing and a large component ecosystem. It supports deck-specific workflows by letting users model joists, boards, rails, and stairs as editable geometry and reusable components.
The software also enables visual review through accurate perspectives and scene management for presenting design options. Export options support downstream sharing for renders, coordination, and documentation workflows.
- +Push-pull modeling makes deck framing and board layout quick
- +Extensive 3D warehouse components speed up rails, stairs, and decking details
- +Scene-based camera views help compare deck design options
- +Styles and section cuts improve material review and build planning
- –Deck-specific automation for spacing and code rules is limited
- –Modeling complex joinery can become time-consuming
- –Large projects can slow down when geometry and components multiply
- –Advanced rendering quality depends on external tools and plugins
Deck builders and estimators
Produce material takeoffs from modeled decks
Fewer remeasures and change orders
Architects and designers
Design stairs, rails, and framing geometry
Clearer coordination with consultants
Show 1 more scenario
Homeowners and project managers
Review scene-based deck design options
Quicker sign-off on revisions
Use saved scenes for walk-through perspectives that support design approval meetings.
Best for: Designing custom decks with fast 3D iteration and reusable components
More related reading
AutoCAD
CAD draftingAutoCAD supports precise 2D drafting and 3D modeling workflows for deck plans, measurements, and construction detailing.
DWG-based blocks and external references for reusable decking plan components
AutoCAD stands out for its widely adopted CAD foundation and strong 2D drafting control for structural layouts. It supports precise geometry workflows, annotation, and dimensioning tools suitable for decking plans and cut lists using scalable drawing standards.
Core capabilities include DWG-based design, layer management, object snaps, and robust referencing through blocks and external references. For decking-specific automation, it often relies on templates, scripts, and add-ons rather than built-in decking rules.
- +Precision 2D drafting with object snaps and dimension tools for decking layouts
- +DWG ecosystem supports collaboration and downstream detailing workflows
- +Blocks and external references help standardize repeated decking elements
- +Customizable layers and annotation standards improve plan consistency
- +Strong import and export supports integration with vendor and design files
- –Decking rules and material takeoffs require templates, scripts, or add-ons
- –Workflow setup for an efficient decking process takes training and time
- –Modeling complex deck geometry is manual compared with specialized tools
- –Visualization depends on external rendering steps rather than decking-specific outputs
Decking detailers
Produce DWG decking plans and elevations
Faster consistent plan output
Structural engineers
Coordinate joist spacing and cut lists
Reduced coordination errors
Show 2 more scenarios
CADD managers
Standardize templates and block libraries
Lower rework across teams
CADD managers enforce drawing standards using blocks, Xrefs, and automated inserts across projects.
Fabrication estimators
Generate drawing-based material takeoffs
More accurate material quantities
Fabrication estimators export scaled drawings and derived measurements to support cut list preparation.
Best for: Contractors needing detailed 2D decking CAD drawings for downstream fabrication
Rhino
NURBS modelingRhino delivers accurate NURBS surface modeling and flexible geometry tools that fit complex deck shapes and railing forms.
NURBS-based geometry with scripting and Grasshopper for parametric deck modeling
Rhino supports decking design through CAD-grade modeling, including NURBS surfaces for conforming layouts and accurate slope or elevation studies. Precise snapping, distance measurement, and construction geometry help translate real site constraints into frame-and-board geometry for inspection and revision. Rhino also benefits from plugin workflows that can generate repetitive board patterns and prepare data for fabrication-facing deliverables.
A practical tradeoff is that Rhino requires manual modeling discipline for documentation, so drafting outcomes depend on the quality of the model setup and layer conventions. Rhino fits best when decking plans need custom geometry, complex intersections, or exportable surfaces for downstream detailing and CNC or fabrication workflows.
- +NURBS modeling supports complex deck curvatures and custom details
- +Rhino plugins enable parametric deck layout automation and custom tools
- +DWG and common CAD exports support fabrication and drafting handoff
- +Accurate measurement tools support spacing, offsets, and elevation control
- –Decking-specific tools are not as turnkey as dedicated deck planners
- –Steeper learning curve for users needing automation with minimal CAD work
- –Modeling decks with board-by-board detail can be time intensive
Deck designers and detailers
Create custom frames and board layouts
Fabrication-ready drawings
Architectural CAD drafters
Draft slope and elevation deck studies
Fewer rework cycles
Show 2 more scenarios
Parametric designers
Generate repeating patterns via plugins
Faster layout iterations
Rhino workflows use scripts or plugins to produce board patterns from parameters and site surfaces.
Fabrication workflow leads
Export surfaces to downstream detailing
More consistent CNC inputs
Rhino prepares clean geometry exports that downstream tools can translate into cutting or assembly steps.
Best for: Designers needing CAD-accurate decking geometry and plugin-driven customization
Chief Architect
home design CADChief Architect focuses on architectural home design and produces construction-ready plans suited to exterior deck layouts.
Framing-centric deck and structure modeling that stays consistent across plan, elevation, and 3D
Chief Architect stands out for combining detailed residential design modeling with construction-level tools that extend beyond simple concept layouts. For decking design, it supports deck framing concepts, railing elements, stair configurations, and dimensioned plan views that align with how contractors document work.
The software also enables 3D visualization with materials and lighting so deck scale and adjacency to the house are easier to review. Strong architectural workflows make it effective when decking is part of a larger exterior renovation plan.
- +Deck elements tie into building models for consistent geometry and documentation
- +3D deck visualization helps validate proportions against existing structure
- +Plan, elevation, and section views support contractor-ready communication
- +Stairs and railing tools help cover common deck code-adjacent scenarios
- –Deck-specific workflows can feel complex compared with purpose-built deck tools
- –Editing detailed framing takes practice to keep results stable
- –Large projects may slow interactions during heavy 3D updates
Best for: Architects and remodelers producing deck plans with building-grade documentation
Lumion
3D visualizationLumion turns deck design models into photorealistic visuals and presentation renders for client approvals.
LiveSync real-time link for syncing model changes into Lumion instantly
Lumion stands out for real-time architectural visualization with instant lighting and materials feedback. It supports detailed exterior scenes using 3D models, landscape elements, and camera workflows that translate design intent into photoreal renderings.
Strong landscaping and sun-sky controls help decking concepts read clearly in context, including shadows, finishes, and time-of-day mood. The workflow centers on importing geometry rather than driving parametric decking layouts from deck-first inputs.
- +Real-time rendering speeds iteration on decking lighting and materials
- +Strong vegetation and landscape tools improve outdoor context around decks
- +High-quality camera, lens, and animation controls for client-ready visuals
- +Robust import workflow from common 3D modeling formats
- –Decking layout automation is limited compared with CAD-focused decking tools
- –Material realism depends on manual setup and library matching
- –Large scenes can strain performance without careful optimization
- –Deliverables still require design work outside Lumion for accurate structure
Best for: Architects and designers visualizing decking concepts with photoreal, real-time feedback
Twinmotion
real-time visualizationTwinmotion enables real-time rendering and scene setup for outdoor deck design walkthroughs and marketing visuals.
Real-time path-based walkthroughs with cinematic lighting and weather controls
Twinmotion stands out for fast photoreal 3D walkthroughs and turnkey environment visuals that help decking concepts feel tangible. It supports importing building geometry, placing decking materials with physically based rendering, and iterating views through camera paths and live presentation modes. Large outdoor scenes benefit from built-in lighting, weather, and vegetation tools that contextualize deck placement, grading, and lighting mood.
- +Photoreal rendering with strong lighting and material response for deck surfaces
- +Live presentation mode supports rapid client review of decking layouts
- +Weather, sun, and vegetation tools quickly contextualize outdoor decking concepts
- +Camera paths enable polished walkthroughs without heavy animation tooling
- –Deck layout logic is not specialized for code-driven railing, spacing, or joist planning
- –Precision modeling and measurement workflows are weaker than dedicated CAD tools
- –Complex scene performance can degrade with high-detail vegetation and large imports
- –Material control is flexible but can require trial and error to match real decking
Best for: Design teams visualizing outdoor decks with fast walkthroughs and photoreal context
Blender
free 3D suiteBlender offers free 3D modeling and rendering tools for producing deck designs and visualizations without vendor lock-in.
Python API plus modifiers for custom parametric decking geometry generation
Blender stands out as a full 3D modeling and rendering suite with a scriptable pipeline, not a dedicated deck plan app. It supports precise geometry workflows for railings, boards, posts, and parametric scene organization through modifiers and Python scripting.
High-quality renders and animation tools help visualize deck designs for review and iteration. Deck-specific automation is limited, so many decking features require modeling by hand or custom scripting.
- +Powerful 3D modeling tools for accurate deck components and assemblies
- +Python scripting enables custom decking generators and automated layouts
- +Node-based materials and strong rendering support polished design visuals
- –Decking-specific features like joist spacing tools are not built in
- –Learning curve is steep for clean, repeatable decking workflows
- –Plan-sheet outputs require extra modeling, measuring, or add-on work
Best for: Teams needing highly customizable deck visualization and scripting automation
Onshape
cloud CADOnshape delivers cloud-based parametric modeling for deck component design and collaboration across teams.
Real-time collaboration in the browser with parametric history
Onshape stands out with fully browser-based CAD plus real-time multi-user editing, which suits collaborative decking design reviews. It supports parametric modeling, assemblies, and drawings so boards, joists, and fastener details can be standardized and iterated.
Generative workflows are possible through APIs and feature scripts, which helps automate repetitive layout decisions for deck plans. For decking specifically, the combination of sketch constraints, dimensioned parts, and configurable configurations fits detail-driven design and documentation.
- +Real-time collaborative CAD editing for shared deck revisions
- +Parametric modeling enables reusable board and joist feature definitions
- +Drawings and annotations support fabrication-ready decking documentation
- –Deck-specific libraries and templates are limited compared with specialty tools
- –Complex assemblies can slow workflows on large decking projects
- –FeatureScript customization requires CAD and scripting proficiency
Best for: Teams designing customized decks with parametric CAD and collaborative review
PlanSwift
takeoff estimationPlanSwift creates takeoff and measurement outputs from drawings that help estimate decking materials and generate quantities.
Visual takeoff markup that drives measurable quantities directly from plan images
PlanSwift distinguishes itself with a takeoff-first workflow that turns CAD and PDF drawings into measurable decking material plans. It supports board-by-board and area-based quantities, computes waste factors, and organizes outputs for estimating and labor scoping.
The software is built around visual markup, layers, and project takeoff data that stays linked to the underlying drawing while revisions are made. Exported outputs support typical construction estimating deliverables such as takeoff summaries and reporting-ready data.
- +Visual takeoff workflow from CAD and PDF drawings
- +Waste factors and quantity calculations support estimator consistency
- +Revision-ready takeoff structure keeps measurements tied to markup
- +Clear measurement organization for multi-area decking projects
- –Decking-specific setup can require workflow training
- –Complex geometry may take longer to validate than simpler tools
- –Some outputs need extra formatting for client-ready presentation
- –Best results depend on drawing quality and import accuracy
Best for: Decking estimators needing repeatable takeoff math on mixed drawing types
MeasureSquare
digital estimatingMeasureSquare supports digital takeoffs and quantity takeoff workflows that translate deck drawings into measurable estimates.
Deck framing component generation from structured measurements
MeasureSquare focuses on deck design workflows that connect measurements, material planning, and visual output in a single process. It supports layout and component generation for deck framing and related assemblies, which helps standardize repeatable builds. The workflow is geared toward producing deck drawings and takeoffs for downstream construction use.
- +Deck-focused design workflow links geometry, components, and drawing output
- +Framing and build elements are generated to reduce manual drafting effort
- +Outputs help align material planning with what the drawings show
- –Deck-specific workflows can feel restrictive for unusual design approaches
- –Modeling setup can require more learning than general CAD tools
- –Adjusting complex edge cases may involve multiple parameter changes
Best for: Deck builders needing consistent framing layouts and drawings without CAD rework
Conclusion
After evaluating 10 construction infrastructure, SketchUp 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 Decking Design Software
This buyer's guide helps select decking design software by matching integration depth, the data model behind deck geometry, and the automation and API surface to real project workflows. It covers SketchUp, AutoCAD, Rhino, Chief Architect, Lumion, Twinmotion, Blender, Onshape, PlanSwift, and MeasureSquare.
The guide also treats admin and governance controls as evaluation criteria for teams that must standardize deliverables across designers, estimators, and builders. Each section references named tools and concrete mechanisms like DWG blocks, NURBS modeling, FeatureScript, takeoff linkages, and deck framing generation.
Deck design tools that turn deck geometry into deliverables, quantities, and visuals
Decking design software produces usable deck outputs from geometric models, drawings, or takeoff markups. The core job is turning boards, joists, rails, and stairs into repeatable structure and readable documentation, then connecting that model to review visuals or quantities.
SketchUp shows how fast 3D deck layout iteration and reusable component ecosystems support design exploration. PlanSwift and MeasureSquare show the takeoff-first pattern where measurable quantities and waste factors remain tied to markup so revisions stay auditable.
Evaluation criteria that map to deck workflows and automation control
Deck projects fail when tool outputs drift from the source geometry or when revisions break the link between framing intent and documentation. Integration depth and the underlying data model determine whether changes propagate into scenes, drawings, or quantity exports.
Automation and API surface determine throughput for repetitive layouts like board patterns, repetitive railing runs, and standardized takeoff structures. Admin and governance controls determine whether multi-person teams can maintain RBAC-aligned editing and traceable changes in shared artifacts.
Geometry data model tied to deck components
Tools need a data model that represents deck elements as structured geometry instead of a collection of disconnected objects. SketchUp uses editable components for joists, boards, rails, and stairs, while MeasureSquare generates deck framing components from structured measurements and connects outputs to what the drawings show.
Integration depth across CAD exchange, visuals, and downstream outputs
Deck workflows often span design, coordination, and documentation, so exchange formats and referencing behavior matter. AutoCAD centers on DWG blocks and external references for reusable decking plan components, while Lumion relies on import workflows and real-time synchronization via LiveSync to update visuals.
Automation and API surface for repetitive layouts
Automation pays off when deck plans require repeatable rules or generated patterns across many locations. Rhino pairs NURBS geometry with scripting and Grasshopper for parametric deck modeling, and Blender adds Python scripting and modifiers for custom decking generators. Onshape adds browser-based parametric modeling with FeatureScript extensibility for generative approaches.
Documentation linkage for revisions and measurable takeoff
Takeoff accuracy depends on measurements staying linked to the same underlying drawing as revisions occur. PlanSwift uses visual takeoff markup on drawings and maintains a revision-ready takeoff structure tied to the markup, while MeasureSquare connects deck-focused geometry and drawing output to standardized framing plans.
Construction-grade view coverage and deck-to-structure consistency
Deck work often needs aligned plan, elevation, and section views that match how contractors document work. Chief Architect uses framing-centric deck and structure modeling that stays consistent across plan, elevation, and 3D, which reduces rework when changing stair and railing scenarios.
Team workflow support for collaborative editing
Collaboration matters when multiple roles iterate on the same deck design review artifacts. Onshape supports real-time multi-user editing in a browser with parametric history, while SketchUp uses scene-based camera views to compare deck design options for review and client communication.
Select a decking workflow pattern, then validate automation and governance fit
The quickest path to the right choice is picking the workflow pattern first, then mapping automation and data-link behavior to deliverables. SketchUp fits a deck-first modeling pattern with reusable components, while AutoCAD and Rhino fit CAD-first patterns that require stronger manual setup for deck-specific rules.
After choosing the pattern, validate revision linkage, downstream output needs, and multi-user governance expectations. Tools like PlanSwift and MeasureSquare target takeoff-first linkage, while Onshape targets collaborative parametric iteration and automation via scripting.
Pick the deliverable driver: modeling, documentation, rendering, or quantities
Choose SketchUp when deck layouts must iterate quickly with push-pull editing and component reuse for boards, rails, stairs, and framing concepts. Choose AutoCAD when detailed 2D decking CAD drawings, dimensioning control, and DWG-based coordination are the deliverable driver. Choose PlanSwift or MeasureSquare when measurable quantities and waste-aware takeoffs must update from drawing revisions.
Validate the deck data model for repeatability
For repeatable deck elements, confirm that the tool treats deck parts as structured components or generated framing outputs. SketchUp’s integrated component system supports reusable decking layouts, Rhino’s NURBS plus parametric tools supports custom curved geometry, and MeasureSquare generates framing components from structured measurements for consistent deck drawings.
Audit automation and extensibility mechanisms before committing
If repetitive layouts dominate the work, prioritize an automation surface that can generate geometry or enforce patterns. Rhino pairs Grasshopper with scripting for parametric board patterns, Blender provides a Python API and modifiers for custom deck generators, and Onshape uses FeatureScript with a parametric history model for repeatable feature definitions.
Confirm revision behavior between design, visuals, and takeoff markups
Revision safety depends on linkage between model changes and the outputs that stakeholders review. Lumion supports LiveSync to sync changes from imported models into rendering scenes, while PlanSwift keeps measurements tied to visual markup so revisions preserve takeoff structure integrity.
Check integration depth for downstream handoff needs
Plan for the export and handoff path required by fabrication, estimating, and client approvals. AutoCAD supports import and export through the DWG ecosystem and standardizes repeated elements using blocks and external references, while Rhino and SketchUp provide CAD-grade exports for downstream detailing and fabrication-facing deliverables.
Assess governance controls for shared projects and standardized outputs
Multi-person workflows need controls around who can change what and how changes remain traceable in shared artifacts. Onshape supports browser-based real-time collaboration with parametric history, which is a governance-friendly backbone for shared deck revisions. SketchUp’s scene management also supports controlled review snapshots, but deck-specific automation and code rule enforcement remain limited compared with CAD-driven or takeoff-first tools.
Choose decking design tools by workflow role and output responsibility
Decking design software selection depends on whether responsibility sits with modeling and iteration, documentation for fabrication, quantities and estimating, or visual review and client walkthroughs. The reviewed tools map to these roles through distinct strengths.
The table below focuses on who each tool fits based on its best-fit use case and the mechanisms it uses to produce outputs.
Deck designers iterating custom framing and layout quickly
SketchUp fits this role because push-pull modeling and an integrated component system speed up joists, boards, rails, and stairs layout changes. SketchUp also uses scene-based camera views to compare deck design options without rebuilding the model.
Contractors producing detailed construction-ready 2D decking CAD drawings
AutoCAD fits this role because DWG-based blocks and external references standardize repeated decking plan components. Its object snap and dimensioning tools support precise plan measurement workflows that feed downstream detailing and fabrication.
CAD designers needing complex geometry and parametric custom tools
Rhino fits this role because NURBS geometry handles complex deck curvatures and its Grasshopper and scripting workflows support parametric deck modeling. Blender fits when highly customized decking visualization and Python-driven generators are required for repeatable geometry logic.
Architects and remodelers delivering building-grade deck documentation
Chief Architect fits this role because deck elements tie into building models and stay consistent across plan, elevation, and 3D. Its plan, elevation, and section views support contractor communication for stairs and railing scenarios.
Deck estimators and builders needing repeatable takeoff math and framing outputs
PlanSwift fits because takeoff-first markup keeps measurements tied to the underlying drawing through revision-ready structure and waste factor calculations. MeasureSquare fits when deck builders need structured measurements to generate framing and drawings with fewer manual CAD steps.
Where decking workflows break and how to correct them with specific tools
Deck project rework usually comes from mismatched tool behavior to the expected deliverable linkages. Common failures involve weak deck-specific automation, broken revision linkages between quantities and drawings, and heavy modeling effort for edge cases.
The corrective actions below map directly to tool strengths and concrete feature mechanisms.
Treating CAD-only tools as decking planners without deck rules
AutoCAD and Rhino can draft and model deck geometry, but deck spacing, joist rules, and code-driven material takeoffs often require templates, scripts, plugins, or disciplined setup. Use Rhino’s Grasshopper and scripting for parametric deck layout automation, or shift to tools designed around deck workflows like PlanSwift for takeoff linkage.
Choosing a visualization tool as the source of truth
Lumion and Twinmotion focus on rendering and walkthrough review and do not specialize in deck-specific layout logic like joist planning or code-driven spacing. Keep deck geometry and documentation in CAD-first or deck-first tools like SketchUp, AutoCAD, Rhino, or Chief Architect, then sync visuals using Lumion LiveSync or import-based updates.
Building board-by-board detail without automation or reusable component structure
SketchUp excels at fast component-based deck iteration, but complex joinery can become time-consuming when modeling discipline shifts toward highly detailed manual edits. Rhino and Blender can generate repetitive geometry through scripting or Python, which reduces manual workload for board patterns when automation is the priority.
Accepting quantity workflows that cannot preserve measurement linkage through revisions
PlanSwift and MeasureSquare are built around revision-ready takeoff structures that keep measurements tied to markup or structured measurements. Avoid workflows that require recreating takeoff math after plan changes when the work depends on board-by-board quantities and waste factors.
Over-allocating effort to complex assemblies without checking collaboration and model stability
Onshape supports real-time collaboration and parametric history, but large complex assemblies can slow workflows and FeatureScript requires scripting proficiency. For small teams doing fast deck iteration, SketchUp scene management can speed review, while Onshape fits when shared parametric definitions matter.
How We Selected and Ranked These Tools
We evaluated SketchUp, AutoCAD, Rhino, Chief Architect, Lumion, Twinmotion, Blender, Onshape, PlanSwift, and MeasureSquare using three criteria. Features carries the most weight in the overall score at forty percent, while ease of use and value each account for thirty percent. Each tool is judged on mechanisms that affect deck deliverables such as DWG blocks and external references in AutoCAD, NURBS and Grasshopper-driven parametric modeling in Rhino, visual takeoff markup linkage in PlanSwift, and LiveSync model syncing in Lumion.
SketchUp separates itself from lower-ranked tools because its push-pull editing and integrated component system directly support fast deck framing and board layout iteration. That strengths the features and ease-of-use categories by turning deck parts into editable, reusable geometry, which reduces the time spent rebuilding geometry between design options.
Frequently Asked Questions About Decking Design Software
Which tool fits deck design teams that need fast 3D iteration with reusable components?
When drafting deck plans for fabrication, which software is best for strict 2D control and DWG-based workflows?
Which option handles complex site constraints that need NURBS surfaces and exportable construction geometry?
Which software is best for connecting deck framing models, railing elements, and code-like documentation views?
What tool produces photoreal decking concepts in context without driving parametric board layouts from deck-first inputs?
Which browser-based CAD option supports real-time multi-user decking reviews and parametric history?
Which tool suits decks where repetitive board patterns and procedural geometry generation are required?
Which software is best when the primary output is measurable decking material takeoff with waste factors and revision-linked markup?
Which option connects structured measurements to deck framing component generation and downstream drawings without CAD rework?
What are the main admin and security considerations when multiple users collaborate on deck designs?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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