GITNUXSOFTWARE ADVICE
TelecommunicationsTop 10 Best Carrier Unlocking Software of 2026
Ranked list of the top 10 carrier unlocking software tools, including CellUnlocker, Z3X, and Octoplus Box, with reliability-focused comparisons.
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
CellUnlocker is the best pick for teams that handle frequent carrier-unlock requests and want traceable, status-based IMEI automation, whereas Z3X suits repair labs that need repeatable, operator-driven execution by device family via USB dongle.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
CellUnlocker
Submission-level unlock processing status tracking ties each IMEI intake to completion or failure.
Built for fits when teams process frequent carrier-unlock requests and need traceable, status-based automation..
Z3X
Editor pickIntegrated workflow that couples device service-mode handling with unlocking code generation and application steps.
Built for fits when repair labs need repeatable, operator-driven carrier unlock execution by device family..
Octoplus Box
Editor pickDevice-mode orchestration through the Octoplus Box controller, which turns unlock steps into guided multi-stage jobs.
Built for fits when repair shops run repeated unlock and repair jobs with consistent device handling..
Related reading
Comparison Table
Carrier unlocking software tools automate IMEI or direct unlock workflows with device servicing features like flashing and repair support across Android and iOS devices. This ranking targets analysts and technical evaluators who need measurable reliability signals such as processing consistency, hardware-USB integration behavior, and auditability. CellUnlocker is included as a reference point for online IMEI processing coverage, while the rest of the list is evaluated on practical unlock throughput and failure recovery.
CellUnlocker
SMBOnline carrier unlocking service supporting major smartphone brands through IMEI-based processing.
Submission-level unlock processing status tracking ties each IMEI intake to completion or failure.
CellUnlocker’s core flow starts from IMEI-based unlocking inputs and then validates unlock eligibility before producing an output code path. Operational status appears per submission, which reduces the need for manual spreadsheets when throughput rises. Support for multiple device models matters because carrier policies and firmware behavior differ across batches.
A notable tradeoff is that unlocking tasks still depend on correct device metadata quality, because mismatched IMEI records lead to failures that automation cannot fix. CellUnlocker is most useful when an internal or contract team processes steady daily volumes of network-unlock requests and needs repeatable handling rather than one-off manual steps.
- +Automates unlock request intake through status-driven processing
- +IMEI-first workflow reduces manual data mapping errors
- +Batch-friendly submission handling for operational throughput
- +Traceable per-device run completion reduces rework
- –Unlock outcomes depend heavily on correct device record accuracy
- –Limited flexibility for custom intermediate steps during troubleshooting
- –Some device edge cases still require manual escalation
- –Admin controls feel less granular than enterprise workflow tools
Device refurbishment operators
Unlock batches before resale
Lower backlog and fewer follow-ups
Carrier support teams
Manage unlock request queues
Faster case handling
Show 2 more scenarios
Mobility IT admins
Prepare mixed fleet for redeployment
Reduced operational friction
Standardize device submission handling for large redeployment projects with traceability.
Wholesale unlock service desks
Coordinate supplier results
Less reporting overhead
Centralize submission lifecycle so support staff can verify completion without manual reconciliation.
Best for: Fits when teams process frequent carrier-unlock requests and need traceable, status-based automation.
More related reading
Z3X
vertical specialistSamsung and LG servicing tool providing direct carrier unlock, flash, and repair operations via USB dongle.
Integrated workflow that couples device service-mode handling with unlocking code generation and application steps.
Z3X is geared toward unlocking operations that rely on model-specific execution, where device readiness and correct service-mode selection drive success. The common workflow expectation is that the tool can read or derive unlocking-relevant identifiers, run the correct generation or reset steps, and then write or apply the resulting codes in a controlled sequence. Z3X is a practical fit for labs that maintain flashing and diagnostic benches, because the process assumes stable device detection and operator discipline.
A tradeoff is that throughput depends on correct cable, port selection, and mode switching for each handset family, so failures often come from the device not entering the expected state. Z3X works best when the lab already runs per-model SOPs and wants consistent operator-driven execution for individual handsets rather than high-volume, fully automated batch unlocking.
- +Supports hands-on unlocking flows that match repair-lab bench operations
- +Model-driven execution improves consistency when SOPs are maintained
- +Produces and applies carrier unlock artifacts within one operational workflow
- +Diagnostic mode interactions reduce manual handoffs between tools
- –Success rate depends heavily on device state and operator port handling
- –Requires disciplined setup for each handset family workflow
- –Automation coverage is limited for unattended, high-volume batches
- –Less suitable for teams that only handle web or ticket-based requests
Mobile repair shop technicians
Unlocking a batch of customer handsets
Faster handset return to customers
RF and modem bench engineers
Investigating unlock failures by state
Clearer root-cause isolation
Show 1 more scenario
Device refurbishment operators
Preparing subsidized devices for resale
More units eligible for deployment
Refurbishment teams apply unlocking artifacts as part of the refurbishment checklist per model path.
Best for: Fits when repair labs need repeatable, operator-driven carrier unlock execution by device family.
Octoplus Box
vertical specialistMulti-brand phone servicing software supporting direct network unlock, flash, and repair operations across Samsung, LG, Huawei, and other manufacturers.
Device-mode orchestration through the Octoplus Box controller, which turns unlock steps into guided multi-stage jobs.
Octoplus Box targets shops that need predictable handset processing, with a software environment that drives connected phones into the right modes and then runs unlock or repair steps. The workflow typically starts with verifying the device identity and lock context, then uses the relevant engine to obtain or generate codes and apply them through supported interfaces. It also supports multi-step repair patterns where a code change is only one stage in a longer recovery run.
A tradeoff exists around device coverage boundaries, since not every model or firmware combination accepts the same command path or mode entry sequence. The fit is strongest for teams that run recurring unlock jobs, where technicians benefit from standardized templates for repeated throughput. It is less ideal for labs that need fully custom automation logic across every handset variant.
- +Hardware guided job flow reduces technician decision steps
- +IMEI unlock check and code generation workflows stay integrated
- +Mode-driven repair steps cover more than single PIN entry
- +Repeatable sequences support higher throughput batches
- –Some handset or firmware variants fail mode entry steps
- –Workflow customization depth is limited compared with scripting-first tools
- –Recovery steps can require careful cable and connector setup
- –Cross-platform automation is not the focus of the toolchain
Mobile repair technicians
Handle bulk carrier unlock requests
Fewer manual steps per handset
Device provisioning teams
Recover handsets after failed unlock attempts
Higher first-pass recovery rate
Show 2 more scenarios
Carrier support operations
Process unlock cases from device identity
More repeatable case handling
Use IMEI based flows to generate or apply carrier unlock deliverables in consistent job batches.
Independent labs
Reproduce unlock outcomes across variants
More consistent reproduction
Use standardized mode entry and unlock pipelines to repeat attempts across a lab’s supported device set.
Best for: Fits when repair shops run repeated unlock and repair jobs with consistent device handling.
More related reading
DC-Unlocker
vertical specialistSoftware for unlocking USB modems, routers, and Huawei phones via direct unlock or code calculation.
Lock-state checks feed directly into guided generation of SIM network unlock PINs per carrier workflow.
DC-Unlocker is a carrier-unlocking tool focused on end-to-end workflows that start with lock-state checks and continue through code delivery. The core capabilities center on generating SIM network unlock PINs for supported carriers and guiding technicians through model-specific steps.
DC-Unlocker also supports IMEI-based unlocking paths for scenarios where MSL or other carrier control data drives eligibility and output. Admin operations are oriented around managing device identifiers, tracking job status, and keeping operator actions auditable per session.
- +Workflow-first UI that ties lock check to code generation steps
- +IMEI-based unlocking coverage supports carrier eligibility flows
- +Clear job status tracking reduces operator guesswork during batches
- +Consistent output handling for SIM network unlock PIN delivery
- –Coverage varies by carrier and handset variant, requiring per-job validation
- –Automation and API surfaces are limited for high-throughput provisioning
- –Qualcomm and MediaTek deep repair steps are not a primary focus
- –Operational accuracy depends on correct identifier capture and formatting
Best for: Fits when operations teams need guided, identifier-driven unlocking workflows with batch job tracking.
SigmaKey
vertical specialistPhone unlocking and servicing software supporting direct unlock for MediaTek, Qualcomm, and Spreadtrum devices.
IMEI-based guided case sequencing that ties verification, code generation steps, and fulfillment status into one tracked workflow.
SigmaKey provides carrier unlocking workflows for device network access repair, focusing on SIM unlock provisioning and code generation steps. It supports IMEI-centric case handling so unlocking requests stay tied to the specific device identifier used by carrier checks.
Operationally, SigmaKey groups tasks into guided sequences that reduce manual context switching across verification, code delivery, and completion tracking. Automation depth is centered on repeatable order flows rather than broad system integration promises.
- +IMEI-centric order tracking reduces identifier mismatches across steps
- +Guided unlocking sequences reduce manual context switching per case
- +Case status lifecycle supports consistent handoffs between operators
- +Workflow templates fit repeatable carrier unlock volume processing
- –Limited breadth of repair workflows beyond unlocking-focused steps
- –API and automation surface are not described in a way that fits deep integration needs
- –Automation is workflow-driven rather than device-lab engineering tooling
- –Support tooling lacks clear coverage for recovery edge cases
Best for: Fits when unlocking teams need repeatable IMEI-based order processing with operator-guided steps and clear case status.
FuriousGold
vertical specialistHardware and software package for unlocking and flashing mobile phones across multiple brands.
IMEI-first orchestration that routes unlock code generation and application into a deterministic, operator repeatable workflow.
FuriousGold is a carrier unlocking software solution focused on device-level workflows for generating and applying unlock credentials. It supports unlocking operations that depend on IMEI-based status handling and code workflows used in carrier network lock scenarios.
The tool is positioned for repeatable batch processing where operators need consistent inputs, predictable command outputs, and controlled sequencing across device models. FuriousGold also fits teams that coordinate unlock verification steps around transport and device communication paths rather than only producing codes.
- +IMEI-first workflow supports consistent network lock status routing
- +Batch-friendly execution for high-throughput unlock operations
- +Operator-oriented tooling for credential generation and application steps
- +Repeatable device communication sequencing for model-specific flows
- –Workflow coverage can lag niche modem and bootchain variants
- –Operational steps require careful configuration discipline
- –Limited evidence of deep automation hooks for third-party systems
- –Setup friction can slow onboarding for new operator teams
Best for: Fits when unlock ops teams need IMEI-driven, batch repeatability with controlled device workflow steps.
More related reading
GCPro Key
vertical specialistGSM unlocking and servicing tool supporting direct unlock for Samsung, Qualcomm, and MediaTek devices.
IMEI request pipeline that ties carrier lock-state checking directly to NCK code generation outputs for batch execution.
GCPro Key is a carrier unlocking software offering centered on IMEI-based unlocking workflows and NCK code generation. It focuses on repeatable request handling that can be integrated into shop operations where carrier unlock decisions depend on device identifiers and lock-state checks.
The workflow emphasis supports automation around code retrieval and assignment steps rather than manual per-device handling. Operationally, it is positioned for teams that need consistent results across batches of unlock jobs.
- +Batch-oriented workflow for consistent unlocking requests by IMEI
- +NCK generation step integrates directly into unlock job handling
- +Operational focus on request lifecycle from lookup to code output
- +Supports high-throughput shop processes with fewer handoffs
- –Automation depth and API surface are not clearly documented for system integration
- –Limited visibility into carrier decision logic for troubleshooting
- –Less suitable for mixed workflows that require deeper modem repair operations
- –Requires disciplined input formatting for reliable lookup and code generation
Best for: Fits when unlocking batches depend on IMEI workflows and NCK output with minimal operator intervention.
UnlockTool
vertical specialistWindows-based software for unlocking, flashing, and repairing Android phones across MediaTek, Qualcomm, and Spreadtrum chipsets.
Network lock status checking is integrated into the submission-to-code workflow.
UnlockTool targets carrier unlocking workflows with a focus on IMEI-based processing and code delivery geared toward SIM unlock PIN generation and network lock checks. The service-oriented workflow emphasizes submitting device and carrier details for each unlock request rather than providing hands-on flashing control.
It supports common carrier unlock decision steps like network lock status verification and code generation outputs that can be used directly on the target device. Operationally, it reads like a managed unlocking pipeline with request intake, carrier routing, and artifact handoff.
- +Clear request intake for carrier and IMEI details
- +Delivers carrier unlock artifacts that can be used on-device
- +Includes network lock status checks before code work
- +Supports repeatable handling across many unlock requests
- –Limited visibility into underlying generation steps and validation
- –Workflow depends on correct carrier mapping per device submission
- –Does not provide firmware flashing or diagnostic mode tooling
- –Automation surface and API access are not exposed for integration
Best for: Fits when carrier unlock operations need managed request handling without device-side flashing tools.
More related reading
UnlockRiver
SMBWeb-based phone unlocking platform covering carrier and factory unlocks for diverse handset manufacturers.
Queued unlock request lifecycle with per-device job status updates tied to identifier-based authorization steps.
UnlockRiver handles carrier unlocking requests by tying unlock authorization and code generation steps to device identifiers, then routing results back into an operator workflow.
The operational model supports bulk processing so teams can run many unlock requests with consistent status visibility rather than one-off manual steps.
Where unlock completion fails, the workflow emphasizes request lifecycle outcomes instead of deep device-repair guidance or diagnostic remediation steps.
- +Batch job flow supports higher throughput than manual unlock-code work
- +Device-identifier driven unlock workflow reduces ad-hoc operator decisions
- +Job status tracking clarifies unlock request lifecycle
- +Good fit for carrier authorization and code generation tasks
- –Limited visibility into device-side debugging steps for failed unlocks
- –Automation depends on integrating UnlockRiver’s workflow model into internal systems
- –Coverage depth for edge-case device states is harder to validate from workflow outputs alone
- –Operational governance features like audit logging and RBAC are not evident from the workflow interface
Best for: Fits when unlocking operations need batch processing with device-identifier based request handling and lifecycle status tracking.
UnlockUnit
SMBSelf-serve IMEI unlocking platform for Android and iOS devices locked to international carriers.
Case-level lock context binding ties unlock outputs to carrier, region, and lock type inputs to prevent mismatched code delivery.
UnlockUnit targets carrier unlocking workflows that include IMEI-based unlock requests, NCK and subsidy-password handling, and device lock status verification before code delivery. The system centers on provisioning a per-request unlock job, tracking inputs like carrier and region, and emitting the correct code set for the requested lock type.
Automation is oriented around request intake and code generation outputs rather than device-side flashing. Operationally, UnlockUnit fits teams that need repeatable unlock case processing with consistent documentation artifacts per job.
- +IMEI-driven unlock case flow reduces miskeying during request intake
- +Per-job tracking keeps code outputs tied to carrier and lock context
- +Clear separation between unlock decisioning and code issuance outputs
- +Supports common unlock-code workflows without forcing flashing tasks
- –Coverage depends on supported lock types and carrier patterns
- –Limited transparency into internal decision steps during dispute handling
- –Automation focuses on case processing rather than device provisioning
- –Operational accuracy requires disciplined input normalization
Best for: Fits when unlocking teams need structured case intake, job tracking, and predictable code issuance for carrier lock types.
Conclusion
After evaluating 10 telecommunications, CellUnlocker 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 carrier unlocking software
Carrier unlocking software coordinates carrier unlock request intake, lock-state checks, and unlock-code generation workflows tied to an IMEI or device identifier. This buyer’s guide covers CellUnlocker, Z3X, Octoplus Box, DC-Unlocker, SigmaKey, FuriousGold, GCPro Key, UnlockTool, UnlockRiver, and UnlockUnit.
The strongest operational differentiator across these tools is how each platform tracks an unlock journey from submission to completion or failure. CellUnlocker leads with submission-level processing status tracking that ties each IMEI intake to a final outcome.
Carrier unlocking software for IMEI-based unlock workflows, code generation, and job status tracking
Carrier unlocking software manages identifier-driven carrier eligibility and produces unlock artifacts such as SIM network unlock PIN outputs or NCK code outputs tied to specific carrier and lock context. It also governs the workflow state from request intake through validation and fulfillment so unlock teams can process batches with fewer miskeying and fewer manual handoffs.
CellUnlocker organizes unlock work around an IMEI-first pipeline with submission-level status tracking that records completion or failure per intake. DC-Unlocker links lock-state checks directly into guided SIM network unlock PIN generation per carrier workflow, which narrows operator decisions during batch execution.
Unlock workflow tracking, generation coupling, and automation surface
Carrier unlocking software becomes operationally useful when it links each identifier intake to a concrete unlock outcome and tracks that journey through generation and fulfillment. CellUnlocker earns top placement by tying submission-level processing status to a final completion or failure record for each IMEI intake.
Submission-level status tracking tied to each IMEI outcome
CellUnlocker pairs IMEI intake with submission-level unlock processing status so teams can see completion or failure per record. UnlockRiver also tracks a queued unlock request lifecycle with per-device job status updates tied to identifier-based authorization steps.
Lock-state checks coupled directly to code generation steps
DC-Unlocker feeds lock-state checks into guided generation of SIM network unlock PINs per carrier workflow to reduce operator guesswork. GCPro Key ties carrier lock-state checking directly to NCK code generation outputs for batch execution with minimal intervention.
Device service-mode orchestration that matches bench workflows
Z3X couples device service-mode handling with unlocking code generation and application steps in an integrated workflow. Octoplus Box orchestrates unlock steps through the Octoplus Box controller as guided multi-stage jobs to reduce technician decision points.
Guided, IMEI-centric case sequencing for reduced miskeying
SigmaKey uses IMEI-based guided case sequencing that links verification, code generation, and fulfillment status into one tracked workflow. UnlockUnit binds unlock outputs to carrier, region, and lock type inputs using case-level lock context so code delivery stays aligned to the intake record.
Batch-friendly execution for high-throughput unlock operations
FuriousGold provides IMEI-first orchestration that routes unlock code generation and application into deterministic, operator repeatable batch workflows. Octoplus Box supports repeated unlock and repair jobs with consistent device handling via guided job flow.
Choose by workflow architecture: status-driven automation or bench-orchestrated execution
The key selection axis is how a platform structures unlock work from intake to outcome, because that design determines throughput, troubleshooting visibility, and how much operator time goes into mapping and validation. CellUnlocker and UnlockRiver emphasize lifecycle status tracking, while Z3X and Octoplus Box emphasize device-mode orchestration for repeatable execution.
Start with the tracking granularity needed for your intake volume
If unlock processing requires per-IMEI completion or failure visibility, CellUnlocker’s submission-level status tracking maps cleanly to that requirement. If the process is built around queued request lifecycle updates tied to identifier-based authorization, UnlockRiver’s job status model aligns with batch processing needs.
Pick the generation coupling model that matches your operator workflow
If operations want lock-state checks to directly drive guided SIM network unlock PIN generation, DC-Unlocker’s lock-check to code generation coupling reduces manual decision steps. If the workflow is NCK-output centric with lock-state checking feeding batch job handling, GCPro Key’s integrated pipeline is designed for that execution style.
Decide whether execution should be device-mode orchestrated or workflow-guided
If the bench needs service-mode handling tied to generation and application steps, Z3X provides an integrated workflow that matches repair-lab bench operations. If the lab prefers guided multi-stage jobs managed by controller orchestration, Octoplus Box converts unlock steps into structured controller-driven job stages.
Validate how each tool handles handset variance and mode entry failures
If some firmware or handset variants fail mode entry, Octoplus Box can run into mode entry failures for certain variants, so throughput can depend on device readiness. If success hinges on device state and operator port handling, Z3X requires disciplined setup per handset family to avoid operator-related execution variance.
Confirm internal integration requirements against documented automation and API depth
If system integration expects an explicit automation and API surface for high-throughput provisioning, DC-Unlocker and SigmaKey both describe limited API and automation depth in the provided tool cards. If integration relies more on structured workflow models than deep automation interfaces, UnlockTool’s submission-to-code workflow can fit teams focused on managed request handling without device-side flashing tools.
Teams that benefit from IMEI-bound workflows and tracked unlock execution
Unlock operations benefit most when software binds identifier intake to an outcome and keeps generation tied to lock context. The tools in this guide diverge on whether they optimize for request lifecycle tracking or for device-mode orchestration on the bench.
Unlock operations teams running frequent carrier unlock requests with mixed outcomes
CellUnlocker’s submission-level processing status tracking is designed to map each IMEI intake to completion or failure, which supports high-volume operations with traceability needs.
Repair labs that need repeatable bench execution by handset family
Z3X provides integrated service-mode handling tied to unlocking code generation and application steps, which aligns with operator-driven SOPs in repair labs.
Repair shops that run multi-stage unlock and repair jobs with controlled technician steps
Octoplus Box turns unlock steps into guided multi-stage jobs through its controller, reducing technician decision-making when device handling must stay consistent.
Operations that prioritize code issuance tied to carrier and lock type context
UnlockUnit binds case intake to carrier, region, and lock type inputs so unlock outputs remain aligned to structured case context even when disputes arise.
Teams that rely on batch processing and want minimal operator intervention in batch pipelines
GCPro Key’s batch-oriented workflow ties IMEI workflows to NCK generation outputs, which reduces the amount of manual intervention needed during batch execution.
Common selection and rollout mistakes for carrier unlocking workflows
Carrier unlocking workflows fail most often when tools are selected without matching the operational state of devices, operator handling, or internal mapping discipline. Several tools explicitly tie success to record accuracy or device state, which makes rollout validation a gating factor.
Choosing a workflow tracker without validating that your device records are accurate enough to drive outcomes
CellUnlocker’s unlock outcomes depend heavily on correct device record accuracy, so inaccurate IMEI intake records can inflate failures even when the workflow engine is correct. The safe rollout path is to stress-test your identifier intake mapping against known completed cases before scaling.
Assuming code generation will be consistent across handset variance without mode-handling discipline
Octoplus Box can experience failures entering required modes for some handset or firmware variants, which can stop multi-stage jobs before generation completes. Z3X success rate can depend heavily on device state and operator port handling, so each handset family workflow needs disciplined setup and repeated validation.
Selecting a tool for automation depth and then discovering limited integration surfaces
DC-Unlocker and SigmaKey both describe limited automation and API surface in the provided tool cards, so enterprise integration plans can stall if internal systems require deep programmatic provisioning. UnlockRiver also notes automation depends on integrating its workflow model into internal systems, so internal build effort should be planned before rollout.
Using a workflow guided by lock checks without validating carrier and handset coverage fit
DC-Unlocker notes coverage varies by carrier and handset variant, so per-job validation is required rather than assuming universal eligibility flows. GCPro Key includes carrier lock checking and NCK generation integration, but the troubleshooting visibility can be limited, so teams should plan for carrier and variant edge cases.
How We Selected and Ranked These Tools
We evaluated each tool for unlock workflow tracking quality, generation coupling clarity, and operational fit for bench or request lifecycle execution. Features carried the largest weight because status tracking, guided workflows, and device-mode orchestration determine day-to-day throughput, and CellUnlocker’s submission-level processing status tracking tied to completion or failure is a standout differentiator.
Ease and value were weighted equally enough to penalize tools that require careful operator discipline or per-handset family setup to maintain success rates. CellUnlocker ranked first because it connects IMEI intake to final outcome with submission-level status tracking while still keeping the unlock workflow structured for traceable batch operations.
Frequently Asked Questions About carrier unlocking software
How does CellUnlocker handle unlock workflow status from intake to completion?
Which tool is best for operator-driven unlocking workflows that require device-side service modes?
How do DC-Unlocker and UnlockTool differ in guided execution versus managed request intake?
When does GCPro Key become a better fit than SigmaKey for high-throughput code generation?
What breaks if an unlocking workflow does not bind outputs to carrier, region, and lock type inputs?
How does Octoplus Box handle device-mode orchestration compared with FuriousGold batch processing?
Which tool integrates network lock status checking into the submission-to-artifact flow?
How does UnlockRiver manage queued unlock request lifecycles and job status updates?
What security and governance controls matter when multiple operators process unlock cases?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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