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Business SoftwareTop 10 Best Drive Thru Software of 2026
Top 10 drive thru software ranked by POS and ordering features, pricing factors, and integrations for restaurant teams seeking a side-by-side shortlist.
How we ranked these tools
An editor sets the topic, the inclusion criteria, and the evaluation framework before research starts.
AI search agents find sources, extract figures with provenance, and aggregate written reviews. They also transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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PAR Brink POS is the best overall pick for multi-lane drive-thru teams that need headset ordering with clean order-to-kitchen status tracking because its lane-aware routing keeps production aligned with what was confirmed, whereas ConverseNow fits teams wanting drive-thru voice ordering that outputs crew-confirmed, routable orders for handoff
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
PAR Brink POS
Lane-specific order-to-kitchen routing tied to drive-thru order workflow and order status.
Best for: Fits when multi-lane drive-thru teams need headset ordering, kitchen routing, and integrated payments.
Xenial
Editor pickLane-specific headset and confirmation workflow that routes orders into production with minimal re-entry.
Best for: Fits when multi-lane drive-thru teams need headset ordering tied to POS and kitchen routing.
ConverseNow
Editor pickLane-aware voice ordering that generates crew confirmation output and kitchen routing in one workflow.
Best for: Fits when drive-thru teams need voice ordering that reliably produces routable kitchen orders with crew confirmation.
Comparison Table
PAR Brink POS
enterpriseRestaurant POS software with drive-thru order routing, kitchen coordination, and operational reporting.
Lane-specific order-to-kitchen routing tied to drive-thru order workflow and order status.
PAR Brink POS is built around drive-thru staffing and lane flow, where the order confirmation experience and production routing happen as part of the POS workflow rather than as a separate dispatch product. Menu and service configuration supports repeating campaigns and operational constraints such as item availability and guided upsell prompts. When paired with kitchen display integration and payment terminal integration, orders move from lane to kitchen to checkout without users re-entering details.
A tradeoff appears in the amount of configuration needed for multi-location and multi-lane consistency, since correct lane mapping and device assignment must match the physical layout. Drive-thru teams get the most value when headset ordering, order status visibility, and kitchen routing are required at the same time, such as during peak periods with multiple production stations.
- +Lane-aware ordering workflows reduce rework between headset and kitchen
- +Kitchen production routing keeps item modifiers consistent across screens
- +Order status visibility supports faster exception handling
- +API and integration hooks support loyalty and operations connectivity
- –Multi-lane device mapping requires careful setup discipline
- –Some niche drive-thru behaviors rely on integration configuration
Drive-thru operations managers
Reduce order errors across lanes
Fewer remake and voids
Restaurant IT and integrators
Connect POS to back-office systems
Less manual reconciliation
Show 1 more scenario
Shift supervisors
Handle peak exceptions quickly
Shorter recovery time
Order status visibility helps crews manage holds, remakes, and production delays.
Best for: Fits when multi-lane drive-thru teams need headset ordering, kitchen routing, and integrated payments.
Xenial
enterpriseRestaurant commerce software covering POS, digital ordering, payments, and drive-thru operations.
Lane-specific headset and confirmation workflow that routes orders into production with minimal re-entry.
Xenial fits restaurants that run multi-lane or dual-lane drive thrus and need consistent order capture across headset crews and order confirmation screens. The solution targets order throughput measurement and operational visibility by tying drive-thru inputs to production routing in kitchen display and to cashier steps in point-of-sale integration.
A tradeoff appears in the time required to map menu items and modifiers into the ordering workflow so lane behavior, confirmations, and downstream routes match real operations. Xenial works best when an integration owner can handle API-based connections to point of sale and kitchen display systems during rollout, rather than relying on manual re-keying at the window.
- +Lane-aware order flows reduce crew ambiguity during peak rush
- +API-first integration supports point of sale and kitchen display routing
- +Order confirmation screens improve accuracy before production starts
- +Automation reduces repetitive setup between lanes and stores
- –Menu and modifier mapping takes careful upfront configuration
- –Queue monitoring dashboards require integration completeness to be useful
- –Workflow tuning may be needed per drive-thru layout
Quick-service drive-thru operators
Dual-lane headset ordering with confirmations
Fewer misrouted orders
Restaurant IT integration teams
Order-to-cash system connections
Reduced manual order entry
Show 2 more scenarios
Operations managers
Throughput visibility across service windows
Faster throughput tuning
Queue and service-time tracking supports operational review of throughput and queue abandonment risk.
Multi-store franchise rollouts
Repeatable lane provisioning
Consistent lane behavior
Automation and configuration controls help standardize ordering rules across locations and lanes.
Best for: Fits when multi-lane drive-thru teams need headset ordering tied to POS and kitchen routing.
ConverseNow
API-firstAI voice ordering software for restaurant phone and drive-thru interactions.
Lane-aware voice ordering that generates crew confirmation output and kitchen routing in one workflow.
ConverseNow is built for drive-thru order-taking where conversational capture must translate into structured items for crew and kitchen routing. Lane-level configuration supports dual-lane workflows and ties ordering results to handoff steps like confirmation display and production routing. Its integration behavior is most useful when point-of-sale and kitchen display systems already define the source of truth for item pricing and ticket state.
A tradeoff appears in mouth-to-kitchen timing control, because the strongest value comes when external systems are ready to accept orders in near real time. It fits best when a single drive-thru menu is stable enough to maintain consistent item mapping and when staff can rely on order confirmation screens to resolve exceptions.
- +Drive-thru specific lane workflow links speech capture to crew confirmation
- +Order-to-kitchen routing supports practical handoff from capture to production
- +Configuration targets ordering behavior and exception handling
- +Operational visibility through crew-facing order confirmation screens
- –Strong results depend on clean POS and item mapping readiness
- –More governance is needed for exception flows than basic menu management
Drive-thru operations managers
Reduce order capture errors with confirmation
Fewer order corrections at handoff
QSR IT integration leads
Connect POS and kitchen routing
Orders flow to kitchens with less manual entry
Show 1 more scenario
Store managers with dual lanes
Standardize ordering across lanes
More consistent service-time experience
Lane-level configuration keeps ordering behavior consistent while supporting dual-lane workflows.
Best for: Fits when drive-thru teams need voice ordering that reliably produces routable kitchen orders with crew confirmation.
Oracle Simphony
enterpriseCloud POS platform with integrated drive-thru ordering, kitchen display, and multi-lane pickup support.
Kitchen production routing that follows lane-driven order events to keep production aligned with order confirmation and status changes.
Oracle Simphony is an Oracle drive-thru order-taking and execution stack built for restaurant operations that need tight system-to-kitchen coordination. It centers on lane-specific ordering workflows, order capture and confirmation screens, and downstream order delivery to kitchen execution tools.
Integration depth is a key strength through Oracle’s ecosystem touchpoints, plus configurable messaging flows for order status and production routing. Admin controls focus on store-level governance and operational consistency across lanes, menus, and item availability.
- +Lane-aware ordering workflows with structured order handoff
- +Kitchen production routing supports order-to-kitchen operational flow
- +Orchestrated order status signals for crew and back-of-house visibility
- +Governance controls for consistent menu and operational configuration across stores
- –Operational setup requires careful alignment of lane screens and back-of-house routing
- –Speech and voice workflows depend on integration choices and audio hardware constraints
- –Custom workflow changes can increase dependency on Oracle IT involvement
- –Queue visibility depth varies based on connected systems and installed modules
Best for: Fits when multi-lane restaurant chains need coordinated ordering, kitchen routing, and controlled rollout across locations.
Toast
SMBCloud restaurant platform covering POS, kitchen operations, payments, online ordering, and drive-thru workflows.
Lane-aware drive-thru ordering ties directly into Toast ticketing and POS accounting without separate integrations.
Toast powers drive-thru order-taking by linking menu management and point-of-sale workflows to lane-specific service steps. The core capability centers on turning a car-side order into ticket-ready kitchen production and then into order-to-cash execution inside Toast POS.
Toast also supports menu item availability, item modifiers, and operational reporting that track throughput and service performance across locations. For drive-thru operations, Toast’s differentiation shows up in how it organizes ordering, fulfillment, and POS accounting under one vendor workflow rather than separating these layers.
- +Strong integration between drive-thru ordering, tickets, and POS checkout
- +Configuration of menu items and modifiers flows into service execution
- +Operational reporting supports lane-level throughput and service monitoring
- +Kitchen execution receives ordered items in a format aligned to production
- –Drive-thru performance depends on correct lane workflow configuration
- –Advanced automation needs tighter process discipline than basic counter service
Best for: Fits when full-location POS control and production ticket flow matter more than custom drive-thru UX.
Omilia Drive-Thru Voice AI
vertical specialistVoice AI that automates drive-thru ordering conversations with POS, KDS, and headset integration.
Conversation configuration focuses on drive-thru call-and-response patterns for accurate order capture under roadside audio conditions.
Omilia Drive-Thru Voice AI adds automated drive-thru voice ordering with handset-style interaction for customers at the speaker post. It coordinates order capture with handoff to restaurant systems for kitchen workflow, and it supports operational reporting for throughput and service-time monitoring.
Omilia also targets noisy roadside conditions with audio handling designed for real-world pickup lanes. Integration depth centers on connecting to ordering, kitchen display, and payment flows so captured orders become actionable.
- +Drive-thru voice capture designed for roadside noise and barge-in behavior
- +Order handoff supports kitchen display integration for faster production routing
- +Operational reporting covers throughput and service-time tracking
- +Extensible conversation configuration supports menu and workflow variations
- –Deployment depends on point-of-sale and kitchen display integration scope
- –Lane-specific behaviors need careful configuration for multi-lane queues
- –Complex promotions and custom item rules require ongoing conversation tuning
- –Admin workflows for updates can feel heavy when menu changes are frequent
Best for: Fits when a restaurant group needs phone-like voice ordering with tight kitchen and POS integration.
SoundHound Smart Ordering
API-firstVoice AI ordering for restaurant drive-thru, phone, web, and in-store channels.
Voice capture that drives guided menu selection and pushes finalized orders into production routing without re-keying.
SoundHound Smart Ordering focuses on voice-driven drive-thru order taking that connects speech recognition to store systems for order fulfillment. The workflow emphasizes guided item capture, menu mapping, and order confirmation steps that reduce re-keying at the speaker post.
Integration coverage targets point-of-sale and downstream kitchen display routes so orders can flow from ordering to production without manual copying. Automation options support consistent menu and offer behavior across lanes when operations teams need predictable throughput.
- +Voice-first ordering reduces crew transcription at the speaker post
- +Order confirmation screens support fewer order corrections
- +Kitchen display integration supports faster handoffs to production
- +Automation options help keep menu and offer behavior consistent
- –Menu mapping requires disciplined configuration to avoid misquotes
- –Some lane throughput reporting depends on connected systems
Best for: Fits when chains want voice order capture tied to POS and kitchen routing for repeatable lane operations.
Hi Auto
vertical specialistAI voice assistant software for drive-thru order taking and restaurant customer interactions.
Speaker-first voice ordering flow that confirms orders on an order confirmation screen for faster crew handoff.
Hi Auto is a drive-thru order-taking solution focused on improving lane operations through connected ordering hardware and operator workflows. It supports voice-driven ordering at the speaker so crew can keep movement without manually retyping every order.
It also routes confirmed orders into restaurant systems like kitchen display and point-of-sale so teams can reduce handoff errors. Admin tooling centers on operational configuration that keeps lane behavior and script content consistent across shifts.
- +Voice ordering workflow reduces manual order entry for the crew
- +Order routing supports kitchen display and point-of-sale handoffs
- +Lane-level configuration keeps scripts consistent across shifts
- +Operational screens support crew throughput during peak volume
- –Integration depth depends on specific restaurant system connections
- –Queue monitoring and exception handling need disciplined operator procedures
Best for: Fits when quick-service operators need voice ordering plus order routing into POS and kitchen screens.
QSR Automations ConnectSmart
vertical specialistRestaurant technology for kitchen display, order orchestration, labor coordination, and drive-thru operations.
Lane-aware workflow routing that keeps fulfillment updates tied to the specific drive-thru lane through the order lifecycle.
QSR Automations ConnectSmart routes drive-thru orders from capture points to fulfillment workflows, with a focus on automating lane-aware handoffs. The system supports operator-facing order confirmation and sends structured order updates to kitchen production screens to reduce rekeying.
ConnectSmart also emphasizes integration with point-of-sale systems and payment-side events to keep order status consistent from speaker post through order-to-cash. Admin tooling centers on managing locations, configurations, and operational permissions tied to the drive-thru workflow.
- +Lane-aware order handoff reduces wrong-ticket edits across lanes.
- +Kitchen production routing updates are tied to the drive-thru order lifecycle.
- +Order confirmation screens support clear crew workflow at the point of capture.
- +Point-of-sale integration keeps order status aligned with downstream updates.
- –Operational tuning is required to keep queue and status transitions accurate.
- –Advanced automation depth depends on configuration and integration scope.
Best for: Fits when multi-lane drive-thru teams need tight order-to-kitchen routing with lane-specific workflow control.
Presto Voice
vertical specialistAI voice ordering software for drive-thru lanes and restaurant phone ordering.
Operator confirmation controls that let crews correct items before production routing, reducing downstream rework.
Presto Voice targets drive-thru order-taking teams that need hands-on voice capture plus integration to operational systems. It routes spoken orders through a configurable workflow that feeds downstream order confirmation, kitchen presentation, and post-authorization steps.
Core capabilities focus on speech-to-order capture, operator review controls, and connector-based order-to-cash and kitchen display integration. The product tends to work best when lane operations and device placement are already standardized around a predictable headset and screen workflow.
- +Clear operator review step before orders move downstream
- +Configurable drive-thru workflow tied to existing order states
- +Connector-based integration supports kitchen display and order fulfillment
- +Queue and lane visibility helps crews manage headcount and pacing
- –Voice performance depends heavily on site noise and microphone placement
- –Extensibility relies on integration work for uncommon POS and menu flows
- –Multi-lane routing needs careful configuration to avoid misdirected orders
- –Admin controls for exceptions are present but not fine-grained for every variant
Best for: Fits when standardized drive-thru lanes need voice ordering tied to POS and kitchen screens.
How to Choose the Right Drive Thru Software
A drive thru software stack turns speaker post ordering into lane-specific work that the POS and kitchen production routing can execute. This guide covers PAR Brink POS, Xenial, and ConverseNow, plus Oracle Simphony, Toast, Omilia Drive-Thru Voice AI, SoundHound Smart Ordering, Hi Auto, QSR Automations ConnectSmart, and Presto Voice.
The key differences appear in how each system handles lane mapping, order handoff, and exception behavior from headset or voice capture through kitchen display and production tickets. The best results usually depend on integration depth that keeps menu and modifier mapping consistent across drive-thru screens and back-of-house routing.
Drive Thru Software that captures lane orders and routes them to kitchen production
Drive thru software coordinates drive-thru order-taking at the speaker post with lane-aware order workflows that update POS tickets and kitchen routing. PAR Brink POS routes orders using lane-specific order-to-kitchen routing tied to drive-thru order workflow and order status. Xenial also uses lane-specific headset and confirmation workflows to route orders into production with minimal re-entry.
Most systems also include order confirmation output that crews can review before downstream handoff, which affects order accuracy and service execution during peak traffic. Voice-first options like ConverseNow pair lane-aware voice capture with crew confirmation output and practical order-to-kitchen routing so finalized orders move through production with fewer re-keyed steps.
Lane routing, confirmation controls, and integration depth for drive-thru throughput
Drive thru software performance hinges on lane-aware order handoff from headset or voice capture into POS tickets and kitchen production routing. Systems that tie routing to lane-specific order events reduce wrong-ticket edits and keep production aligned with order confirmation and status changes.
Crew confirmation controls also shape order accuracy because orders can be reviewed before they move downstream. PAR Brink POS and Xenial both use lane-aware workflows that reduce rework between headset ordering and kitchen production, while voice-first systems like ConverseNow and SoundHound Smart Ordering depend on clean item mapping to maintain accurate routable orders.
Lane-specific order-to-kitchen routing with order-status alignment
PAR Brink POS routes items to kitchen production using lane-specific order-to-kitchen workflow tied to order status. QSR Automations ConnectSmart also ties kitchen production routing updates to the drive-thru order lifecycle with lane-aware workflow control.
Headset or voice flow that generates routable crew confirmation output
Xenial uses a lane-specific headset and confirmation workflow that routes orders into production with minimal re-entry. ConverseNow links speech capture to lane workflow and produces crew confirmation output that supports order-to-kitchen handoff.
Kitchen production routing that follows lane-driven order events
Oracle Simphony uses lane-driven order events to keep production aligned with order confirmation and order status changes across lanes. PAR Brink POS delivers kitchen production routing that keeps item modifiers consistent across screens.
POS accounting and ticket flow tied to drive-thru ordering execution
Toast ties lane-aware drive-thru ordering directly into Toast ticketing and POS accounting without separate integrations. SoundHound Smart Ordering pushes finalized voice orders into production routing without re-keying, which reduces transcription-driven ticket corrections.
Operator review controls that reduce downstream rework
Presto Voice provides operator confirmation controls that let crews correct items before orders move into production routing. PAR Brink POS uses lane-aware ordering workflows that reduce rework between headset and kitchen.
Exception flow governance that prevents misroutes during non-standard behavior
ConverseNow requires governance for exception flows beyond basic menu management because strong results depend on clean POS and item mapping readiness. Hi Auto depends on disciplined operator procedures for queue monitoring and exception handling to keep lane operations accurate.
Choose the lane-workflow model that matches the site’s integration and governance reality
Start by matching the system’s lane workflow model to how the site handles speaker post confirmation, ticket creation, and back-of-house routing updates. The gap that matters most is not voice vs headset, it is how lane mapping stays consistent from capture through production.
Then validate integration depth against the operational surface the drive-thru stack must touch. Voice-first tools like Omilia Drive-Thru Voice AI depend on POS and kitchen display integration scope, while PAR Brink POS and Xenial emphasize lane-aware workflows tied to kitchen routing and order lifecycle state changes.
Map lane identity end-to-end from speaker post to production tickets
Select PAR Brink POS or Xenial when lane-aware headset and confirmation must reliably route into production with minimal re-entry. If lane identity must stay attached to order lifecycle updates across fulfillment, choose PAR Brink POS for lane-specific order-to-kitchen routing or QSR Automations ConnectSmart for lane-aware workflow routing that keeps fulfillment updates tied to the drive-thru lane.
Pick confirmation placement based on how crews correct orders during peaks
If crews need a clear review step before downstream movement, choose Presto Voice for operator confirmation controls that prevent downstream rework. If the site uses lane-aware confirmation workflows already tied to kitchen routing, PAR Brink POS and Xenial both reduce rework between headset ordering and kitchen production.
Decide whether voice capture must produce routable confirmations or only capture raw speech
Choose ConverseNow when voice ordering must produce crew confirmation output that supports order-to-kitchen routing in one workflow. Choose SoundHound Smart Ordering or Hi Auto when voice capture must reduce transcription for repeatable lane operations and relies on guided selection plus order confirmation screens.
Choose the integration ownership model for POS and kitchen display
Choose Toast when drive-thru ordering must tie directly into ticketing and POS checkout without separate integrations. Choose Oracle Simphony or Omilia Drive-Thru Voice AI when multi-location control and lane-driven kitchen routing must align with integration scope across POS and kitchen display.
Validate configuration effort for menu and modifier mapping tied to lane workflows
Choose PAR Brink POS or Xenial when the team can handle multi-lane device mapping and menu and modifier mapping discipline because misalignment creates rework loops. Choose ConverseNow only when POS and item mapping readiness supports voice-driven routable orders, because strong results depend on clean mapping.
Plan for exception behavior and queue-state governance in multi-lane queues
If the site runs complex exception patterns, choose tools that explicitly depend on governance and disciplined exception flows such as ConverseNow. If queue monitoring and exception accuracy require operational procedure, Hi Auto and QSR Automations ConnectSmart both point toward the need for consistent workflow tuning.
Who benefits from lane-aware Drive Thru Software and voice-to-kitchen routing
Operators with multi-lane drive-thru layouts need lane identity preserved through headset or voice capture, POS tickets, and kitchen production routing. Teams focused on reducing wrong-ticket edits and speeding production alignment benefit from systems that tie routing to lane-specific order events and order status changes.
Operators planning voice ordering also benefit when speech capture produces crew-confirmable output that routes cleanly to kitchen display and production. Tools that depend heavily on menu and modifier mapping readiness like ConverseNow and SoundHound Smart Ordering fit sites that already control item data quality.
Multi-lane drive-thru operators that run headset ordering during peak rush
PAR Brink POS and Xenial emphasize lane-aware ordering workflows with confirmation that reduce ambiguity for crews and support consistent kitchen production routing.
Restaurant chains that must coordinate drive-thru ordering across many locations
Oracle Simphony supports lane-driven ordering aligned with kitchen production routing and controlled rollout expectations for multi-location operations.
Operators deploying voice ordering and expecting fewer re-keyed steps
ConverseNow and SoundHound Smart Ordering provide voice capture that generates routable order outputs and crew confirmation screens that reduce transcription-driven corrections.
Sites that want tighter control through operator confirmation before production
Presto Voice centers operator confirmation controls that let crews correct items before downstream routing, which helps when mistakes must be caught earlier.
Teams with strong POS and kitchen display integration scope
Omilia Drive-Thru Voice AI and Oracle Simphony depend on POS and kitchen display integration scope, so they fit operators who can align those systems.
Common drive-thru software buying mistakes that create routing errors
Many failures start after purchase when lane mapping, menu and modifier configuration, or queue-state transitions do not match the site’s real drive-thru workflow. Lane-aware features only reduce rework when the configuration discipline matches multi-lane operations.
Voice deployments also fail when item mapping readiness and integration completeness lag behind rollout, which leads to crew confusion at confirmation screens and corrections downstream.
Assuming lane-aware routing will work without rigorous multi-lane device and workflow mapping.
PAR Brink POS and Xenial both require careful multi-lane device mapping or menu and modifier mapping discipline, because incorrect lane mapping creates wrong-ticket edits between headset and kitchen.
Treating item mapping readiness as a one-time setup instead of an ongoing governance task.
ConverseNow and SoundHound Smart Ordering depend on clean POS and item mapping readiness so voice capture produces accurate routable orders that need fewer corrections at the order confirmation screens.
Buying voice-first without validating POS and kitchen display integration scope for lane workflows.
Omilia Drive-Thru Voice AI and Oracle Simphony rely on integration choices and audio hardware constraints, so insufficient integration scope makes lane-specific routing less reliable.
Overlooking the operational burden of exception handling in multi-lane queues.
ConverseNow and Hi Auto both call out deeper governance needs for exception behavior and queue monitoring, so weak procedures lead to inaccurate status transitions and extra crew workload.
Choosing a tool that is tightly coupled to its ticketing model without confirming how the rest of the stack will behave.
Toast ties lane-aware ordering to Toast ticketing and POS accounting, so drive-thru performance depends on correct lane workflow configuration that matches the site’s service execution model.
How analysts validated Drive Thru Software that handles lane routing and handoff
Analysts opened the original publication and copied each figure that described how the drive thru software handled lane mapping, order confirmation output, and order-to-kitchen routing. Analysts then compared those figures with official documentation and the vendor changelog, and they used an independent review only when the cited benchmark came from that source.
Analysts kept specific claims when the figures matched the documentation and routing described in vendor materials, and analysts used PAR Brink POS as a reference point for why lane-specific order-to-kitchen routing tied to drive-thru order workflow and order status mattered across the selection. Analysts used this same lane-to-production linkage lens to separate tools with similar voice or headset labels from tools that actually preserve lane work through POS tickets and kitchen production routing.
Frequently Asked Questions About Drive Thru Software
How do lane-aware workflows keep orders aligned from speaker post to kitchen production?
Which tools provide an API or integration surface for order-to-cash and downstream automation?
How does drive-thru software handle SSO and role-based access for admin operations?
When replacing an existing speaker-and-headset workflow, what data migration steps avoid order history breaks?
What admin controls should multi-lane teams require to prevent cross-lane configuration mistakes?
What breaks if speech recognition fails to match menu items during voice ordering?
Which tools let operators correct items before kitchen routing to reduce downstream rework?
Where does extensibility matter most, not just basic integrations, when adding new offers or loyalty events?
How do teams measure throughput and service-time tracking without corrupting order status data?
Conclusion
After evaluating 10 drive thru software, PAR Brink POS 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.
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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