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Environment EnergyTop 10 Best Energy Manager Software of 2026
Top 10 ranking of energy manager software with feature-by-feature comparisons for energy teams, covering tools like EnergyCAP and IBM Envizi.
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
EnergyCAP is the best pick for energy teams that must normalize interval usage and produce governed EnPI and project savings across many sites, while GridPoint fits multi-site commercial facilities needing interval workflows tied to peak-demand and cost controls.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
EnergyCAP
Measurement and verification style savings tracking that connects project scope to metered performance and normalization outputs.
Built for fits when energy teams must normalize interval usage and report EnPI and project savings across many sites..
IBM Envizi
Editor pickEnvizi’s governed energy program workflow with configurable approvals and activity history supports ISO 50001-aligned cycles.
Built for fits when enterprises need governed energy KPIs and normalization across many facilities..
Schneider Electric Resource Advisor
Editor pickScheduled measurement evaluations and threshold-driven alert workflows built around interval consumption data and normalized reporting.
Built for fits when central energy teams need repeatable interval-data workflows across multiple sites with automated exception routing..
Related reading
Comparison Table
Energy manager software matters because it normalizes utility, metering, and operational telemetry into a governed data model for reporting, budgeting, and controls-driven actions. This ranked list is built for analysts and operators who must compare integration depth, API and automation options, and audit-ready access controls, with EnergyCAP singled out to anchor the scoring methodology across the category.
EnergyCAP
enterpriseEnergyCAP centralizes utility data, invoice processing, budgeting, benchmarking, and energy project tracking.
Measurement and verification style savings tracking that connects project scope to metered performance and normalization outputs.
EnergyCAP is built for energy managers who need recurring normalization and KPI production across many accounts, meters, and facilities. The application emphasizes bill and interval data transformation, project-to-savings visibility, and recurring reporting outputs for internal governance. Integration depth is strongest when interval and billing feeds can be standardized through EnergyCAP’s import and configuration patterns.
A key tradeoff is that EnergyCAP’s automation and reporting cadence depends on disciplined data feed quality and consistent account mapping across sites. It fits best when an organization already has interval meter access or reliable bill exports and needs repeatable savings and performance reporting across a portfolio.
- +Portfolio normalization and KPI reporting for ongoing EnMS cycles
- +Project savings tracking tied to metered performance changes
- +Interval data handling designed for recurring variance analysis
- +Governance-oriented reporting outputs for multi-site accountability
- –Account and meter mapping requires careful setup to avoid reporting drift
- –Advanced automation often depends on adding or tuning integrations
- –Customization outside standard workflows can slow initial rollout
- –Complex portfolios need ongoing data quality monitoring
Corporate energy management teams
Quarterly EnPI and baseline performance reporting
Consistent KPI reporting cadence
Energy program managers
Capital project savings measurement
Documented savings results
Show 2 more scenarios
Facilities and utility analysts
Demand charge and peak variance analysis
Actionable peak demand insights
Identify drivers behind demand spikes and explain variance across interval patterns.
ESG and sustainability coordinators
Energy performance reporting for audits
Audit-ready performance documentation
Produce repeatable energy performance outputs from the normalized portfolio dataset.
Best for: Fits when energy teams must normalize interval usage and report EnPI and project savings across many sites.
More related reading
IBM Envizi
enterpriseIBM Envizi manages energy, emissions, sustainability data, reporting, and operational performance.
Envizi’s governed energy program workflow with configurable approvals and activity history supports ISO 50001-aligned cycles.
IBM Envizi fits teams that manage multi-site energy programs and need consistent definitions across facilities, meters, and reporting periods. Core capabilities include energy performance tracking, normalization logic for weather and usage drivers, and carbon accounting workflows built on standard emissions conventions. Governance controls include role-based access, configurable approval patterns, and activity history that supports internal review cycles.
A tradeoff is that the integration depth depends on available source adapters and the quality of metering and master data, so some deployments need significant data preparation. Envizi works well when an energy team must standardize EnPI style metrics, baseline management, and reporting across dozens of buildings and industrial assets with ongoing data feeds.
- +Strong governed workflows for energy programs across many sites
- +Normalization supports fair comparisons across changing operating conditions
- +API and integrations fit enterprise system and data pipeline needs
- +Carbon accounting workflows support structured reporting outputs
- –Meaningful setup effort is needed for master data and mapping
- –Less suited to ad hoc one-off analysis without planned processes
- –Some advanced device integrations may require add-on connectors
- –Dashboard iteration speed can lag while governance rules are enforced
Energy management teams
Standardize EnPI reporting across sites
Comparable KPIs over time
Sustainability analysts
Run emissions calculations from metering
Traceable emissions totals
Show 2 more scenarios
Facilities operations leads
Track performance by building
Earlier detection of drift
Envizi correlates consumption trends with defined baselines to support targeted operational reviews.
Data integration engineers
Automate data ingestion and QA
Lower manual data work
API-driven ingestion supports repeatable pipeline runs and validation checks for interval inputs.
Best for: Fits when enterprises need governed energy KPIs and normalization across many facilities.
Schneider Electric Resource Advisor
enterpriseResource Advisor provides utility data management, energy analytics, procurement support, and sustainability reporting.
Scheduled measurement evaluations and threshold-driven alert workflows built around interval consumption data and normalized reporting.
Schneider Electric Resource Advisor is designed for managing energy performance inputs like interval meter data and then turning them into recurring analyses and operational actions. It supports configuration for measurement baselines and normalization so reports stay comparable across time periods and operating conditions. The automation surface includes scheduled evaluations and alerting so teams can act on threshold breaks without manual report review.
A tradeoff shows up in governance effort because successful rollouts require disciplined asset mapping and consistent data quality rules across meters and sites. It fits best when a central energy team needs repeatable workflows across multiple buildings or process lines, especially when exceptions should be routed to specific operations owners.
- +Automated alerts tied to consumption thresholds reduce manual review cycles
- +Interval data support enables consistent analysis for intraday patterns
- +Normalization and baseline configuration improve comparability across periods
- +Workflow automation supports multi-site operational routing
- –Successful mapping needs disciplined meter and asset configuration
- –API-driven extensibility is more dependent on integration patterns than turnkey apps
- –Advanced analytics still require careful data preparation for trustworthy results
- –Cross-team governance can slow changes when roles are not preplanned
Energy management office teams
Standardize baseline and normalized reporting
Fewer report inconsistencies
Operations energy analysts
Route peak anomalies to owners
Reduced peak overruns
Show 2 more scenarios
Facilities managers
Monitor site consumption exceptions
Earlier anomaly detection
Use automated evaluations to surface unusual consumption patterns between meter updates.
Enterprise sustainability teams
Feed performance metrics into reporting
More comparable metrics
Convert interval consumption into consistent performance indicators for portfolio-level review cycles.
Best for: Fits when central energy teams need repeatable interval-data workflows across multiple sites with automated exception routing.
GridPoint
vertical specialistGridPoint combines building controls, energy monitoring, and operational analytics for commercial facilities.
Policy-driven operational workflows that connect interval meter insights to automated actions for demand and cost management.
GridPoint manages energy operations through integrations that ingest interval meter data, utility bills, and submetering signals into a centralized workflow. It is distinct for its policy-driven actions that connect energy performance visibility to operational controls used for peak-demand and cost management.
GridPoint also supports reporting for energy performance tracking and measurement and verification style analysis workflows. Automation is centered on configurable alerts, scheduled tasks, and integration endpoints that move metered data into analytics and operational dashboards.
- +Configurable automation ties metered insights to operational actions
- +Interval data and submetering inputs support ongoing performance tracking
- +Workflow-style reporting supports energy baselining and variance review
- +Integration options fit utilities, campuses, and multi-site enterprises
- –Deployment can require careful integration planning across data sources
- –Advanced governance controls like granular RBAC and audit logs need validation
- –Some workflows depend on disciplined data normalization to stay accurate
- –Higher-touch configuration may be needed for complex site hierarchies
Best for: Fits when multi-site organizations need interval-based operational workflows and reporting tied to peak-demand and cost controls.
Power Factors
vertical specialistPower Factors manages renewable energy assets through performance analytics, operations workflows, and reporting.
Demand charge analysis tied to interval behavior, with reporting built for peak cost decision workflows.
Power Factors manages energy performance by ingesting interval meter data, running analytics for usage patterns, and surfacing actionable reporting for facilities teams. The solution fits energy management workflows that require demand charge analysis, baseline comparisons, and measurement and verification style evidence for change programs.
Power Factors also supports automation through integrations and exportable datasets that can feed operational systems. Governance is handled through role-based access and audit visibility for who changed configurations and who reviewed results.
- +Interval data driven analytics for clear usage and cost attribution
- +Demand charge analysis helps target peak-driven tariff costs
- +Baseline and change reporting supports measurement and verification workflows
- +Integration-ready data exports support downstream energy data warehouse flows
- –Automation and integration require more setup than dashboard-only EMIS tools
- –Cross-site normalization needs disciplined configuration to stay comparable
- –Advanced automation depth depends on external system connectivity
- –Some governance details depend on careful role design by admins
Best for: Fits when facilities teams need meter-driven analytics, demand charge insight, and M&V-aligned reporting.
Atrius
vertical specialistAtrius provides building energy monitoring, analytics, benchmarking, and fault detection.
Automated energy action workflows that trigger from interval meter performance signals.
Atrius targets energy teams that need interval meter driven reporting and operational workflows for buildings or portfolios. It centers on ingestion of interval meter data, normalization for baselines and benchmarking, and task automation around recurring energy actions.
Atrius also supports governance needs such as role based access and audit trails for changes and data flows. The system is built to connect energy data with operational decision making instead of only presenting dashboards.
- +Interval meter data workflows fit recurring reporting and operational reviews
- +Baseline and benchmarking support helps track energy performance over time
- +RBAC and audit logging cover change visibility across teams
- +Automation patterns reduce manual effort for recurring energy tasks
- –Integrations depend on specific device and data pipeline readiness
- –Setup and configuration require energy domain decisions before automation
- –Advanced analytics depth is narrower than dedicated industrial energy stacks
- –Large portfolio data quality issues can slow downstream normalization
Best for: Fits when energy teams need interval data driven workflows with governance and auditability.
Energy Elephant
SMBEnergy Elephant manages utility data, invoices, carbon reporting, dashboards, and energy performance.
Workflow-based energy project tracking that ties interval meter performance to measurable progress over time.
Energy Elephant focuses on meter-to-action energy management with guided workflows for auditing, saving, and tracking results. It emphasizes interval meter data ingestion, normalization-ready reporting, and coordination between energy baselines and ongoing performance measurement.
The core workflow flow connects monitoring inputs to operational follow-through, including shared views for facility and utility stakeholders. Automation and extensibility center on configuration-driven integrations rather than manual spreadsheet churn.
- +Guided energy management workflows reduce ad hoc analysis cycles
- +Interval-focused reporting aligns well with ongoing performance tracking
- +Configuration-driven integrations support repeatable deployments across sites
- +Baseline and performance views help teams show progress consistently
- –Deep industrial control integration needs custom work beyond the core setup
- –Automation coverage is strongest inside its workflow model, not outside
- –Normalization and advanced M&V techniques can require structured inputs
- –Multi-role governance controls feel less granular than enterprise EMIS
Best for: Fits when mid-size organizations need interval-driven reporting plus workflow tracking for energy projects.
Eniscope
SMBEniscope provides real-time energy monitoring, submeter analysis, alerts, and reporting.
Configurable automation rules that generate recurring energy reports from normalized interval data.
Eniscope targets energy monitoring and management workflows with a focus on turning interval-meter data into actionable operational reporting. The solution supports automated ingestion from energy data sources and converts readings into dashboards for consumption, peak behavior, and variance analysis.
Eniscope also supports automation for recurring tasks like normalization routines, report generation, and stakeholder distribution based on configurable rules. Governance features center on managing users and keeping an audit trail of configuration changes.
- +Converts interval-meter inputs into consistent dashboards for operations
- +Recurring automation covers reporting and normalization workflows
- +Audit trail records configuration changes for traceability
- +Integration support for common building and industrial metering setups
- –Multi-site configuration can require careful naming and mapping discipline
- –Advanced measurement and verification workflows need tighter setup
- –Some SCADA-level data patterns may require intermediary transformation
- –API and automation extensibility is limited for custom analysis pipelines
Best for: Fits when facilities teams need interval-driven reporting automation with controlled governance and traceable changes.
Smappee Energy Management
vertical specialistSmappee monitors energy consumption, solar production, storage, charging, and building loads.
Anomaly detection that pinpoints unusual usage trends per device and aggregates them into actionable alerts.
Smappee Energy Management aggregates interval meter data from Smappee hardware and transforms it into actionable building energy dashboards. It supports automated anomaly detection, device-level insights, and rule-based actions for monitoring and operational control workflows.
The system also focuses on inventorying connected devices and mapping measurements to sites and meters for consistent reporting across locations. Integration options center on exporting data for analysis and connecting energy insights to surrounding building operations.
- +Device-level visibility with fast drill-down from building to circuit
- +Automated anomaly detection to flag unusual consumption patterns
- +Rule-based monitoring thresholds tied to connected meters and sensors
- +Clear device inventory and measurement mapping across sites
- –Limited third-party hardware coverage compared with multi-vendor EMIS suites
- –Automation scenarios depend on upfront configuration of devices and thresholds
- –API and export options are narrower than systems built for broad integrations
- –Reporting customization is less granular than dedicated analytics products
Best for: Fits when organizations need device-level monitoring and controlled alerting for a small-to-mid portfolio.
Verdigris
vertical specialistVerdigris uses circuit-level sensing and analytics to monitor building electricity and equipment behavior.
Alert rules can be tied to meter and space context so notifications reflect where energy waste is happening, not just meter readings.
Verdigris targets building operators and energy teams that need meter data visibility tied to actionable workflows. The product centers on connecting interval meter data and submeter signals into a unified monitoring view and then translating those signals into alerts, targets, and guided investigation.
Verdigris also supports energy program governance with role-based access controls and change history so teams can manage who can configure what. Automation is handled through its event-driven alerting and integration hooks rather than through custom analytics tooling inside the UI.
- +Centralized visibility across utility and submeter interval signals
- +Event-driven alerts reduce time-to-detection for abnormal usage
- +Role-based access supports separation between operators and admins
- +Configuration history helps track changes across energy settings
- –Limited support for specialized data models beyond building metering
- –API coverage is narrower than data-warehouse style energy integrations
- –Some workflows require careful upfront mapping of meters and spaces
- –Advanced normalization and M&V workflows need external processes
Best for: Fits when building teams need meter alerting plus governance without running custom ETL pipelines.
Conclusion
After evaluating 10 environment energy, EnergyCAP 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 energy manager software
This buyer's guide covers energy manager software workflows for utilities, facilities, and enterprise programs using tools like EnergyCAP, IBM Envizi, Schneider Electric Resource Advisor, GridPoint, and Power Factors.
It also maps the tradeoffs across Atrius, Energy Elephant, Eniscope, Smappee Energy Management, and Verdigris for teams that need interval-meter reporting, normalization, automation, and governance.
Energy manager software for interval-meter workflows, normalization, and governed energy reporting
Energy manager software centralizes interval meter data, normalizes usage for fair comparisons, and turns measurements into operational reporting and energy program workflows. It targets recurring tasks like baseline and variance analysis, demand and peak cost management, and measurement and verification style savings tracking.
Tools like EnergyCAP focus on portfolio normalization and project savings tied to metered performance changes. IBM Envizi focuses on governed enterprise energy data integration and ISO 50001 aligned program cycles with configurable approvals and activity trails.
Evaluation criteria for normalization, automation, governance, and interval-data to action workflows
Energy manager software should connect interval meter inputs to repeatable analysis outputs and then route exceptions to the right people and processes. That connection shows up as workflow automation, alert rules, and traceable configuration and reporting changes.
Teams also need integration depth and data hygiene controls because mapping errors can produce reporting drift. GridPoint, Atrius, and Eniscope each emphasize operational workflows built around interval data, while IBM Envizi and EnergyCAP emphasize normalization and program governance outputs.
Measurement and verification style savings tracking tied to normalization outputs
EnergyCAP connects project scope to metered performance changes and normalization outputs for savings tracking. Schneider Electric Resource Advisor also ties scheduled measurement evaluations to threshold driven alert workflows that are built around normalized interval consumption.
Governed energy program workflows with approvals and activity history
IBM Envizi supports governed energy program cycles with configurable approvals and activity history that align with ISO 50001 style processes. Atrius and Energy Elephant also include RBAC and audit trails so energy teams can track changes across reporting and workflow steps.
Threshold-driven automation that generates alerts or operational tasks from interval behavior
Schneider Electric Resource Advisor uses scheduled measurement evaluations and threshold driven alert workflows that route exceptions. GridPoint uses policy driven operational workflows that connect interval insights to automated actions for demand and cost management.
Demand charge and peak cost analytics built for interval patterns
Power Factors provides demand charge analysis tied to interval behavior and builds reporting around peak cost decision workflows. GridPoint and EnergyCAP both support peak demand and variance analysis for ongoing cost control and portfolio rollups.
Integration and extensibility surface for moving interval data into analytics and downstream systems
IBM Envizi emphasizes API and integration options that fit enterprise data pipeline needs at scale. GridPoint, Power Factors, and Energy Elephant focus on integration endpoints and configuration-driven connectivity so metered data can move into analytics and reporting workflows.
Traceable change management for user permissions and configuration history
Atrius and Eniscope record audit trails for changes and configuration updates that affect data flows and reporting. Verdigris adds role-based access plus configuration history so teams can separate operators and admins while tracking who changed what.
Decision framework for selecting the right energy manager workflow stack
Start by choosing the workflow philosophy that matches the organization’s operating model. Some products emphasize governed energy program cycles with structured approvals, while others emphasize policy-driven actions tied to real time interval signals.
Then validate the integration approach, especially how meter and asset mapping affects normalization and reporting drift. EnergyCAP and IBM Envizi expect careful master data mapping, while GridPoint and Eniscope rely on disciplined configuration of alerts, rules, and reporting inputs.
Pick the workflow model: governed program cycle or operational alert-to-action
For governed energy program cycles with approvals and audit trails, IBM Envizi is built for configurable approvals and activity history across many sites. For operational alert-to-action workflows that connect interval insights to automated outcomes, GridPoint and Schneider Electric Resource Advisor emphasize policy driven operational workflows and threshold driven exception routing.
Match the analytics target: savings evidence, peak cost, or benchmarking and baseline tracking
For measurement and verification style savings tracking tied to metered performance changes, EnergyCAP provides project savings connected to normalization outputs. For demand charge decision support, Power Factors centers reporting around peak driven tariff costs and interval behavior.
Validate interval data readiness and mapping discipline before committing to automation
If portfolios have complex account and meter mapping, EnergyCAP requires careful setup to avoid reporting drift from mapping mistakes. If building teams need recurring operational reports, Eniscope and Atrius require careful multi-site naming and mapping discipline so normalization and dashboards reflect the right devices and data flows.
Confirm how automation leaves the UI: API and integration strategy vs workflow-contained automation
If energy data must feed external pipelines, IBM Envizi and Power Factors emphasize integration-ready options and API support for enterprise system needs. If automation mainly stays inside a configured workflow model, Energy Elephant and Eniscope focus on configuration-driven integrations and recurring tasks within their workflow rules.
Use governance controls to reduce configuration risk across teams
If multiple teams modify mappings and report configurations, Atrius and IBM Envizi include audit trails and governed workflows that track approvals and change history. If roles split into operators and admins with alert tuning, Verdigris provides role-based access and configuration history to separate permissions while tracking changes.
Which organizations benefit from interval-driven energy manager workflows
Energy manager software fits teams that must turn interval meter data into repeatable reporting outputs and operational actions, not just static dashboards. The best match depends on whether the organization runs a governed energy program cycle or an operational peak control and exception routing model.
Across the toolset, some products focus on enterprise governance, some focus on portfolio rollups and project savings, and others focus on device level anomaly detection and alerting for smaller portfolios.
Enterprise energy programs that need governed KPIs and normalization across many facilities
IBM Envizi fits teams that need governed energy program workflows with configurable approvals and activity history. The setup effort for master data and mapping matches organizations that already run repeatable energy program processes.
Multi-site energy teams focused on portfolio normalization and EnPI plus project savings tracking
EnergyCAP fits organizations that must normalize interval usage and report EnPI and project savings across many sites. Its measurement and verification style savings tracking connects project scope to metered performance changes and normalization outputs.
Central energy teams that want automated exception routing from interval interval consumption thresholds
Schneider Electric Resource Advisor fits central teams that need scheduled measurement evaluations and threshold driven alerts routed into workflows. GridPoint fits teams that want policy driven actions that connect metered insights to demand and cost management outcomes.
Facilities and sustainability teams that prioritize demand charge analysis and peak cost attribution
Power Factors fits facilities teams that need demand charge analysis tied to interval behavior. It supports baseline and change reporting built for measurement and verification style evidence for peak cost decision workflows.
Building operators needing device level anomaly detection and rule-based monitoring for smaller-to-mid portfolios
Smappee Energy Management fits teams that want anomaly detection that pinpoints unusual device usage trends. Verdigris fits building teams that need meter and space context alert rules while maintaining role-based access and change history without building custom ETL pipelines.
Common failure points when implementing energy manager software across sites and teams
Implementation failures usually come from mapping discipline, from overestimating automation depth without integration readiness, or from choosing a workflow model that does not match internal governance.
Several tools explicitly rely on careful configuration of meters, assets, thresholds, and normalization inputs, so skipping data quality work turns interval data into unreliable reporting outputs.
Treating interval data mapping as a one time admin task
EnergyCAP requires careful account and meter mapping to avoid reporting drift, and IBM Envizi requires meaningful setup for master data and mapping. Validate mapping with a small site pilot and track variance before enabling portfolio rollups.
Assuming advanced automation works the same way across workflows and integrations
Some tools keep automation inside their workflow model, like Energy Elephant and Eniscope, while others require integration patterns to extend automation, like Schneider Electric Resource Advisor. Power Factors and IBM Envizi also depend on integration readiness when moving analytics into external operational systems.
Expecting ad hoc analysis speed without planned governance cycles
IBM Envizi is less suited to one-off analysis without planned processes because governed workflows enforce activity trails and approvals. EnergyCAP and GridPoint similarly require disciplined configuration of normalization and operational rules so results stay consistent across time.
Choosing an enterprise workflow stack when the organization needs device level monitoring first
Verdigris and Smappee Energy Management deliver device or meter alerting with context and inventory mapping, which suits smaller-to-mid portfolios. IBM Envizi and EnergyCAP can be overkill when specialized control integration and multi-site data normalization governance are not part of the operating model.
How We Selected and Ranked These Tools
We evaluated EnergyCAP, IBM Envizi, Schneider Electric Resource Advisor, GridPoint, Power Factors, Atrius, Energy Elephant, Eniscope, Smappee Energy Management, and Verdigris using feature coverage, ease of use, and value. Features carried the most weight at 40 percent, while ease of use and value each accounted for 30 percent across the scoring. The final overall rating is a weighted average of those three factors based on the same criteria set across all ten products.
EnergyCAP separated itself from lower ranked tools through measurement and verification style savings tracking that ties project scope to metered performance changes and normalization outputs. That capability supported higher feature performance for interval handling, EnPI and project reporting, and portfolio rollups that translate site consumption into demand charge, peak demand, and variance analysis.
Frequently Asked Questions About energy manager software
How do energy manager platforms ingest interval meter data into a usable energy data model?
Which tools provide APIs or integration endpoints for automation and data movement?
How does SSO and identity control work for admin access and auditability?
What breaks if an energy program needs formal normalization and benchmarking rather than dashboarding?
When do policy-driven operational actions matter more than analysis-only reporting?
How should data migration be handled when moving from spreadsheets or legacy EMIS exports?
Where does measurement and verification style evidence show up in day-to-day workflows?
Which tools support automation for recurring reports and stakeholder distribution from interval data?
What tradeoff appears when choosing device-level monitoring over portfolio-level operational workflows?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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