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Technology Digital MediaTop 10 Best Net Monitoring Software of 2026
Top 10 net monitoring software ranked by features and use cases, with LogicMonitor, ManageEngine OpManager, and Auvik in the comparison.
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
LogicMonitor is the go-to if network teams need governed, API-driven monitoring across many sites, whereas ManageEngine OpManager is the better pick for NOC teams relying on SNMP fault monitoring and utilization trends when you want faster day-to-day control.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
LogicMonitor
REST API and bulk management workflows that let teams provision metrics, thresholds, and alerting policy consistently.
Built for fits when network teams need governed, API-driven monitoring configuration across many sites..
ManageEngine OpManager
Editor pickRoot-cause focused alerting that ties interface alarms to dependency and topology context.
Built for fits when NOC teams need SNMP-based fault monitoring plus utilization trends..
Auvik
Editor pickAutomated network discovery and topology mapping with configuration backup and change history in one workflow.
Built for fits when NOC teams need agentless inventory, topology, and monitoring with controlled operator access..
Related reading
Comparison Table
Net monitoring tools translate telemetry into actionable network events using discovery, SNMP or agent data models, and alerting that ties back to operational workflows. This ranked list targets technical evaluators comparing automation depth, integration and API extensibility, configuration and RBAC controls, and the auditability of change and alert history across major platforms.
LogicMonitor
enterpriseSaaS infrastructure monitoring platform with extensive network device coverage.
REST API and bulk management workflows that let teams provision metrics, thresholds, and alerting policy consistently.
LogicMonitor uses continuous device polling plus telemetry ingestion to drive reachability checks, performance metrics, and interface health views. Network operations teams typically use its topology and metrics correlation to reduce time to isolate faults and confirm impact boundaries. The platform’s automation surface supports provisioning monitoring policies programmatically and managing scale through repeatable configuration patterns.
The main tradeoff is that broad protocol coverage and automation come with higher setup discipline for collectors, credentials, and monitoring policy design. LogicMonitor fits best when centralized monitoring needs to span multiple sites with consistent alerting rules and controlled configuration changes.
- +Automation-friendly provisioning of monitoring settings at scale
- +Strong REST API coverage for integration and configuration workflows
- +Role-based access controls with audit logging for monitoring changes
- +Collector-based telemetry ingestion reduces per-device overhead
- –Collector placement and credential management require operational rigor
- –Advanced monitoring policy design takes time to standardize
Network operations centers
Correlate faults across sites and devices
Faster fault isolation
SRE and platform engineering
Automate monitoring policy rollout
Lower operational overhead
Show 2 more scenarios
Security operations teams
Detect network behavior changes early
Reduced mean time to detect
Alert rules tied to device telemetry highlight reachability and performance anomalies for rapid triage.
Enterprise IT governance teams
Control monitoring configuration changes
Improved change accountability
RBAC and audit logging track who changes collectors, credentials, and monitoring rules.
Best for: Fits when network teams need governed, API-driven monitoring configuration across many sites.
More related reading
ManageEngine OpManager
SMBNetwork management software with device discovery, performance monitoring, and fault management.
Root-cause focused alerting that ties interface alarms to dependency and topology context.
OpManager’s core monitoring loop is built around SNMP polling of network devices and interface counters, which feeds alerting, dashboards, and historical charts. Topology mapping and dependency views help operators trace from an alarmed interface to the broader network impact without switching tools. The product’s reporting supports recurring operational reviews by turning event history into summaries for incident follow-ups.
The tradeoff is that OpManager’s strongest coverage depends on SNMP availability and consistent polling reachability across subnets. Teams that rely on agents or vendor telemetry streams may need additional collectors because OpManager’s depth is centered on network device management signals rather than application-level flows. It fits best when a single NOC dashboard needs both fault signals and interface utilization trends.
- +Topology-aware discovery links alerts to impacted network paths
- +SNMP polling drives detailed interface health and trend charts
- +Event correlation reduces duplicate alerts during recurring issues
- +Operational reports convert incident timelines into repeatable summaries
- –Full fidelity depends on consistent SNMP reachability and coverage
- –Workflow automation focuses on monitoring events, not custom data pipelines
- –Network telemetry beyond SNMP counters needs external collectors
Network operations center teams
Triage interface alarms across sites
Lower mean time to detect
Infrastructure engineering teams
Track utilization and error counter trends
Fewer surprise incidents
Show 2 more scenarios
IT service desk and ops
Produce incident summaries and reports
Faster incident closure reporting
Scheduled reporting turns alert timelines into shareable post-incident documentation.
Managed service providers
Monitor multi-customer network inventories
Consistent monitoring across tenants
Discovery and device grouping support repeatable operational views across separate networks.
Best for: Fits when NOC teams need SNMP-based fault monitoring plus utilization trends.
Auvik
SMBCloud-based network monitoring and management built for MSPs and IT teams.
Automated network discovery and topology mapping with configuration backup and change history in one workflow.
Auvik performs network topology mapping and device inventory from SNMP polling and other telemetry sources, which lets teams build a navigable asset view without installing agents on endpoints. The monitoring experience connects topology to health signals such as interface status and error counters, and it supports alerting tied to discovered inventory objects. Configuration backup and change history add a second workflow track beyond monitoring dashboards.
Auvik carries a tradeoff in that deeper validation paths depend on what devices expose through SNMP and related telemetry, so coverage varies across vendor feature sets and network segments. Teams use it best when they need centralized visibility across distributed sites and want consistent discovery and health views without deploying probes to every edge.
- +Agentless discovery builds topology and device inventory from SNMP data
- +Network configuration backups support drift review and historical comparisons
- +RBAC limits access for operators and auditors
- +Alerting can target discovered objects in the topology
- –Telemetry coverage depends on what devices expose via polling
- –Requires deliberate setup to align discovery scope and naming
- –Advanced packet-level troubleshooting needs external tools
- –Flow visibility quality varies with exporter and collector support
Network operations center
Root-cause alerts across distributed sites
Shorter mean time to detect
IT network engineers
Detect configuration drift after changes
Reduced rollback effort
Show 1 more scenario
Managed service providers
Standardize visibility across customers
Consistent operations per site
Discovery and monitoring repeat across environments without endpoint agent deployment.
Best for: Fits when NOC teams need agentless inventory, topology, and monitoring with controlled operator access.
LibreNMS
SMBOpen-source network monitoring system with auto-discovery and API access.
Auto-generated device and interface inventory with per-object graphs and alert context tied to polling results.
LibreNMS provides SNMP polling for network monitoring with a topology-oriented dashboard and device-centric alerting. It collects a wide set of vendor metrics and interface counters, then tracks trends through graphs and event history.
The built-in automation surface includes alert rules, scheduled data collection, and extensibility via scripts and modules that add support for additional device behaviors. Administration relies on configuration files and access controls for managing discovery, polling, and notification workflows.
- +Strong SNMP polling coverage with detailed interface and device graphs
- +Topology and device grouping support fast incident scoping
- +Alerting rules tie device state changes to repeatable notifications
- +Extensibility via scripts and modules for custom metric collection
- –Discovery and polling tuning can require careful configuration discipline
- –Extending monitoring for unusual platforms often needs add-on work
- –Alert noise is possible without well-scoped thresholds per interface
- –Scaling large fleets needs deliberate performance tuning and storage planning
Best for: Fits when an on-prem network team needs SNMP-based monitoring, alerting, and graph-driven troubleshooting across mixed vendors.
Checkmk
enterpriseIT monitoring system covering networks, servers, and applications with agent and agentless modes.
Checkmk discovery and rule sets can generate and compile services from collected data to minimize per-host manual setup.
Checkmk performs network and service monitoring by building host views from collected SNMP data, agent results, and event inputs. Its core distinction is the automation-centric configuration model, where discovery, rule-based checks, and compiled monitoring configuration reduce manual per-device work.
Checkmk also supports thresholding and alerting for operational KPIs like interface counters and service states, with dashboards built from collected metrics. It adds extensibility through Python-based check and rule development for environments with custom protocols and data formats.
- +Automatic service discovery from device data with rule-driven check creation
- +Python-based extensibility for custom checks and parsing
- +Role-based access controls for monitoring UI and operations
- +Clustered monitoring for higher availability during failures
- –Deep configuration changes can require careful rule ordering
- –Initial onboarding takes time for knowledge of check, rule, and site structure
- –Some advanced integrations depend on add-ons
- –Wide protocol coverage can increase maintenance of custom integrations
Best for: Fits when operations teams want discovery-led monitoring with heavy automation and custom check development.
Icinga
enterpriseOpen-source monitoring framework forked from Nagios with modern architecture and APIs.
Icinga Director provides controlled configuration workflows that generate consistent host, service, and check definitions.
Icinga fits network and server operations teams that need on-prem monitoring with strong control over checks, dependencies, and alert routing. It runs a distributed monitoring core with configurable plugins, host and service objects, and event-driven state changes.
Automation comes from extensible configuration management and scripting around the Icinga command API and remote execution paths. Operational visibility is built around alert lifecycle tracking, history, and reporting from collected check results.
- +Distributed monitoring with clear host and service state transitions
- +Extensible checks via plugins and custom scripts for niche telemetry
- +Config-driven dependencies support accurate alert suppression and routing
- +Audit-friendly change history through configuration history workflows
- –Configuration complexity increases with large object models
- –API usage often requires custom scripting for higher-level automation
- –Advanced dashboards depend on add-ons and integration work
- –Operational overhead rises when many check types need tuning
Best for: Fits when on-prem operations teams need detailed alert governance and dependency-aware monitoring at scale.
WhatsUp Gold
SMBNetwork monitoring software with discovery, mapping, and alerting for Windows environments.
Topology-aware views that connect discovered device health to operator workflows for faster fault isolation.
WhatsUp Gold focuses on SNMP-based device monitoring with topology and status views designed for network operations workflows. It adds fault handling around alerts, with recurring polling and threshold logic that turns raw counters into actionable events.
The product also supports agentless discovery patterns for switches, routers, and servers that expose management data over common network protocols. For operational visibility, it combines reachability checks with interface and service health scoring in one monitoring interface.
- +SNMP polling turns interface counters into alertable conditions for many device families
- +Topology mapping and status views support faster incident triage than list-only monitoring
- +Configurable polling schedules and thresholds reduce alert noise for long-running networks
- +Workflow-driven alerting helps route faults to operators without custom scripting
- –Large environments need careful tuning of device templates to avoid mis-alarms
- –Deep telemetry beyond SNMP counters is limited versus NetFlow or packet-based monitoring tools
- –API-based integration requires extra work compared with vendors that expose full automation hooks
- –Multi-team governance can demand disciplined role setup to keep alert ownership clear
Best for: Fits when teams need on-premises, SNMP-centered fault monitoring with topology views and configurable alert logic.
Site24x7
SMBSaaS monitoring suite covering websites, servers, and network devices.
Service monitoring plus network device visibility in shared alert context reduces handoff gaps between teams.
Site24x7 is a network monitoring product that emphasizes end to end service checks alongside network device monitoring. It combines ICMP reachability probes, SNMP polling, and deeper telemetry from configurable collectors for interface and health visibility.
The monitoring workflow supports alerting tied to thresholds and correlation views to reduce noisy, isolated signals. Admin features center on multi-tenant account structures and role based access to support shared operations across environments.
- +ICMP reachability monitoring with latency and loss focused alerting
- +SNMP polling coverage for interface metrics and device health
- +Network dashboard views that connect alerts to observed impact
- +Role based access helps separate operations duties by account
- –Deep packet inspection style analytics is not a native focus
- –Packet capture and SPAN driven workflows require careful add on setup
- –Topology mapping accuracy depends on input discovery quality
- –Automation and API coverage requires build discipline for large fleets
Best for: Fits when network teams need device and service checks in one operational cockpit with controlled access.
Observium
SMBNetwork observation platform focused on auto-discovery and SNMP-based monitoring.
Built-in network topology mapping derived from observed routing and discovery relationships.
Observium performs SNMP polling across network devices and renders health, inventory, and performance views in an operations dashboard. The product auto-discovers interfaces, updates device attributes over time, and correlates status changes to monitored entities for faster fault localization.
Observium also supports SNMP trap ingestion and syslog forwarding so alerts and event context can land alongside polled metrics. The monitoring data is organized around device and interface objects, which makes historical trends and change tracking practical at day-to-day operations scale.
- +Accurate interface-level history with automatic discovery and role mapping
- +SNMP trap ingestion and syslog forwarding integrate events with polled metrics
- +Network topology views help validate relationships and routing context
- +Extensible collectors and templates support varied vendor monitoring needs
- –Add-device onboarding can require more manual credential and scope work
- –Automation depth depends on the accuracy of discovery and naming inputs
- –High-scale polling can become CPU and database bound without tuning
- –Some telemetry gaps remain when non-SNMP telemetry is required
Best for: Fits when teams need SNMP-centric device and interface monitoring with historical change tracking.
ThousandEyes
enterpriseNetwork intelligence platform for visibility into internal and internet paths.
Service and application-centric path correlation that ties routing and DNS measurements to user impact.
ThousandEyes places net monitoring inside an application and service troubleshooting workflow, not just infrastructure reachability checks. Real users and automated agents generate continuous telemetry that correlates DNS, routing, and transport behavior with performance impact.
Active tests pair with agent-based and path-aware measurements to pinpoint where degradation starts across internet and private network segments. Built-in reporting and alerting focus on mean time to detect workflows and operational handoffs for network operations centers.
- +Agent and test orchestration supports correlation from routing through application experience.
- +Path and vantage visibility helps isolate where latency and packet loss emerge.
- +Alerting and reporting map to operational incident workflows for faster triage.
- +API-driven automation supports configuration reuse and change tracking.
- –Multi-tenant governance and role separation require deliberate operational discipline.
- –Deep protocol coverage beyond its core measurement model can require extra instrumentation.
- –Topology clarity depends on consistent target naming and structured test templates.
- –High test counts can raise operational overhead for maintenance and signal review.
Best for: Fits when teams need path-aware service monitoring that correlates routing, DNS, and performance.
Conclusion
After evaluating 10 technology digital media, LogicMonitor 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 net monitoring software
This buyer's guide covers how to select net monitoring software for fault detection, performance visibility, and operator workflows using LogicMonitor, ManageEngine OpManager, Auvik, LibreNMS, Checkmk, Icinga, WhatsUp Gold, Site24x7, Observium, and ThousandEyes.
It turns the distinct capabilities of each tool into concrete evaluation criteria, selection steps, and pitfalls to avoid when building monitoring at scale.
Net monitoring software that turns network telemetry into alerts, topology context, and operator-ready workflows
Net monitoring software collects network telemetry and device state through polling and event inputs, then generates monitoring views, alerts, and incident context for operators. It helps teams measure reachability, interface health, and service impact, then reduce mean time to detect through consistent rule execution and dependency context.
LogicMonitor and ManageEngine OpManager show how this category typically combines telemetry ingestion with alerting workflows, while also adding automation and governance so monitoring changes stay controlled across large networks. Auvik and Observium illustrate a second common shape where discovery and topology mapping drive operational dashboards and historical change tracking.
Evaluation criteria that separate net monitoring tools by automation, governance, and operational context
Net monitoring tools differ most in how they provision monitoring logic across fleets, how they map incidents to impacted topology, and how they govern configuration changes. These differences determine whether alerting stays consistent during onboarding and during ongoing changes.
The criteria below focus on integration and automation surfaces, how alerts connect to dependency context, and how discovery and configuration models affect ongoing maintenance in environments with mixed vendors and scoped credentials.
Provisioning automation with a bulk configuration workflow
LogicMonitor supports REST API and bulk management workflows that provision metrics, thresholds, and alerting policy consistently across many sites. Checkmk also emphasizes automation via discovery-led rule and service generation that compiles monitoring configuration from collected data.
Alerting tied to topology and dependency context
ManageEngine OpManager links interface alarms to dependency and topology context for root-cause focused alerting. WhatsUp Gold also provides topology-aware views that connect discovered device health to operator workflows for faster fault isolation.
Discovery and topology mapping that reduces inventory drift
Auvik combines automated network discovery and topology mapping with configuration backup and change history so monitoring aligns with what is actually deployed. Observium derives network topology mapping from observed routing and discovery relationships to validate relationships and routing context during investigations.
Extensibility for custom checks, parsing, and niche telemetry
Checkmk provides Python-based extensibility for custom checks and parsing so environments with custom protocols can translate device data into actionable checks. Icinga and LibreNMS also support extensibility through configurable plugins and scripts or modules, but Checkmk is specifically built around a discovery-led check creation workflow.
Governed configuration changes with access controls and audit history
LogicMonitor combines role-based access controls with audit logs for tracking monitoring configuration changes. Icinga Director provides controlled configuration workflows that generate consistent host, service, and check definitions, while also keeping configuration histories for audit-friendly change tracking.
Event ingestion that combines SNMP polling with syslog and traps
Observium integrates SNMP trap ingestion and syslog forwarding so alerts and event context land alongside polled metrics. Auvik can reduce manual inventory work through discovery and scheduled config backups, but Observium is the stronger fit for teams that rely on trap and syslog event streams.
Decision framework for matching monitoring telemetry sources to configuration and governance needs
The right net monitoring tool depends on where telemetry is coming from, how incidents need to be explained to operators, and how monitoring configuration should be governed. A tool that works well for small lab networks can fail when collector scope, credential coverage, and rule standardization are inconsistent.
The steps below separate three product philosophies. First is API-driven bulk monitoring at scale. Second is discovery and configuration compilation to reduce manual setup. Third is service and path correlation for user-impact visibility.
Choose the monitoring configuration philosophy: bulk API control vs compiled discovery rules
For environments that require governed, API-driven monitoring configuration across many sites, LogicMonitor is designed for REST API and bulk management of metrics, thresholds, and alerting policy. For teams that want discovery-led setup that generates and compiles services from collected data, Checkmk reduces per-host manual work and supports Python-based custom checks.
Match alert explanation to operator workflows using dependency-aware topology
If incident triage depends on linking interface alarms to affected segments and dependency context, ManageEngine OpManager is built for root-cause focused alerting tied to topology. If operator workflows need topology-aware views that connect device health to what operators act on, WhatsUp Gold emphasizes that connection in its status and mapping views.
Decide how discovery and inventory changes should be handled over time
If network inventory drift is a core pain point and configuration history is required for audit and rollback, Auvik bundles automated discovery with configuration backup and change history. If the monitoring data model and daily operations depend on interface-level history derived from SNMP polling, Observium organizes device and interface objects to make historical change tracking practical.
Plan extensibility before rollout when platforms or metrics go beyond common SNMP counters
When custom protocols or data formats must be converted into checks and alerts, choose Checkmk for Python-based check and rule development. When teams prefer on-prem control with a dependency-aware object model and a Director workflow that generates consistent definitions, Icinga Director helps keep host, service, and check creation repeatable.
Select event ingestion strategy so traps and logs do not get stranded
If teams rely on SNMP trap ingestion and syslog forwarding to combine events with polled metrics, Observium integrates both into the operational dashboard context. If trap and syslog event streams are less central and the priority is agentless discovery plus configuration backups, Auvik can cover inventory and monitoring workflows without requiring deep event pipeline integration.
Use service and path correlation tools when network telemetry must map to user impact
For visibility that correlates routing and DNS behavior to application and user experience, ThousandEyes focuses on service and application-centric path correlation using continuous telemetry from agents and tests. For teams that primarily need device and interface monitoring with reachability and threshold alerting, Site24x7 combines ICMP reachability probes and SNMP polling in one operational cockpit.
Teams and use cases that net monitoring tools match best
Net monitoring software serves different operational goals, from fault detection and interface health trends to discovery automation and path-based service impact. The best fit depends on whether the network team needs governed configuration automation, topology-linked triage, or user-impact correlation.
The segments below map directly to the tools that each team profile is described as best for in the product set.
Multi-site network teams that need governed, API-driven monitoring configuration
LogicMonitor fits teams that must provision metrics, thresholds, and alerting policy consistently across many sites with role-based access and audit logs. It also uses collector-based telemetry ingestion to reduce per-device overhead while keeping changes traceable.
NOC teams focused on SNMP fault monitoring plus utilization trend visibility
ManageEngine OpManager is built for continuous fault monitoring using SNMP polling plus capacity and performance visibility in the same workflow. It also emphasizes alert correlation that ties interface alarms to dependency and topology context.
MSPs and IT teams that want agentless discovery, topology mapping, and change history
Auvik is designed for agentless network monitoring with automated discovery and topology mapping that reduces manual inventory effort. It adds configuration backups and change history so monitoring moves into remediation workflows with traceable changes.
On-prem network operations teams that need SNMP-centric monitoring with historical change tracking
Observium fits teams that want SNMP polling with interface-level history, plus SNMP trap ingestion and syslog forwarding to land events alongside polled metrics. It also derives topology mapping from observed routing and discovery relationships to support faster fault localization.
Network operations teams that must correlate routing and DNS behavior to user-impact outcomes
ThousandEyes fits teams that troubleshoot internal and internet paths by tying routing, DNS, and transport behavior to performance impact. It supports active tests and reporting for mean time to detect workflows and operational handoffs.
Net monitoring pitfalls that derail alert quality, governance, and operational maintenance
Net monitoring failures often come from mismatched assumptions about telemetry coverage, discovery scope, and how much governance discipline is required. Several tools in this set depend on consistent discovery inputs, stable credential coverage, and carefully tuned thresholds to avoid alert noise.
The pitfalls below map directly to concrete failure modes described for these products and to the tools that mitigate them.
Building alerting rules without standardizing discovery scope and naming
Auvik and ThousandEyes both tie topology clarity to discovery quality and structured inputs. Align discovery scope in Auvik and standardize test templates in ThousandEyes before scaling rule creation.
Underestimating the governance and credential work needed for collector-based telemetry ingestion
LogicMonitor requires collector placement and credential management operational rigor to keep telemetry flowing and configs accurate. Observium also requires onboarding scope and credential setup for new devices, so credential workflows should be treated as part of rollout.
Letting alert noise accumulate by skipping topology or dependency context
Without dependency-aware alerting, interface alarms can become hard to triage and can look like duplicates during recurring issues. ManageEngine OpManager and WhatsUp Gold are structured to connect alarms and device health to impacted context, which reduces the noise problem when operators need clear ownership.
Overextending platform coverage without planning extensibility work for unusual devices
LibreNMS and Checkmk both support extensibility, but extending to unusual platforms can demand add-on or custom metric collection work. If custom checks and parsing are expected, Checkmk’s Python development model should be planned early rather than added after dashboards exist.
How We Selected and Ranked These Tools
We evaluated LogicMonitor, ManageEngine OpManager, Auvik, LibreNMS, Checkmk, Icinga, WhatsUp Gold, Site24x7, Observium, and ThousandEyes on features, ease of use, and value using the provided capability descriptions and scores. Features carries the most weight in the overall rating, while ease of use and value each contribute equally to how higher and lower-ranked tools separate. This scoring stays editorial and criteria-based across monitoring workflows, automation and integration surfaces, governance controls, and operational usability.
LogicMonitor stood apart in the ranking because its standout REST API and bulk management workflows directly support provisioning metrics, thresholds, and alerting policy consistently at scale. That capability lifted it most strongly through the features factor, and it also helped maintain higher ease of use by reducing per-device manual setup through standardized provisioning.
Frequently Asked Questions About net monitoring software
How do LogicMonitor and Checkmk differ in how they scale monitoring configuration across many devices?
When should a team choose agentless discovery with Auvik instead of SNMP polling-only workflows?
What breaks if SNMP trap ingestion and syslog forwarding are required for event correlation?
Which tools provide SSO and role-based access control for monitoring configuration changes?
How does Icinga Director help with admin controls and repeatable monitoring definitions?
How do OpManager and Site24x7 handle noise reduction and alert correlation for network operations?
What is the most common data migration risk when moving from a legacy SNMP setup to LibreNMS or Observium?
How does ThousandEyes differ from SNMP-based monitoring when the goal is mean time to detect for user impact?
Where does deep integration with APIs and automation matter most: LogicMonitor or Icinga?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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