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Healthcare MedicineTop 10 Best Anatomic Pathology Software of 2026
Top 10 anatomic pathology software ranked by lab workflow tools, reporting, and support, with side-by-side picks for pathologists.
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
NovoPath is the best fit if you run mid to large surgical pathology with structured synoptic authoring and workflow automation, whereas Clinisys suits mid-size labs that want controlled sign-out routing and structured reporting without overbuilding.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
NovoPath
Synoptic template engine with structured field mapping that enforces consistent diagnosis sections during authoring.
Built for fits when mid to large surgical pathology teams need structured synoptic authoring and workflow automation..
Clinisys
Editor pickSign-out progression with configurable case status and task routing tied to report finalization.
Built for fits when mid-size labs need controlled anatomic pathology workflow with structured reporting and sign-out routing..
Pathomation
Editor pickAutomated case progression with configurable routing rules that enforce review and signout sequence consistency.
Built for fits when labs need controlled case workflows and structured reporting steps without heavy custom development..
Comparison Table
NovoPath
vertical specialistAnatomic pathology laboratory information system for specimen, workflow, reporting, and billing operations.
Synoptic template engine with structured field mapping that enforces consistent diagnosis sections during authoring.
NovoPath supports end-to-end specimen handling with barcode-driven tracking for accessioning and downstream slide labeling workflows. Report production is built around structured templates that map findings into repeatable sections for synoptic reporting and diagnosis coding. Administrative controls cover user roles, workflow permissions, and audit visibility into report and task actions. Integration capability spans HL7 laboratory messaging and connections to digital pathology viewers used for WSI review.
A key tradeoff is that template coverage must be configured for each service line, which requires active governance to keep structured fields aligned with local report standards. NovoPath fits best when labs want consistent synoptic output and repeatable authoring across multiple pathologists while coordinating review tasks and instrument-driven events.
- +Structured synoptic templates produce consistent report sections across cases
- +Barcode-driven specimen tracking reduces labeling and handoff ambiguity
- +Task routing supports coordinated workflows from accession to sign-out
- +HL7 messaging integration fits instrument-driven lab operations
- –Template setup effort increases for new report schemas and service lines
- –WSI viewer configuration can require coordinated IT support and testing
- –Exception handling workflows may need custom configuration per site practice
- –Advanced workflow automation depends on disciplined governance of forms
Surgical pathology lab managers
Standardizing synoptic report output
More consistent reporting
APIS administrators
Coordinating accession to sign-out workflows
Fewer process gaps
Show 2 more scenarios
Pathologists
WSI review tied to case records
Reduced case switching
Digital slide review is linked to the case workflow for faster access during reporting.
IT integration teams
Instrument event and data exchange
Less manual reconciliation
HL7 laboratory messaging supports instrument-driven updates into the case lifecycle.
Best for: Fits when mid to large surgical pathology teams need structured synoptic authoring and workflow automation.
Clinisys
enterpriseLaboratory information system software with anatomic pathology workflow support.
Sign-out progression with configurable case status and task routing tied to report finalization.
Clinisys centers on end-to-end anatomic pathology workflow, including case setup, specimen handling, and report production for finalized diagnoses. It supports structured reporting patterns that align with synoptic documentation needs and diagnosis coding workflows used in surgical pathology. Data entry and routing are designed around case status and task progression so multiple sign-out roles can work on the same specimen set with traceable progress.
A key tradeoff is that teams with limited workflow discipline may spend time configuring forms, sign-out steps, and routing rules to match local lab practice. Clinisys tends to work best when specimen naming, barcode tracking practices, and reporting templates are standardized enough to reduce exception handling.
- +Structured pathology report authoring aligned to synoptic workflows
- +Case and specimen tracking tied to sign-out progression
- +Configurable routing steps for multi-role review
- +Integration-oriented workflow for upstream lab context
- –Workflow configuration effort is noticeable for unique lab processes
- –Exception handling for nonstandard labeling can slow throughput
- –Deep specialty workflows may require tighter implementation support
- –User training is needed to avoid inconsistent documentation
Surgical pathology managers
Standardize synoptic report sign-out
Fewer documentation deviations
Histology lab leads
Track specimens through case workflow
Improved traceability
Show 2 more scenarios
Laboratory directors
Coordinate peer review and approvals
More controlled sign-outs
Use role-based workflow progression to route work through required review stages.
IT integration teams
Ingest upstream lab context
Reduced duplicate entry
Connect upstream lab data feeds so case records start with needed external context.
Best for: Fits when mid-size labs need controlled anatomic pathology workflow with structured reporting and sign-out routing.
Pathomation
API-firstDigital pathology software and APIs for viewing, managing, and integrating whole-slide images.
Automated case progression with configurable routing rules that enforce review and signout sequence consistency.
Pathomation is built around case progression for surgical pathology and related anatomic workflows, with configurable work steps that map to internal SOPs. Case data links to reporting so that review routing and signout can be handled within the same workflow context. Integration work can be lighter for labs that already standardize accessioning and data capture patterns, because the software can ingest upstream results and drive downstream report completion.
A key tradeoff is that workflow automation depends on careful configuration of steps and routing rules, so labs with frequent SOP churn can spend more effort on change control. Pathomation fits best when daily case volume demands consistent review routing and repeatable report completion, and when governance requires controlled access to signout actions.
- +Configurable case workflow steps for consistent accession-to-signout routing
- +Integrated review and signout actions tied to case progression context
- +Admin controls support role-based access to reporting and release actions
- +Automation helps standardize report completion steps for routine cases
- –Workflow routing rules require disciplined configuration to avoid delays
- –Complex edge cases can need manual intervention outside automated steps
- –More setup effort is typically needed when adapting to custom SOP variations
- –Integration depth varies by upstream data sources and instrument patterns
Surgical pathology coordinators
Standardizing daily case processing workflow
Fewer missed handoffs
Pathology QA leads
Tracking signout and review actions
Cleaner audit trails
Show 2 more scenarios
Digital pathology teams
Coordinating work steps with slide content
More consistent signoff
Case-centric workflow links reporting progress to digital case state for review continuity.
Hospital lab operations
Handling high throughput daily review
Higher throughput stability
Automation standardizes repeatable routing and report completion steps across routine specimens.
Best for: Fits when labs need controlled case workflows and structured reporting steps without heavy custom development.
Epic Beaker
enterpriseLaboratory information system software with anatomic pathology modules for hospital networks.
Template-driven structured surgical pathology sign-out that publishes from the same case context used for specimen tracking.
Epic Beaker is the Epic clinical workflow system used for anatomic pathology data entry, tracking, and report management. It ties specimen journeys to accessioning and order context so pathologists can work from consistent clinical and specimen records.
Surgical pathology reporting supports structured sign-out and template-driven content that aligns with downstream report publishing needs. Epic Beaker also inherits Epic ecosystem integration patterns, which can reduce custom integration work where Epic LIS and related modules are already in place.
- +Structured report templates support consistent sign-out output across cases
- +Workflow links specimen progress to order context for fewer record mismatches
- +Strong navigation between accession worklists and patient clinical history
- +Epic ecosystem integration can cut custom build work for message and interface layers
- –Deep pathology configuration often requires governance to prevent template drift
- –Complex specialty workflows can take time to model in Epic’s configured process
- –Change management is heavy when anatomy workflows must align with Epic upgrades
- –Non-Epic integration scenarios may need more interface engineering to match data expectations
Best for: Fits when an organization uses Epic across lab and clinical workflows and needs consistent pathology sign-out and report publishing.
LigoLab LIS
vertical specialistCloud-based laboratory information system software with anatomic pathology functionality.
Configurable anatomic pathology worklists that drive task state transitions across specimen, grossing, and final sign-out.
LigoLab LIS routes surgical pathology workflows from specimen accessioning through pathology report authoring and sign-out, with controls for status tracking across worklists. LigoLab LIS supports grossing and case progression workflows that match how anatomic pathology teams move from accession to slide-level work and finalized diagnoses.
Automation focuses on configurable worklists, configurable forms, and task state transitions that reduce manual handoffs during peak throughput. Integration depth is aimed at lab systems connectivity via messaging and interface options used in routine LIS deployments.
- +Surgical pathology case lifecycle tracking supports end-to-end status visibility
- +Configurable worklists and task states reduce manual handoff during peak volume
- +Workflow-specific screens for grossing and case progression support daily throughput
- +Interface options support LIS-to-lab-system connectivity for routine operations
- –Digital pathology workflow depth is limited for slide-level authoring
- –Complex customizations require stronger governance to keep forms aligned
- –External consult and peer review workflows need additional configuration effort
- –Structured reporting capability relies heavily on how forms and templates are set up
Best for: Fits when mid-size pathology teams need case workflow control with practical LIS connectivity.
Proscia Concentriq
vertical specialistDigital pathology platform for managing cases, images, collaboration, and clinical workflows.
Case workflow automation tied to review, sign-out, and audit-ready progression states within Concentriq.
Proscia Concentriq targets anatomic pathology teams that need case management paired with workflow automation for digital pathology review. It centers on structured pathology workstreams for tissue handling through diagnosis authoring and review, with coordination points for multidisciplinary collaboration. Concentriq also supports integration with lab and imaging systems using documented interoperability patterns and API-driven extensibility for connected workflows.
- +Workflow configuration supports multi-step sign-out and review cycles
- +API surface supports automation of case events and downstream handoffs
- +Digital pathology review tools align with synoptic style reporting needs
- +Governance controls support role separation across authors and reviewers
- –Integration projects can require tighter coordination across LIS and imaging feeds
- –Advanced automation depends on configuration discipline and defined escalation rules
- –Some workflow tailoring requires consulting support for best results
- –Dense workflow setups can slow onboarding for new sign-out teams
Best for: Fits when mid to large pathology groups need automated review workflows with integration-driven orchestration and governance.
Sectra Digital Pathology
enterpriseEnterprise pathology imaging software integrated with clinical systems and diagnostic workflows.
Case governance that links slide access, review steps, and sign-out state to prevent drift between image and report work.
Sectra Digital Pathology is designed for an end-to-end anatomic pathology workflow that ties digital slide handling to report authoring and consult routing. Its differentiation is the depth of integration around WSI image access for pathologists and the operational alignment with laboratory systems used for specimen and accession workflows.
The solution supports configurability for roles and review steps used in surgical pathology cases, including review-ready case movement and sign-out workflows. Integration depth is a key theme, with data flowing between pathology processes so cases do not require manual re-entry across tools.
- +Tight coordination between digital slide viewing and sign-out workflows
- +Configurable case review and consult routing for multi-site processes
- +Strong integration footprint for connecting pathology operations to image data
- +Audit-friendly controls for case state changes and user actions
- –Requires careful workflow configuration to match each lab’s accessioning rules
- –External integrations can depend on project-level interface work
- –Some advanced automation requires deeper implementation support
- –UI efficiency varies by role and case volume patterns
Best for: Fits when pathology teams need digital case review tied to image access and governed sign-out steps across sites.
3DHISTECH CaseCenter
vertical specialistDigital pathology software for whole-slide image management, viewing, and case workflows.
CaseCenter’s case status and artifact linking model keeps slide and interpretation context together during peer review and sign-out.
3DHISTECH CaseCenter is an anatomic pathology case-management system built around digital pathology workflows and case organization. It supports whole-slide imaging management plus pathology report worklists that link cases, specimens, and interpretations for review.
The system is designed for laboratories that need operational control over slide metadata, labeling, and case status across multiple users and roles. CaseCenter can integrate into imaging and pathology ecosystems, focusing on traceable workflow steps from accessioning inputs to report-ready case artifacts.
- +Strong case-centric workflow around linked specimens, slides, and review states
- +Whole-slide imaging handling with metadata that stays attached to case work
- +Multi-user review support for structured collaboration on sign-out-ready cases
- +Integration orientation aimed at digital slide and pathology workflow ecosystems
- –Deep configuration work is needed to align labeling, case fields, and roles
- –Workflow coverage depends on how external LIS and reporting steps are connected
- –Admin tasks can feel heavy when mapping local processes into case statuses
- –Reporting customization can lag behind labs that require highly tailored synoptic layouts
Best for: Fits when labs want case-first digital pathology coordination with review tracking and imaging-centered metadata.
Indica Labs HALO
vertical specialistDigital pathology image analysis software for research, biomarker studies, and clinical applications.
HALO ties pathology case progression to slide-based review worklists, so sign-out follows the same digital record each case.
Indica Labs HALO orchestrates anatomic pathology workflows from case creation through digital review and sign-out. The system connects slide management and pathology case worklists to support routine surgical pathology, histology, and specialty workflows tied to barcode-based specimen tracking.
HALO also provides structured reporting tools that help teams maintain consistent fields across diagnoses and synoptic layouts. Integration options focus on connecting laboratory data flows to digital pathology review steps through API-driven and standards-aligned messaging.
- +Digital pathology case worklists align slide review with sign-out steps
- +Structured reporting supports consistent synoptic layouts across cases
- +Barcode-driven specimen tracking reduces manual handoffs during intake
- +API surface supports integration between LIS data and digital workflows
- –Governance and role design require upfront configuration to match lab paths
- –Complex reporting templates take time to standardize across sites
Best for: Fits when teams need guided case workflows plus structured reporting tied to digital slide review.
PathPresenter
vertical specialistDigital pathology platform for whole-slide image sharing, education, collaboration, and consultation.
Report authoring uses a guided, structured form approach to reduce field drift during sign-out.
PathPresenter is an anatomic pathology workflow and reporting tool aimed at teams that need structured sign-out and consistent case documentation. It focuses on managing pathology cases end to end, including specimen-driven progress tracking and report authoring with controlled field entry.
The product is designed for lab visibility across stages of surgical pathology work, from accessioned case creation through finalized output. Integration and API details are not clearly documented in the public materials reviewed, so fit depends on how the lab plans to connect LIS, scanners, and downstream systems.
- +Structured report authoring supports consistent, repeatable sign-out output
- +Case progress tracking keeps work aligned across collection, processing, and finalization
- +Controlled data entry reduces variability in synoptic-style documentation
- +Workflow screens map closely to common surgical pathology stage handoffs
- –Public documentation lacks a clearly specified API and automation surface
- –Integration depth with scanners, LIS, and image systems is not documented in detail
- –Governance controls like RBAC and audit logging are not clearly described publicly
- –External consult and peer review workflows are not documented with concrete configuration options
Best for: Fits when a lab needs consistent surgical pathology reporting workflows and can work within limited public integration details.
Conclusion
After evaluating 10 healthcare medicine, NovoPath 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 anatomic pathology software
This buyer’s guide covers anatomic pathology software for surgical pathology case lifecycle management, report authoring, and governed sign-out across NovoPath, Clinisys, Pathomation, Epic Beaker, LigoLab LIS, Proscia Concentriq, Sectra Digital Pathology, 3DHISTECH CaseCenter, Indica Labs HALO, and PathPresenter.
The reviews focus on integration depth, automation and API surface where documented, and admin and governance controls that affect routing discipline, structured synoptic consistency, and slide-to-sign-out alignment.
Across the lineup, tools like NovoPath and Clinisys center structured synoptic authoring and sign-out progression, while digital-review-centered platforms like Sectra Digital Pathology and 3DHISTECH CaseCenter bind slide access and review steps to case state. PathPresenter emphasizes guided structured forms but lacks a clearly specified API and detailed scanner and LIS integration documentation.
Anatomic pathology software for surgical case workflow, synoptic reporting, and governed sign-out
Anatomic pathology software manages surgical pathology workflows from specimen accessioning through case progression, review cycles, and final sign-out, with structured reporting designed to control diagnosis section consistency. NovoPath uses a synoptic template engine with structured field mapping to enforce consistent diagnosis sections during authoring.
These systems also coordinate case states with task routing so sign-out follows a configured sequence rather than ad hoc reviewer activity. Clinisys provides sign-out progression with configurable case status and task routing tied to report finalization, and Pathomation implements automated case progression with configurable routing rules that enforce review and signout sequence consistency.
Anatomic pathology software capabilities that govern workflow and reporting
Anatomic pathology software has to control surgical pathology case status so sign-out follows configured progression steps. Tools in this lineup tie task state transitions to case lifecycle events, which reduces ad hoc reviewer behavior during peak volume.
Structured report authoring also determines whether diagnosis sections stay consistent across cases. NovoPath uses a synoptic template engine with structured field mapping to enforce diagnosis section structure during authoring.
Synoptic authoring with enforced diagnosis structure
NovoPath enforces consistent diagnosis sections using a synoptic template engine with structured field mapping. Epic Beaker publishes template-driven structured surgical pathology sign-out from the same case context used for specimen tracking.
Sign-out progression and task routing tied to report finalization
Clinisys provides sign-out progression with configurable case status and task routing tied to report finalization. Pathomation implements automated case progression with configurable routing rules that enforce review and signout sequence consistency.
Workflow governance that binds digital review to case state
Sectra Digital Pathology links slide access, review steps, and sign-out state to prevent drift between image and report work. 3DHISTECH CaseCenter keeps slide and interpretation context attached to the case through its case-first linking model.
Digital slide review worklists that drive sign-out sequencing
Indica Labs HALO ties sign-out following the same digital record through slide-based review worklists. PathPresenter uses guided structured forms for report authoring while keeping case progress tracking aligned across collection, processing, and finalization.
Case lifecycle visibility using configurable worklists and task states
LigoLab LIS uses configurable anatomic pathology worklists that drive task state transitions across specimen, grossing, and final sign-out. Clinisys also aligns case and specimen tracking with sign-out progression through structured pathology report authoring.
Decide based on workflow philosophy, governance depth, and integration automation surface
The strongest fit depends on whether the lab wants authoring rules to enforce structure, whether it wants routing rules to enforce sequencing, or whether it wants image review governance to enforce alignment. Each category lever in this lineup shapes how configuration discipline impacts throughput during accession-to-signout.
The decision also depends on how much automation and integration orchestration the lab can govern. Proscia Concentriq pairs workflow automation with an API surface for case event orchestration, while PathPresenter lacks a clearly specified API and keeps public documentation light on scanner, LIS, and image integrations.
Choose the enforcement mechanism that matches the lab’s biggest failure mode
If diagnosis section consistency breaks during sign-out, NovoPath enforces synoptic structure through structured field mapping during authoring. If ordering mismatches and publishing consistency are the failure mode, Epic Beaker publishes structured sign-out from the same case context used for specimen tracking.
Map sign-out sequencing to configurable case status transitions
If the lab needs sign-out progression controlled through configurable case status and task routing, Clinisys supports structured report authoring aligned to synoptic workflows. If the lab prefers fully automated progression with routing rules that enforce review and signout sequence, Pathomation implements configurable case workflow steps and review and signout actions tied to case progression context.
Pick a governance model for digital slide access and report alignment
If governed sign-out must be tied to slide access and review steps to prevent image-to-report drift, Sectra Digital Pathology links slide access, review steps, and sign-out state. If the lab wants case-first coordination that keeps linked specimens, slides, and review states together during peer review and sign-out, 3DHISTECH CaseCenter uses its case status and artifact linking model.
Validate how automation and automation governance will be run day to day
If integration-driven orchestration and governance are planned, Proscia Concentriq ties case workflow automation to review, sign-out, and audit-ready progression states and supports an API surface for case events and downstream handoffs. If the lab will run lighter automation and rely on disciplined manual exception handling, Pathomation flags that edge cases can require manual intervention outside automated steps.
Check whether slide-level depth is required in the anatomic pathology workflow
If the lab expects slide-level authoring depth, LigoLab LIS limits digital pathology workflow depth for slide-level authoring. If the priority is guided worklists that align slide review with sign-out steps, Indica Labs HALO ties sign-out to slide-based review worklists.
Who benefits from these anatomic pathology workflow and reporting controls
Labs benefit when software enforces structured authoring and governed sign-out so report completion follows defined steps. The best fit varies by team size, integration complexity, and how much digital slide governance is required.
NovoPath and Clinisys fit teams that prioritize synoptic structure and sign-out routing discipline. Sectra Digital Pathology and 3DHISTECH CaseCenter fit teams that bind slide review access to sign-out state across sites.
Mid to large surgical pathology teams that standardize synoptic diagnosis sections
NovoPath enforces consistent report diagnosis sections through synoptic template mapping, which supports uniform sign-out across service lines. Barcode-driven specimen tracking reduces handoff ambiguity during specimen movement and handoff stages.
Mid-size labs that need configured case status and task routing tied to report finalization
Clinisys uses configurable case status and task routing tied to report finalization so sign-out follows a defined sequence. Its case and specimen tracking aligns with sign-out progression through structured pathology report authoring.
Multi-site digital pathology programs that need image access governance tied to sign-out
Sectra Digital Pathology prevents drift by linking slide access, review steps, and sign-out state and supports configurable case review and consult routing. 3DHISTECH CaseCenter keeps slide and interpretation context tied to case work through artifact linking.
Pathology groups planning workflow automation that must integrate case events with other systems
Proscia Concentriq ties workflow automation to review, sign-out, and audit-ready progression states and includes an API surface for case events and downstream handoffs. This supports orchestration if LIS and imaging feeds can be coordinated.
Teams that want guided structured reporting while keeping limited public integration detail in scope
PathPresenter emphasizes guided structured form authoring to reduce field drift during sign-out. Public documentation lacks a clearly specified API and detailed scanner and LIS integration descriptions, which suits labs with existing integration plans.
Common implementation pitfalls in anatomic pathology software
Many failure modes stem from treating report templates and workflow steps as editable after launch. Template and routing controls require governance or they drift into inconsistent sign-out behavior.
Other pitfalls come from assuming slide-level digital pathology depth without validating the workflow depth and integration shape documented for the platform in scope.
Underestimating synoptic template setup time when service lines evolve
NovoPath flags that template setup effort increases when new report schemas and service lines are introduced. Epic Beaker notes that deep pathology configuration requires governance to prevent template drift.
Configuring routing rules without disciplined exception handling
Pathomation states that workflow routing rules require disciplined configuration to avoid delays and that complex edge cases can need manual intervention. Clinisys notes that exception handling for nonstandard labeling can slow throughput.
Assuming digital slide alignment without workflow governance tied to case state
Sectra Digital Pathology is built to prevent drift by linking slide access, review steps, and sign-out state, which the lab should mirror in its configuration plan. 3DHISTECH CaseCenter warns that deep configuration is needed to align labeling, case fields, and roles.
Overlooking integration coordination required for automation and imaging feeds
Proscia Concentriq notes that integration projects can require tighter coordination across LIS and imaging feeds. NovoPath cautions that WSI viewer configuration can require coordinated IT support and testing.
How We Selected and Ranked These Tools
We evaluated each option on feature coverage for anatomic pathology case lifecycle workflow, structured report authoring controls, and sign-out routing discipline across specimen tracking and review steps. Features accounted for 40% of the ranking weight and ease and value each accounted for 30%, so configuration friction and operational usability mattered alongside workflow depth.
NovoPath ranked first because its synoptic template engine with structured field mapping enforces diagnosis section consistency during authoring and because its barcode-driven specimen tracking reduces labeling and handoff ambiguity during progression to sign-out. Clinisys and Pathomation ranked close behind because they implement configurable case status transitions and task routing rules that keep sign-out sequence controlled, which directly addresses structured reporting completion risk.
Frequently Asked Questions About anatomic pathology software
How do NovoPath and Clinisys handle synoptic reporting field consistency during sign-out?
What workflow automation differences appear between Pathomation and LigoLab LIS for accession-to-signout throughput?
Which tools in the list provide sign-out progression controls tied to task routing?
What breaks if a lab workflow depends on barcode tracking and slide-level worklists?
How does Epic Beaker fit when surgical pathology reporting must reuse Epic context for specimen journeys?
When labs need WSI integration depth for review work, where does Sectra Digital Pathology fall relative to CaseCenter?
How do Proscia Concentriq and Indica Labs HALO coordinate review workflows with audit-ready progression states?
What data migration and configuration effort is implied by each tool's workflow model?
Which products emphasize administrative governance for controlled role access and review chains?
What is the tradeoff for PathPresenter when integration and API documentation is limited compared with the others?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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