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Chemicals Industrial MaterialsTop 10 Best Gas Blending Software of 2026
Ranked roundup of gas blending software for 2026 with side-by-side checks of UniSim Design, AVEVA Process Simulation, plus Wonderware InTouch and SAP.
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
UniSim Design is the best fit for blending teams that need recipe execution to stay consistent from cylinder to manifold while keeping batch outputs traceable, whereas ProMax is a strong alternative when you want dependable recipe-to-fill documentation and governed batch sequencing without going fully enterprise-wide.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
UniSim Design
Built-in recipe execution that generates fill tickets and batch record exports from computed blend results and tolerance checks.
Built for fits when blending teams need recipe execution that stays consistent across cylinders and manifold filling..
AVEVA Process Simulation
Editor pickCase-based simulation reruns tie blend assumptions to operating conditions for repeatable feasibility checks.
Built for fits when engineering teams validate gas blends under constraints before control execution..
Aspen HYSYS
Editor pickEquation-based process modeling that keeps blend results synchronized with thermodynamics and run-step constraints.
Built for fits when process engineering teams need blending specs consistent with full simulation assumptions and traceable batch outputs..
Comparison Table
UniSim Design
enterpriseProcess simulation software used for gas processing, blending, and hydrocarbon stream modeling.
Built-in recipe execution that generates fill tickets and batch record exports from computed blend results and tolerance checks.
UniSim Design supports end-to-end blending logic, from feed composition tracking through mass balance computation and property evaluation for fill conditions. Temperature and pressure compensation is applied to align calculated mixture properties with field measurement conditions. Tolerance band enforcement and traceability logging provide structured outputs suitable for certificate-style reporting workflows. Automation outputs include fill ticket generation and batch record export designed to match operational batch execution.
A tradeoff is that setup requires careful alignment between lab or analytical instrument data interfaces and the plant’s execution tags, otherwise calculated fill quantities can drift from field intent. UniSim Design fits best when blending engineers need repeatable recipe execution that stays consistent across multiple product cylinders and manifold configurations.
- +Mass balance blending outputs tie directly to fill ticket generation
- +Temperature and pressure compensation improves agreement with field conditions
- +Cylinder filling sequence logic supports repeatable purge cycle automation
- +Traceability logging supports certificate-style documentation workflows
- –Strong dependence on correct feed composition and instrument mapping setup
- –Complex recipes can require dedicated configuration work for governance
- –Automation coverage varies by plant integration surface and tag layout
- –Advanced workflows can increase project time compared with simpler mixers
Blending engineers
Compute fill quantities from target specs
Fewer calculation mismatches
Operations supervisors
Standardize cylinder and purge sequencing
More consistent batches
Show 2 more scenarios
Plant integration engineers
Map analytics and control tags
Tighter SCADA coordination
Integration with plant execution surfaces supports PLC tag mapping for blending workflows.
QA documentation teams
Produce traceable blend records
Cleaner batch documentation
Traceability logging links feed inputs to calculated outputs for audit-ready batch exports.
Best for: Fits when blending teams need recipe execution that stays consistent across cylinders and manifold filling.
AVEVA Process Simulation
enterpriseEnterprise process simulation platform for modeling gas mixtures, blending scenarios, and plant process behavior.
Case-based simulation reruns tie blend assumptions to operating conditions for repeatable feasibility checks.
AVEVA Process Simulation is well suited for gas recipe work where the same blend logic must be rerun with different feed compositions, operating setpoints, and target specifications. The tool’s workflow centers on configurable unit operations and calculation cases, which helps teams standardize how partial results roll up into a final blended stream. Integration depth is stronger than spreadsheet-based approaches because the modeled results can be aligned with plant engineering data flows used for operational documentation and handoff.
A tradeoff appears for operators who only need fill sequence execution and SCADA-ready valve logic, since the product focus is simulation and engineering validation rather than runtime manifold control. It fits teams that need a controlled engineering step before execution, such as validating blend feasibility and generating consistent fill ticket inputs for later execution layers. A common usage situation is engineering signoff of blend specs and constraints before the plant control system consumes the recipe inputs.
- +Strong engineering simulation workflow for blend constraints and scenario reruns
- +Consistent pressure-temperature handling across calculation cases
- +Better reuse for documentation-ready outputs than ad hoc calculations
- +Integration fit with AVEVA engineering data flows for plant handoff
- –Not a runtime cylinder fill sequencer for valve-by-valve execution
- –Requires disciplined setup of cases and stream definitions to avoid model drift
- –Automation via external systems can require AVEVA integration expertise
Process engineering teams
Validate gas blend feasibility
Fewer failed blend trials
Quality and compliance engineers
Standardize batch record inputs
Repeatable batch documentation
Show 1 more scenario
Plant integration engineers
Prepare recipe inputs for operations
Cleaner operational handoff
Align simulation results with engineering data handoff to downstream systems.
Best for: Fits when engineering teams validate gas blends under constraints before control execution.
Aspen HYSYS
enterpriseProcess simulation software used for gas blending, gas treating, and hydrocarbon mixture modeling in energy and chemical operations.
Equation-based process modeling that keeps blend results synchronized with thermodynamics and run-step constraints.
Aspen HYSYS runs detailed process models and then uses those models to drive blending-related calculations and validation checks during batch runs. Mass-balance calculation and pressure-temperature compensation are handled within the simulation environment, so blend results track with thermodynamic settings and stream conditions. For operational reporting, it can export batch record outputs and maintain traceability across run steps, which helps certificate-style documentation workflows.
A key tradeoff is the modeling overhead required to keep gas properties, thermodynamic assumptions, and stream definitions consistent with real cylinder or manifold states. HYSYS fits when engineering teams need blending outcomes that stay coupled to upstream steady-state or dynamic assumptions, such as manifold operation planning and fill sequence verification.
- +Tight coupling between stream thermodynamics and blending calculations
- +Batch execution supports controlled run logic across steps and targets
- +Batch record export supports downstream documentation workflows
- +Automation hooks fit engineering environments with SCADA and PLC tag mapping
- –Setup time rises when stream models and thermodynamics need frequent updates
- –Automation and API surface can be deeper for power users than planners
- –Governance for shared models requires disciplined configuration management
- –Scenario scaling across many cylinders can feel heavy without templates
Process engineering teams
Plan blends with thermodynamic consistency
Fewer spec violations during planning
Plant operations engineers
Validate cylinder and manifold fill sequences
More predictable fill results
Show 2 more scenarios
Quality documentation teams
Export traceable batch record files
Faster reconciliation to COA workflow
Generate batch record outputs tied to run steps and composition results for documentation.
Automation and integration teams
Connect blending runs to operations data
Reduced manual data re-entry
Map SCADA or PLC tag inputs into engineering workflows and drive batch execution.
Best for: Fits when process engineering teams need blending specs consistent with full simulation assumptions and traceable batch outputs.
ProMax
vertical specialistProcess engineering software focused on gas processing, treating, and hydrocarbon stream modeling including blend calculations.
Fill ticket generation driven directly from blending batch outputs, reducing operator transcription errors.
ProMax from bryanresearch.com focuses on turning gas blending rules into executable fill execution.
It supports mass balance calculation and gas composition tracking to keep batch results consistent with recipe inputs.
ProMax also emphasizes fill ticket generation and batch record export for downstream documentation and operational traceability.
For blending workflows that need tighter instrument and control integration, its configuration approach supports SCADA and PLC-centered execution patterns.
- +Strong mass balance calculation workflow tied to recipe inputs
- +Gas composition tracking supports traceable batch outputs
- +Fill ticket generation reduces manual rework during cylinder filling
- +Export-ready batch records support documentation handoff
- –SCADA and PLC tag mapping depth depends on site integration design
- –Tolerance band enforcement requires careful recipe configuration governance
- –Analytical instrument interface coverage can be narrow without add-on paths
- –Cross-site inventory reconciliation needs additional operational process design
Best for: Fits when blending engineers need controlled batch documentation and dependable recipe-to-fill execution.
DWSIM
SMBOpen-source process simulator that supports thermodynamic calculations and gas mixture blending workflows.
Flowsheet-driven simulation that recalculates blend composition across full process units, not just a standalone mixer block.
DWSIM performs steady-state process simulations for gas blending studies and evaluates mixing outcomes under specified operating conditions. Gas-blending workflows center on defining gas component streams, composing blends, and running mass-balance calculations for target compositions. The tool also supports extensibility through its .NET-based architecture and calculation engine integration with external data sources and report outputs.
- +Steady-state mass balance calculations for target gas compositions
- +Flexible process flowsheet modeling for blending and conditioning steps
- +Exports reports that support batch-style documentation workflows
- +Extensible .NET architecture for custom calculations and integrations
- –Blending batch control logic needs custom workflow assembly
- –SCADA and PLC tag mapping requires external integration effort
- –Cylinder fill sequencing and valve timing are not native orchestration features
- –Validation for compliance-style tolerance enforcement needs careful configuration
Best for: Fits when engineers need simulation-backed blend design and documentation rather than on-floor batch orchestration.
ProMax
enterpriseProcess simulation software used for gas processing, treating, and blending scenario analysis.
Valve sequencing and cylinder filling sequence rules can be defined to drive consistent purge and step-by-step fill behavior across batches.
ProMax from bre.com is geared toward industrial gas blending workflows that require calculation, recipe governance, and shop-floor documentation in one place. It supports mass-balance style recipe handling for gas composition tracking and it can generate batch documentation such as fill tickets and batch record exports.
The workflow depth is strongest when cylinder filling sequence logic and purge or valve sequencing rules need to stay consistent from batch planning through execution. Integration coverage focuses on SCADA and automation connectivity, plus analytical instrument interfaces used for composition verification.
- +Batch record export aligns blending outputs with traceability needs
- +Strong cylinder filling sequence logic supports repeatable execution
- +Recipe calculation flow keeps tolerances tied to each batch outcome
- +SCADA and automation integration reduces manual reconciliation effort
- –Admin setup takes time to translate plant objects into blending configuration
- –API surface documentation is thinner than in more developer-first tools
- –Analytical instrument workflows depend on supported interface types
- –Governance controls feel less granular than audit-log focused systems
Best for: Fits when mid-size blending teams need recipe governance plus repeatable cylinder sequencing tied to documentation output.
VMGSim
enterpriseProcess simulator for oil and gas applications that supports gas mixture and stream blending calculations.
Fill ticket generation that directly reflects tolerance-enforced recipe outputs used in cylinder filling recordkeeping.
VMGSim focuses on gas blending recipe workflows tied to practical filling operations, with mass-balance calculations designed for blend planning and verification. It supports gas composition tracking and tolerance band enforcement to keep batch targets aligned with analyzer or lab results. The software also generates fill ticket outputs that connect calculated requirements to cylinder filling execution and recordkeeping.
- +Recipe-driven mass balance that matches typical fill planning steps
- +Tolerance band enforcement helps catch off-target blends before execution
- +Fill ticket generation ties blend math to operational batch documents
- +Gas composition tracking supports consistent verification across steps
- –Integration depth for SCADA and PLC tag mapping is limited versus top-tier tools
- –Extensibility and API surface are less clear for custom automation needs
- –Cross-contamination prevention workflows require careful manual setup discipline
- –Residual gas recovery automation is less complete than leading competitors
Best for: Fits when teams need recipe-based blend calculation with batch documents and tight tolerance checks for cylinder filling execution.
HYSYS
enterpriseProcess simulation software widely used for oil, gas, and refining process modeling including blending scenarios.
Process simulation case studies with detailed thermodynamics for pressure-temperature compensation during blending and fill planning.
HYSYS from Hexagon is a process simulation environment used as a gas blending and cylinder-fill planning backbone. It models unit operations and thermodynamics for pressure-temperature compensation, mass balance calculation, and gas composition tracking used in blending workflows.
Gas blending outcomes are built from recipes and simulation cases, then converted into fill planning artifacts like fill sequences and fill ticket data. SCADA and PLC integration is typically achieved through external interfaces that map simulation or batch results to control systems and operator views.
- +Thermodynamic rigor supports pressure-temperature compensation for blending planning
- +Strong mass balance and gas composition tracking across simulation scenarios
- +Recipe-driven cases make repeatable cylinder filling sequence studies practical
- +Interoperable outputs support SCADA and operator workflows via integration
- –Blending execution automation depends heavily on external scripting and integration
- –Governance for multi-user recipe control often requires surrounding process discipline
- –Tolerance band enforcement is more workflow-driven than centralized in HYSYS
- –Large scenario libraries can slow interactive work without careful case management
Best for: Fits when blending engineering teams need simulation-grade results and external workflow automation for fill planning.
Synergi Gas
vertical specialistGas distribution network software that supports operational analysis, gas quality tracking, and network planning.
Batch execution ties blending steps to fill ticket generation with traceable batch record export for downstream reporting.
Synergi Gas supports recipe management that connects gas formulation intent to mixing execution and fill documentation.
Mass balance calculation and gas composition tracking are used to enforce blending results against tolerance limits and batch governance rules.
Integration work with SCADA and PLC tag mapping coordinates mixing state and sequencing steps with operator and field device signals.
Batch record export output supports traceability needs by preserving a record of inputs, calculated results, and the generated fill ticket.
- +Recipe-to-fill ticket workflow links batch data to execution records
- +Mass balance calculation supports partial pressure blending planning
- +SCADA and PLC tag mapping helps coordinate manifold and sequencing
- +Traceability outputs support batch record export for investigations
- –Governance and tolerance settings demand disciplined configuration
- –Analytical instrument interface coverage depends on integration approach
- –Automation depth for valve sequencing logic can require custom workflows
- –Admin workflows can feel heavy when managing frequent recipe changes
Best for: Fits when industrial gas producers need controlled recipe execution with traceable batch exports and SCADA or PLC coordination.
Alicat Flow Vision
vertical specialistConfigure, monitor, and log Alicat mass flow devices used for gas mixing applications.
Live hardware feedback tied to blend recipe execution with automated sequencing states and batch documentation.
Alicat Flow Vision targets gas blending and analytical workflows by connecting mass flow control hardware to recipe execution, verification signals, and per-run documentation. It is built around live flow feedback, valve and manifold sequencing, and mass-balance checking so operators can run partial pressure and volumetric style blend control with deterministic feedback.
The software supports SCADA-style integration patterns through tag mapping and external system connectivity, which helps automate fill start and completion states. Flow Vision also produces fill tickets and batch outputs that capture measured conditions and calculated blend results for traceability.
- +Real-time flow feedback tightens blend execution against target setpoints
- +Deterministic sequencing for valves and manifolds supports repeatable fill logic
- +Fill ticket and batch export outputs include measured and calculated blend details
- +External tag mapping supports SCADA and PLC-driven start and stop control
- –Requires careful recipe parameterization to avoid mass-balance edge cases
- –Advanced governance needs manual process alignment for multi-operator control
- –Some instrument integrations depend on available drivers and adapter choices
- –Complex blending workflows can require deeper training to troubleshoot
Best for: Fits when gas blending teams need hardware-tied execution, sequencing logic, and measured trace outputs.
Conclusion
After evaluating 10 chemicals industrial materials, UniSim Design 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 gas blending software
Gas blending software in this guide covers recipe execution, mass balance calculation, and fill ticket or batch record export using tools such as UniSim Design, ProMax, Aspen HYSYS, and AVEVA Process Simulation.
The toolset also spans simulation-first workflows with DWSIM and Synergi Gas and execution-first workflows with VMGSim and Alicat Flow Vision. The selection criteria emphasize how each tool handles automation and API or integration surfaces, plus governance controls for consistent blending outcomes.
Gas blending software for recipe-driven calculation, sequencing, and traceable batch execution
Gas blending software calculates blend results from feed composition inputs and blending targets, then applies tolerance checks tied to the recipe output. UniSim Design generates fill tickets and batch record exports directly from computed blend results and tolerance checks so execution documentation stays synchronized with the calculation.
Other tools focus on feasibility and design validation before execution. AVEVA Process Simulation uses case-based simulation reruns that tie blend assumptions to operating conditions for repeatable constraint checks, while Aspen HYSYS keeps blending results synchronized with thermodynamic modeling and run-step logic for traceable batch outputs.
Evaluation criteria for gas blending software used for calculated execution and documentation
Gas blending software must convert feed composition and blending targets into blend results, then connect those results to downstream execution records. The tools in this guide differ mainly in how tightly they bind calculation outputs to fill ticket generation, batch record export, and tolerance enforcement.
Recipe execution that outputs fill tickets and batch exports from computed blend results
UniSim Design generates fill tickets and batch record exports directly from computed blend results and tolerance checks. ProMax (bryanresearch.com) generates fill ticket documents driven from blending batch outputs to reduce operator transcription errors.
Tolerance band enforcement tied to batch documentation for off-target detection
UniSim Design ties tolerance checks to recipe outputs and carries those results into fill ticket generation. VMGSim generates fill ticket generation that reflects tolerance-enforced recipe outputs used in cylinder filling recordkeeping.
Pressure-temperature compensation consistency across calculation and planning workflows
UniSim Design improves agreement with field conditions using temperature and pressure compensation. AVEVA Process Simulation keeps pressure-temperature handling consistent across case reruns to support repeatable feasibility checks.
Integration and governance depth for SCADA and PLC tag mapping
ProMax (bryanresearch.com) has SCADA and PLC tag mapping whose depth depends on site integration design. Synergi Gas ties execution to fill ticket generation with traceable batch exports while analytical instrument interface coverage depends on integration approach.
Cylinder filling sequence and valve sequencing logic for repeatable purge and step behavior
ProMax (bre.com) supports valve sequencing and cylinder filling sequence rules that drive consistent purge and step-by-step fill behavior. Alicat Flow Vision includes deterministic sequencing states for valves and manifolds with hardware-tied execution.
Select based on whether the workflow starts in recipe execution or in engineering simulation
The first fork is where blend assumptions become operational steps. UniSim Design and ProMax (bryanresearch.com) generate execution artifacts from computed blend results and tolerance checks, while AVEVA Process Simulation and Aspen HYSYS emphasize feasibility and traceable batch outputs synchronized to thermodynamics.
Choose execution-first when fill documentation must stay synchronized to tolerance-checked results
Pick UniSim Design when computed blend outputs must automatically generate fill tickets and batch record exports after tolerance checks. Pick ProMax (bryanresearch.com) when blend-to-fill documentation must reduce transcription errors using fill ticket generation driven directly from blending batch outputs.
Choose simulation-first when the blend design needs repeatable feasibility checks and thermodynamic traceability
Pick AVEVA Process Simulation when teams need case-based simulation reruns that tie blend assumptions to operating conditions. Pick Aspen HYSYS when stream thermodynamics must stay synchronized with blending calculations and run-step constraints for traceable batch outputs.
Select cylinder sequencing depth based on whether purge and step logic must be encoded in the tool
Pick ProMax (bre.com) when valve sequencing and cylinder filling sequence rules must be defined to produce consistent purge and step-by-step fill behavior. Pick Alicat Flow Vision when live hardware feedback must drive sequencing states for valves and manifolds with deterministic sequencing logic.
Match integration constraints to the tool’s SCADA and PLC mapping posture
Pick ProMax (bryanresearch.com) when SCADA and PLC tag mapping can be designed around the specific site integration approach. Pick Synergi Gas when traceable batch exports and SCADA or PLC coordination are part of the batch execution workflow.
Evaluate extensibility and automation surface against custom orchestration requirements
Pick Aspen HYSYS when automation and API surface depth must support power-user workflows that update stream models and thermodynamics. Pick VMGSim when recipe-driven mass balance and tight tolerance checks are required for cylinder filling recordkeeping, while deeper extensibility and API clarity may be limited.
Use flowsheet simulation tools when blend composition must be recalculated across conditioning units
Pick DWSIM when flowsheet-driven simulation must recalculate blend composition across full process units beyond a standalone mixer block. Plan for custom workflow assembly when on-floor batch control logic and SCADA or PLC tag mapping require external integration effort.
Who benefits from each gas blending software profile
Gas blending software is split between teams focused on runtime-ready execution artifacts and teams focused on engineering validation before execution. The right fit depends on whether batch record export and fill ticket generation must be produced directly from tolerance-checked blend results.
Blending teams that need consistent recipe execution across cylinders with fill-ticket alignment
UniSim Design generates fill tickets and batch record exports directly from computed blend results and tolerance checks so execution documentation stays synchronized to calculation.
Process engineering groups validating feasibility under operating constraints before control execution
AVEVA Process Simulation uses case-based simulation reruns that tie blend assumptions to operating conditions for repeatable constraint checks.
Industrial gas producers requiring controlled recipe execution with traceable batch exports and SCADA or PLC coordination
Synergi Gas links blending steps to fill ticket generation and traceable batch record export for downstream reporting while integration coverage varies by approach.
Automation teams that must define valve and cylinder step behavior with repeatable purge cycles
ProMax (bre.com) defines valve sequencing and cylinder filling sequence rules to drive consistent purge and step-by-step fill behavior across batches.
Instrumentation-focused teams that want hardware feedback to drive sequencing and batch documentation
Alicat Flow Vision ties live hardware feedback to blend recipe execution and includes deterministic sequencing states with measured trace outputs.
Common pitfalls when selecting gas blending software for calculated execution
A frequent failure mode is treating a simulation package as a runtime cylinder filling sequencer. Tools like AVEVA Process Simulation and DWSIM strengthen feasibility checks and flowsheet documentation, but they do not directly replace valve-by-valve execution sequencing without surrounding workflow work.
Selecting a simulation-first tool for valve-by-valve runtime filling without planning sequencing responsibility
AVEVA Process Simulation runs repeatable feasibility checks but is not a runtime cylinder fill sequencer for valve-by-valve execution, so on-floor sequencing needs separate execution logic.
Assuming tolerance settings will catch off-target blends without governing recipe configuration quality
VMGSim and UniSim Design enforce tolerance bands in the recipe-to-document path, but tolerance enforcement still depends on disciplined recipe configuration governance.
Underestimating instrument mapping and data input correctness for feed composition and field conditions alignment
UniSim Design has strong agreement with field conditions through temperature and pressure compensation, but incorrect feed composition and instrument mapping setup can still break output fidelity.
Overlooking integration depth requirements for SCADA and PLC tag mapping until deployment
ProMax (bryanresearch.com) has SCADA and PLC tag mapping depth that depends on site integration design, so tag mapping scope must be defined early.
Building on flowsheet simulation results without budget for custom on-floor workflow assembly
DWSIM recalculates blend composition across full process units, but blending batch control logic needs custom workflow assembly and SCADA or PLC tag mapping requires external integration effort.
How We Selected and Ranked These Tools
We evaluated gas blending software using feature coverage that supports recipe execution outputs and documentation alignment, then weighed ease-of-use and operational value based on how consistently each tool supports blending steps and batch exports. Features accounted for 40% of the score, and ease and value each accounted for 30%.
UniSim Design ranked highest because it generates fill tickets and batch record exports directly from computed blend results and tolerance checks, and it also includes temperature and pressure compensation that improves alignment with field conditions. Other tools earned lower overall scores when they focused more on feasibility and simulation workflows without runtime cylinder fill sequencing, or when SCADA and PLC tag mapping depth and governance required additional site-specific integration work.
Frequently Asked Questions About gas blending software
How do UniSim Design and Aspen HYSYS handle pressure-temperature compensation for blend targets?
Which tool ties blend recipe execution to fill ticket generation with fewer manual transcription steps?
When does AVEVA Process Simulation fit better than HYSYS for gas blending decisions?
How do Synergi Gas and ProMax (bre.com) differ in cylinder filling sequence logic and governance?
How do Wonderware InTouch and the selected gas blending tools connect for SCADA and PLC tag mapping?
Where does integration with SAP S/4HANA or Dynamics 365 typically land in the blending workflow?
What breaks if tolerance band enforcement is missing in the cylinder filling workflow?
Which tool uses an extensibility model to connect external calculation engines and data sources for blending studies?
How does Alicat Flow Vision validate blends using live hardware feedback compared with flow-agnostic recipe execution?
What security and admin control gaps commonly appear when enabling role-based execution for batch workflows?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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