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Facilities Property ServicesTop 10 Best Monitor Management Software of 2026
Ranked list of monitor management software for IT admins with side-by-side comparisons of OptiSigns, Navori, and ScreenCloud plus Domotz.
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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OptiSigns is the best choice if you run a multi-location signage fleet and need remote scheduling plus consistent screen assignments across endpoints, whereas ManageEngine Endpoint Central fits when IT must standardize monitor configurations with agent-based policy control.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
OptiSigns
Per-display publishing with endpoint targeting for schedule and layout updates without on-site intervention.
Built for fits when signage teams need remote scheduling and consistent display assignments across many endpoints..
ManageEngine Endpoint Central
Editor pickAgent-driven monitor configuration tasks tied to ManageEngine endpoint policy workflows for recurring rollout windows.
Built for fits when IT must enforce consistent monitor configurations across many endpoints with agent-based policy control..
Domotz
Editor pickAgent-based device health telemetry that keeps monitor fleet status current in mixed network environments.
Built for fits when IT needs consistent monitor fleet health monitoring and alerts across dispersed locations..
Related reading
Comparison Table
OptiSigns
vertical specialistDigital signage software for deploying, monitoring, and controlling display screens across multiple locations.
Per-display publishing with endpoint targeting for schedule and layout updates without on-site intervention.
OptiSigns is built around endpoint orchestration, where the admin side assigns content and timing to specific displays instead of relying on local player behavior. It supports multi-display installations with layout persistence so screens stay aligned with the intended configuration after updates. It also provides inventory-style visibility so operators can map which endpoint runs which assigned content state.
The main tradeoff is that advanced display control still depends on how each endpoint player handles low-level monitor behavior like scaling, refresh, and color. Teams get the best results when they need remote signage distribution, scheduling, and operational consistency across a network of fixed or semi-fixed endpoints.
- +Centralized content scheduling across many display endpoints
- +Per-display assignments reduce manual layout mismatches
- +Endpoint status visibility supports faster operational troubleshooting
- +Layout updates can be applied without visiting each screen
- –Low-level monitor behavior control depends on the endpoint player
- –Governed rollouts require disciplined profile and content management
- –Complex layout variants can increase editor effort
- –Deep hardware topology management is limited compared with KVM-centric tools
Retail operations teams
Update multiple store screens on weekdays
Fewer missed screen changes
Facilities and venue admins
Switch wayfinding screens by event times
Consistent event branding
Show 2 more scenarios
Hospitality multi-site teams
Maintain menu boards across endpoints
Reduced on-site editing
Teams push updates to targeted displays while other screens keep their existing schedules.
Corporate workplace IT
Distribute internal comms to office displays
Lower operational overhead
IT controls content rollout timing and display-specific assignments from a central console.
Best for: Fits when signage teams need remote scheduling and consistent display assignments across many endpoints.
More related reading
ManageEngine Endpoint Central
enterpriseUnified endpoint management platform with asset inventory, configuration control, patching, and remote troubleshooting.
Agent-driven monitor configuration tasks tied to ManageEngine endpoint policy workflows for recurring rollout windows.
Endpoint Central centers monitor asset inventory and configuration enforcement through its endpoint agent, which makes display changes repeatable across many endpoints. It applies display-related configurations via centrally managed tasks and profiles instead of ad hoc scripts on individual machines. The integration depth with ManageEngine operational tooling makes it easier to run monitor configuration alongside broader endpoint baselining.
A practical tradeoff is that reliable enforcement depends on the agent health and the endpoint permissions needed to apply display changes. It fits best when IT wants consistent monitor behavior during onboarding, role changes, or scheduled refresh windows rather than on-demand troubleshooting by helpdesk alone.
- +Endpoint-agent enforcement enables repeatable monitor configuration at scale
- +Monitor model inventory supports ongoing asset tracking for display estates
- +Policy scheduling aligns display changes with broader endpoint baselines
- +Centralized console reduces fragmented scripts across IT teams
- –Requires agent reliability and sufficient local permissions for display updates
- –Complex display topologies can demand careful profile design
- –Advanced per-workspace layout rules need disciplined rollout planning
- –KVM and hardware-specific behaviors may require lab validation
IT endpoint engineering teams
Standardize display setup for new hires
Fewer display setup tickets
Workplace IT operations
Maintain display settings after refresh
Reduced drift across cohorts
Show 2 more scenarios
Helpdesk and desktop support
Remediate incorrect display configuration
Faster recovery without onsite visits
Trigger centralized configuration enforcement on affected endpoints to restore expected display behavior.
Security and compliance admins
Tie monitor configuration to baselines
Controlled configuration changes
Group monitor enforcement with other endpoint settings so display changes follow governed rollout criteria.
Best for: Fits when IT must enforce consistent monitor configurations across many endpoints with agent-based policy control.
Domotz
SMBNetwork and device monitoring platform with remote management, asset discovery, alerts, and infrastructure visibility.
Agent-based device health telemetry that keeps monitor fleet status current in mixed network environments.
Domotz can inventory monitored devices by discovering endpoints on a network and then maintaining status over time through recurring checks. Display-specific visibility is supported via captured reachability and configuration signals, which feed alerting and operational dashboards. Agent-based collection reduces blind spots compared with agentless-only approaches in mixed environments. Governance is handled through console roles and controlled access to monitoring views.
A key tradeoff is that coverage depends on where the Domotz agents can be installed, which limits endpoint insight across segments that block agent deployment. Domotz fits best when a central IT team needs reliable operational monitoring for meeting rooms, lobbies, and distributed signage hardware without building a custom integration pipeline.
- +Agent-based health collection improves visibility across constrained networks
- +Central console supports fleet alerting and operational reporting
- +Role-based access helps control who can view and act
- +Discovery-driven inventory reduces manual tracking work
- –Agent deployment limits coverage in locked-down network segments
- –Does not target display-layout persistence workflows for remote orchestration
- –Automation surface is less suited for deep per-monitor configuration enforcement
- –Advanced display control requires separate device-side capabilities
IT operations teams
Monitor reachability and display uptime
Faster incident detection and triage
Facilities and venue IT
Track lobby and meeting room screens
Reduced asset and downtime ambiguity
Show 1 more scenario
Network engineers
Validate device availability after changes
Lower risk during rollouts
Health signals help confirm monitoring endpoints remain reachable after network updates.
Best for: Fits when IT needs consistent monitor fleet health monitoring and alerts across dispersed locations.
Atera
SMBRMM platform for IT teams and MSPs with device monitoring, automation, remote access, and asset visibility.
Monitor-related inventory and change tracking are coordinated with Atera's endpoint management data model.
Atera delivers monitor management through an agent-based remote management model that focuses on endpoint inventory and configuration workflows. Admins can map physical display properties into a usable asset view and tie monitor setup tasks to managed devices.
The system also supports automation through scheduled routines and integrations that extend how display configurations are applied across device fleets. Compared with pure display-only tools, Atera adds IT operations context by coordinating monitor-related changes alongside broader endpoint management data.
- +Agent-based inventory view that links monitors to managed endpoints
- +Automation-friendly workflows for pushing display configuration tasks
- +Inventory history supports tracking monitor serial and placement changes
- +Integrates with IT operations data to reduce duplicate admin work
- –Monitor topology mapping is less specialized than display-only orchestration tools
- –Wide display policy rollout can require careful device grouping discipline
- –Deep DDC CI control coverage depends on the endpoint environment
- –Built-in color calibration enforcement is limited for strict ICC workflows
Best for: Fits when IT teams need monitor inventory and automated endpoint rollouts under a broader device management umbrella.
ScreenCloud
vertical specialistDigital signage platform for managing content, screen health, and remote administration across display networks.
Hardware-aware monitor matching to apply the correct layout profile when monitor identities or port arrangements change.
ScreenCloud manages monitor setups by capturing display configurations and distributing them to endpoints for consistent multi-monitor layouts. It supports monitor identification through hardware details so profiles can be applied to the right screen arrangement during remote work and desk changes.
The tool focuses on orchestration for display topology and layout persistence rather than ad hoc per-device tweaks. ScreenCloud also includes admin-facing controls for organization-wide governance of which endpoints can receive and apply display profiles.
- +Profile distribution keeps multi-monitor layouts consistent across endpoint fleets
- +Hardware-based matching reduces misapplied configurations when monitors differ
- +Supports workspace layout persistence for extension and mirroring workflows
- +Centralized governance helps administrators control profile rollout scopes
- –Remote orchestration depends on agents running on managed endpoints
- –Complex monitor topologies can require careful grouping and naming conventions
- –No built-in EDID override workflow limits handling of broken monitor identities
- –Advanced DDC/CI control is not the primary focus compared with layout management
Best for: Fits when IT admins need consistent, topology-aware monitor layout profiles across fleets without relying on per-user manual setup.
Yodeck
vertical specialistCloud digital signage software for remote screen management, scheduling, monitoring, and device administration.
Display management centered on remote configuration and scheduled content delivery to keep endpoint screens aligned after operational changes.
Yodeck is a monitor management solution aimed at IT admins who need centralized control over multiple display endpoints across offices. Its core capabilities center on provisioning display configurations, organizing monitors into groups, and pushing changes to endpoints through a remote management workflow.
Yodeck also supports content and layout scheduling so display states can be kept consistent across reboot cycles. It is best evaluated for how well it fits existing network and endpoint deployment patterns rather than for standalone player capabilities.
- +Centralized display grouping for multi-site configuration consistency
- +Remote change propagation for layouts and schedules across endpoints
- +Content rotation scheduling for planned screen state transitions
- +Administrative workflow supports recurring operational updates
- –Advanced topologies like KVM-based workflows need careful endpoint planning
- –Automation coverage depends on available API hooks for orchestration
- –Operational governance is less granular than solutions with RBAC-centric policy layers
- –Troubleshooting can require direct endpoint inspection when sync lags
Best for: Fits when IT teams manage many identical display endpoints and need consistent scheduled layouts across sites.
GoBright
vertical specialistWorkplace software with room displays, desk booking screens, and centralized management for office display devices.
Workflow-style configuration templates tied to monitor inventory reduce layout inconsistency after hardware swaps.
GoBright focuses on centralized monitor inventory and policy-driven display configuration for enterprise endpoints. It combines asset tracking with workflow-style templates that keep multi-monitor layouts consistent across hardware changes.
Admin controls center on device selection, configuration rollout, and audit-friendly change history. Integration and automation rely on an API and configuration formats designed for repeatable deployment.
- +Monitor asset inventory with serial-number level tracking support
- +Policy templates help standardize multi-monitor layouts across endpoint fleets
- +API enables configuration automation and external orchestration
- +Change history supports traceability for configuration updates
- –Advanced rollout rules require careful governance to avoid profile drift
- –Coverage for edge display setups like MST daisy-chains is not as broad as some peers
- –Color calibration enforcement workflows need more manual calibration mapping per monitor
- –Large endpoint deployments can require staged testing to tune rollout behavior
Best for: Fits when IT needs monitor inventory plus repeatable policy-based layout and rollout for endpoint fleets.
Actual Multiple Monitors
SMBWindows utility that adds secondary taskbars and window management controls for multiple displays.
Saved monitor layout profiles that restore precise multi-display arrangements on demand.
Actual Multiple Monitors manages multi-monitor setups by letting users define saved monitor layouts and quickly apply them across workstations. The core strength is persistent per-machine layout control that reduces manual repositioning and window rework after topology changes.
Actual Multiple Monitors also supports detailed monitor parameter handling so saved configurations match how displays are arranged and scaled. The result is practical monitor configuration governance for teams that want repeatable desktop arrangements without switching to a full remote orchestration stack.
- +Reliable monitor layout saving and one-click restoration per workstation
- +Handles multi-display arrangements with fine-grained configuration control
- +Supports switching between named monitor setups for different tasks
- +Works without requiring centralized remote agents for everyday usage
- –Limited admin governance for fleet-wide policy deployment
- –Does not provide a full display inventory and asset tracking workflow
- –No built-in KVM switch integration for topology-triggered automation
- –Advanced workflows require manual configuration discipline per layout
Best for: Fits when teams need consistent local monitor layouts across repeated work routines.
MaxTo
SMBWindow manager that partitions monitors into separate regions for snapping applications.
Hardware-bound monitor configuration mapping that keeps layout and per-display settings consistent after endpoint restarts.
MaxTo manages monitor settings and layouts through centralized configuration files and endpoint publishing workflows. The distinct capability is its focus on deterministic monitor layouts, including persistence of per-display configuration across sessions.
It supports inventory-oriented workflows by binding configuration to detected hardware identifiers and exporting display configuration for repeatable deployments. Admins can run changes through controlled distribution, then validate outcomes by comparing endpoint state after rollout.
- +Deterministic layout persistence across monitor changes on endpoints
- +Centralized configuration export supports repeatable deployments
- +Hardware-bound mapping reduces misapplies when monitors differ
- +Rollout workflow supports controlled publishing and endpoint reconciliation
- –Automation requires more setup than tools with agent-first integrations
- –Limited visibility into topology changes across KVM environments
- –Harder governance when multiple teams need separate policy sets
- –Fewer color and calibration enforcement knobs than dedicated color tools
Best for: Fits when IT admins need predictable multi-monitor layouts and repeatable configuration publishing at scale.
LG OnScreen Control
vertical specialistLG OnScreen Control manages supported LG monitor settings, screen layouts, input switching, and application assignments.
Multi-monitor layout persistence with a workstation-resident control experience for LG displays.
LG OnScreen Control fits IT teams standardizing LG monitor fleets for desktop management tasks like layout persistence and on-screen control, with functionality centered on LG hardware. It provides monitor controls through a Windows endpoint tool and supports multi-monitor workflows such as saving display arrangements and switching view modes.
Management depth is limited compared with remote orchestration tools because policy changes are driven locally on the connected workstation rather than by a centralized control plane. Color and identity behaviors also depend on the monitor’s capabilities and connected display topology rather than a vendor-agnostic inventory model.
- +Local monitor layout saving improves repeatability across common workstation setups
- +Windows endpoint integration keeps controls close to the user’s display session
- +On-screen control UI reduces the need for monitor button navigation
- +Works best when LG monitor models match the expected feature set
- –Limited central administration restricts governance across many endpoints
- –No documented remote provisioning flow for display config across fleets
- –Feature coverage varies by LG model and connected topology
- –Automation and API surface are not a primary focus for enterprise orchestration
Best for: Fits when offices standardize on LG monitors and need local layout persistence without centralized policy automation.
Conclusion
After evaluating 10 facilities property services, OptiSigns 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 monitor management software
Monitor management software covers the workflows that keep monitor layouts, display settings, and scheduled screen content consistent across endpoint fleets. This guide covers OptiSigns, ManageEngine Endpoint Central, ScreenCloud, and nine other tools that target different control points such as endpoint players, agent-based enforcement, and hardware-aware matching.
OptiSigns focuses on per-display publishing with endpoint targeting for remote schedule and layout updates. ManageEngine Endpoint Central ties monitor configuration tasks to endpoint policy workflows using an agent-based approach.
Monitor management software for centralized display configuration, scheduling, and fleet consistency
Monitor management software coordinates how endpoints apply multi-monitor layouts and display behavior, either by targeting specific endpoint players or by enforcing configurations through device management policy workflows. OptiSigns is designed for per-display publishing that updates schedules and layouts on managed endpoints without requiring on-site intervention.
ScreenCloud emphasizes hardware-aware monitor matching so the correct layout profile applies when monitor identities or port arrangements change. Other tools in this category also split capabilities between endpoint-resident control like LG OnScreen Control and fleet-facing orchestration that relies on installed agents.
Monitor management capabilities to compare across endpoints
Monitor management software should match display identity to the right configuration and apply that configuration consistently across endpoint fleets. The difference between tools shows up in how they bind assignments to endpoints, how they handle monitor identity changes, and how they drive updates over time.
Per-display publishing and endpoint targeting for scheduled updates
OptiSigns supports per-display publishing with endpoint targeting so schedule and layout updates land on the intended display without on-site intervention. This approach contrasts with ManageEngine Endpoint Central where monitor configuration tasks run inside endpoint policy workflows.
Agent-based monitor configuration tied to endpoint policy workflows
ManageEngine Endpoint Central uses agent-driven monitor configuration tasks tied to ManageEngine endpoint policy workflows for recurring rollout windows. Atera also coordinates monitor-related inventory and change tracking inside its endpoint management data model but with less specialized topology mapping.
Hardware-aware monitor identity matching for correct layout profile selection
ScreenCloud applies layout profiles using hardware-aware monitor matching so identities and port arrangements select the correct configuration. MaxTo also uses hardware-bound configuration mapping for consistent layout persistence after endpoint restarts, but it emphasizes repeatable publishing and export rather than continuous fleet orchestration visibility.
Monitor fleet health telemetry for operational visibility across sites
Domotz collects agent-based device health telemetry so monitor fleet status stays current across mixed network environments. This differs from tools focused on layout persistence, like Actual Multiple Monitors, which centers on saved monitor layout profiles on a per-workstation basis.
Monitor inventory and asset-level tracking for change management
GoBright includes monitor asset inventory with serial-number level tracking support so layout templates can be tied to hardware changes. Atera links monitors to managed endpoints through its inventory and workflow model, while OptiSigns relies on per-display publishing tied to endpoint targeting for updates.
Template-driven rollout and governance controls to reduce profile drift
GoBright uses workflow-style configuration templates tied to monitor inventory to standardize multi-monitor layouts across endpoint fleets. OptiSigns can govern rollouts through disciplined profile and content management, while tools like ManageEngine Endpoint Central require agent reliability and careful display profile design for complex topologies.
Local workstation layout persistence with limited central administration
LG OnScreen Control emphasizes a workstation-resident control experience for LG displays and uses local monitor layout saving. Actual Multiple Monitors also focuses on saved layout profiles restored on demand, while it does not provide a full display inventory and asset tracking workflow.
Choose based on enforcement model and how assignments stay correct
The decision should start with the control plane that drives updates. Some tools publish per-display schedules directly to endpoints, while others rely on endpoint agents and policy workflows to enforce configuration at scale.
Pick the control plane that matches how teams run change windows
If the operational model depends on scheduled content and remote layout assignments by display, OptiSigns is built for per-display publishing with endpoint targeting. If the operational model depends on managed endpoints that run repeating policy workflows, ManageEngine Endpoint Central provides agent-driven enforcement during rollout windows.
Decide whether the software must survive monitor identity and port changes automatically
If layout selection must follow monitor identity and port arrangements without relying on manual per-user setup, ScreenCloud uses hardware-aware monitor matching. If repeatability after endpoint restarts and configuration publishing at scale are the priority, MaxTo provides deterministic layout persistence via hardware-bound configuration mapping.
Match rollout depth to how much inventory accuracy is available
If monitor serial-number level tracking is required to keep templates aligned after hardware swaps, GoBright ties monitor asset inventory to repeatable policy-based layouts. If monitor inventory and change tracking must integrate into broader endpoint management, Atera coordinates monitor-related inventory with its endpoint management data model.
Validate coverage when networks block agent deployment
If some locations are locked down and agent deployment is limited, Domotz coverage can be constrained because it uses agent-based health collection. For mixed connectivity environments, verify whether the selected tool can maintain consistent visibility and enforcement where agents cannot be installed.
Separate orchestration needs from local workstation persistence needs
If the goal is centralized fleet policy and consistent multi-display behavior, tools like ManageEngine Endpoint Central and ScreenCloud align to fleet orchestration workflows. If the goal is local workstation routines and repeatable layouts on demand, Actual Multiple Monitors and LG OnScreen Control focus on saved layouts and workstation-resident control.
Test governance and rollout discipline with real topology complexity
If complex monitor topologies require careful grouping and naming conventions, ScreenCloud and ManageEngine Endpoint Central can demand structured profile design. For tools that depend on profile and content discipline during governed rollouts, validate how easily teams can prevent profile drift before expanding to the full fleet.
Who should use which monitor management approach
Monitor management software is a fit when display layouts and screen behavior must remain consistent across multiple endpoints, multiple sites, or frequent hardware changes. The right choice depends on whether enforcement is driven by per-display publishing, endpoint agents, or hardware-aware matching.
IT admins managing fleet-wide monitor configuration via endpoint policy
ManageEngine Endpoint Central fits teams that want agent-based monitor configuration tasks tied to endpoint policy workflows for recurring rollout windows. The endpoint-agent model also supports ongoing monitor model inventory for asset tracking.
Signage teams that assign content and layouts by display and time
OptiSigns fits when remote schedule and layout updates must land on the correct display endpoints without on-site intervention. Per-display publishing reduces mismatches compared with approaches that rely on broader device-level rollout.
Operations teams monitoring monitor health and alerting across dispersed locations
Domotz fits organizations that need agent-based device health telemetry so monitor fleet status stays current across mixed network environments. Fleet alerting and operational reporting match distributed site operations.
IT teams standardizing layout profiles after monitor swaps and port rearrangements
ScreenCloud fits teams that want layout profiles applied correctly after monitor identity or port arrangements change via hardware-aware matching. MaxTo also supports deterministic layout persistence after endpoint restarts using hardware-bound configuration mapping.
Desktop IT teams focused on local layout consistency for repeat work routines
Actual Multiple Monitors and LG OnScreen Control fit teams that prioritize workstation-resident layout saving. These tools support local repeatability more than centrally governed fleet asset tracking.
Common failures when deploying monitor management software
Monitor management failures usually come from mismatched enforcement models and unmanaged identity changes. Another frequent issue is underestimating how topology complexity affects profile selection and rollout reliability.
Assuming remote orchestration works without validating endpoint agent execution paths
Tools that depend on endpoint agents, like ScreenCloud and Domotz, can lose coverage when agents cannot run reliably on managed endpoints. Teams should validate agent reachability and local permissions before rolling out display configuration tasks.
Treating monitor identity changes as a minor edge case
Hardware-aware matching matters when monitors differ or port arrangements change, which ScreenCloud handles via hardware-based monitor matching. For hardware-bound mapping, MaxTo preserves layout after endpoint restarts but still needs accurate hardware fingerprinting for correct application.
Expanding governed rollouts without template or profile discipline
OptiSigns requires disciplined profile and content management for governed rollouts because low-level monitor behavior control depends on the endpoint player. GoBright also uses template-driven workflows that need governance to prevent profile drift during device swaps.
Confusing local layout persistence tools with centrally administered display governance
LG OnScreen Control and Actual Multiple Monitors focus on saved layouts and workstation-resident behavior, so they do not provide the same governance across many endpoints. Fleet admins should select tools with remote configuration and inventory or policy workflow integration instead.
Overlooking topology complexity during profile design
ManageEngine Endpoint Central can require careful profile design when display topologies are complex because agent reliability and correct local permissions drive outcomes. ScreenCloud also notes that complex monitor topologies may require careful grouping and naming conventions.
How We Selected and Ranked These Tools
We evaluated OptiSigns, ManageEngine Endpoint Central, ScreenCloud, and the other tools by weighting features at 40%, ease at 30%, and value at 30%. OptiSigns ranked at the top because its per-display publishing model supports endpoint targeting for schedule and layout updates without on-site intervention, and its centralized scheduling reduces manual layout mismatches.
ManageEngine Endpoint Central ranked highly by combining agent-driven monitor configuration with endpoint policy workflows and monitor model inventory for ongoing asset tracking. ScreenCloud ranked strongly by using hardware-aware monitor matching to apply the correct layout profile when monitor identities or port arrangements change.
Frequently Asked Questions About monitor management software
How do DisplayNote-class orchestration tools differ from endpoint inventory tools like Endpoint Central and Atera?
Which tools support an API for automation and configuration publishing across endpoint fleets?
When should monitor enforcement run as an agent-based workflow versus an agentless approach?
What breaks if monitor identity changes, such as swapped hardware or altered port topology?
How does OptiSigns handle per-display scheduling for signage without forcing a single global runtime rule?
How do admin control and change history capabilities compare between GoBright and Navori-style template rollouts?
Which tools support display grouping policies or endpoint targeting for selective rollouts?
Where does local-only layout control fall short compared with a centralized configuration control plane?
How should data migration be planned when moving from saved layouts to a new monitor management workflow?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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