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Telecommunications ConnectivityTop 10 Best Distribution Relay Software of 2026
Rankings of top distribution relay software options for power system studies, featuring tools like ETAP, EDSA Micro, and PowerFactory, with tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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PowerFactory is the best fit when protection engineers need repeatable relay settings studies tied to one feeder model, whereas Milsoft Utility Solutions works better for distribution engineering teams that want relay settings, coordination, and record handling grounded in feeder topology models.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
PowerFactory
Built-in coordination and relay settings workflows driven directly from a detailed network connectivity model.
Best for: Fits when protection engineering needs repeatable relay settings studies tied to one feeder model.
EDSA Micro
Editor pickConfiguration-linked coordination reporting that maps study results directly to the underlying relay settings run.
Best for: Fits when protection engineers need controlled relay settings revisions and repeatable coordination study outputs.
ETAP
Editor pickProtection configuration stays linked to ETAP’s network modeling, keeping coordination results and published settings traceable.
Best for: Fits when model-driven protection engineering needs traceable relay settings and repeatable coordination studies.
Comparison Table
PowerFactory
enterprisePower system simulation software with relay protection and distribution network analysis.
Built-in coordination and relay settings workflows driven directly from a detailed network connectivity model.
PowerFactory’s core work starts with a feeder topology model that can drive protection studies, then continues into relay settings management and coordination checking across operating scenarios. The software maintains a structured model of components like breakers, fuses, reclosers, and loads so protection studies can reference consistent connectivity and device attributes. Batch execution and project-based organization support repeated what-if analysis without re-entering the same equipment data.
A key tradeoff is that deeper integration into SCADA, DNP3, or IEC 61850 networks requires additional integration work because relay coordination is driven primarily by the internal electrical model and study execution. PowerFactory fits best when a planning or protection engineering team needs a single source of truth for feeder topology and relay settings validation across multiple service restoration or switching scenarios.
- +Consistent feeder topology model feeding protection coordination checks
- +Relay settings management supports repeatable coordination studies
- +Scenario-based study runs reduce manual rework across cases
- +Project structure keeps equipment data tied to study results
- –SCADA and telecontrol integration needs external engineering effort
- –Learning curve is steep for protection and study configuration workflows
- –Unstructured data import can increase cleanup time before studies
- –Large models can slow analysis runs without performance planning
Protection engineering teams
Coordinate recloser and sectionalizer settings
Fewer coordination conflicts across scenarios
Distribution planning engineers
Validate protection for topology changes
Faster approval cycles for changes
Show 1 more scenario
Utility outage analysts
Test restoration switching impacts
More reliable restoration protection
Simulate alternative operating configurations and verify protection behavior for restoration paths.
Best for: Fits when protection engineering needs repeatable relay settings studies tied to one feeder model.
EDSA Micro
enterprisePower system analysis platform with protective device coordination and distribution relay study capabilities.
Configuration-linked coordination reporting that maps study results directly to the underlying relay settings run.
EDSA Micro supports protection coordination as an operational workflow, so relay settings management and study artifact generation stay connected. The product is geared toward engineers managing many devices across feeders where configuration drift can break coordination assumptions. It offers a structured project setup that can be reused for repeated studies and change reviews, which reduces the reliance on ad hoc manual edits.
A key tradeoff is that deep feeder network modeling and SCADA telemetry orchestration are not its primary focus, so distribution management integration work may require adjacent systems. EDSA Micro fits best when protection engineers need controlled relay settings revisions and repeatable coordination study outputs for handoffs to field teams or downstream analysis.
- +Tight protection coordination workflow anchored on relay settings edits
- +Repeatable study configurations reduce manual spreadsheet coordination errors
- +Reporting ties coordination outcomes back to specific settings runs
- +Project structure supports change reviews across device updates
- –Less focused on SCADA telemetry orchestration than on protection configuration workflows
- –Complex projects require disciplined configuration management
- –External data exchange depends on compatible upstream feeder and device inputs
- –Automation depth is stronger for repeatable study runs than event-driven orchestration
Protection engineering teams
Manage relay settings across feeder devices
Fewer drift-caused coordination gaps
Utility planning groups
Re-run coordination after protection changes
Faster study iteration cycles
Show 1 more scenario
Operations engineering staff
Document coordination outcomes for handoffs
Clearer coordination documentation
Generated reports provide traceability from settings revisions to coordination results for stakeholders.
Best for: Fits when protection engineers need controlled relay settings revisions and repeatable coordination study outputs.
ETAP
enterpriseElectrical power system analysis software with protection coordination for distribution networks.
Protection configuration stays linked to ETAP’s network modeling, keeping coordination results and published settings traceable.
ETAP’s protection workflow is built around maintaining a consistent feeder topology and connectivity foundation for relay settings, coordination checks, and fault analysis output. Engineering teams can derive protection behavior from the same model used for electrical studies, which reduces mismatches between assumed connectivity and published settings. The platform also supports report generation that ties event and disturbance records from studies back to protection decisions and settings artifacts.
A tradeoff is that ETAP is strongest when the protection scope maps cleanly to its model-driven engineering workflow, because it is less optimized for relay dispatch across heterogeneous devices that already have their own configuration lifecycle. ETAP fits best when the organization needs repeated feeder tuning cycles for coordination and service restoration planning, and then wants those settings outputs to remain traceable to the engineering model during reviews.
- +Model-backed relay settings reduces connectivity and assumptions drift
- +Coordination studies remain tied to feeder topology used for analysis
- +Study-to-documentation workflow supports repeatable protection reviews
- +Event and disturbance outputs map to protection decisions
- –Automation and API depth is weaker than relay-centric integration tools
- –Cross-device operational workflows need careful configuration discipline
- –Complex model setup can slow initial onboarding for new feeders
- –Less suited for device-first environments with prebuilt configurations
Protection engineering teams
Coordinate feeder relays with repeatable studies
Fewer rework cycles during tuning
Utilities planning distribution changes
Validate fault performance before switching
Improved confidence in change plans
Show 1 more scenario
SCADA and operations engineers
Translate study findings into operational records
More consistent operational handoffs
Generated documentation connects protection decisions to disturbance and event study artifacts.
Best for: Fits when model-driven protection engineering needs traceable relay settings and repeatable coordination studies.
SKM Power*Tools
enterpriseElectrical system analysis software for coordination, short-circuit, arc-flash, and distribution studies.
Relay settings and coordination checks stay bound inside one project workspace for audit-ready engineering traceability.
SKM Power*Tools is a distribution relay software tool used as part of protection and coordination workflows, with project-based models for relay settings management and feeder connectivity studies. It supports feeder topology and connectivity definitions that feed protection calculations, including coordination checks across protective devices.
- +Tight linkage between relay settings and modeled coordination studies
- +Project-based workflow supports repeatable feeder study iterations
- +Detailed device behavior outputs for coordination and fault analysis
- +Strong fit for relay-focused engineering tasks with minimal abstraction
- –Limited distribution orchestration integration compared with relay-only ecosystems
- –Automation and API surfaces are not positioned for broad third-party provisioning
- –Requires disciplined configuration of connectivity and device data for usable results
- –Less direct coverage of SCADA telemetry and IEC 61850 runtime integration
Best for: Fits when protection engineers need repeatable relay settings work backed by coordinated feeder behavior analysis.
CYME
enterpriseElectric power engineering software for distribution planning, protection, and network analysis.
Model-to-coordination workflows that quantify protection behavior across detailed fault and switching scenarios for multi-phase feeders.
CYME performs distribution system analysis and feeder model studies used for relay settings and coordination workflows. It includes an electrical connectivity model to support protection logic, switching sequences, and fault behavior across multi-phase networks.
- +Strong feeder modeling for multi-phase protection studies and switching cases
- +Detailed relay settings management workflows for coordination checks
- +Integration paths for electrical connectivity data from GIS and planning models
- +Produces protection performance evidence across faults and scenarios
- –Works best with disciplined feeder data preparation and model governance
- –Automation and API access are narrower than general-purpose relay configurators
- –Event validation workflows depend on study scenario completeness
- –UI depth can slow setup for teams without prior protection modeling experience
Best for: Fits when distribution engineering teams need repeatable relay settings studies tied to feeder topology.
Milsoft Utility Solutions
vertical specialistElectric distribution engineering software covering system modeling, fault analysis, and protective device coordination.
Controlled relay settings and coordination workflows that keep engineering changes consistent across a feeder asset set and its recorded protection behavior.
Milsoft Utility Solutions fits utilities that already run protection and control engineering workflows and need distribution relay control integration on top of their existing SCADA and network data. The core capability centers on relay and substation coordination tooling with support for settings management, event recording, and disturbance record handling from feeder-side devices. It is most practical when the distribution control relay layer must align with a feeder topology model and electrical connectivity model used by other engineering and operations systems.
- +Settings management supports controlled relay changes across feeder assets.
- +Event and disturbance records provide traceable protection behavior history.
- +Integration paths align relay control data with feeder topology and connectivity models.
- +Coordination workflows reduce manual relay-by-relay checking effort.
- –User workflows can be heavy for teams without protection engineering roles.
- –Automation depends on integration projects rather than a turnkey API surface.
- –Governance for multi-team changes needs disciplined configuration control.
- –Advanced data integration for niche protocols may require custom adapters.
Best for: Fits when distribution engineering teams need relay settings, coordination, and record handling tied to feeder topology models and operations systems.
Neplan
enterprisePower system analysis suite with protection coordination modules for distribution and sub-transmission networks.
Protection and relay settings generation driven directly by an internal feeder topology and connectivity model.
Neplan is a distribution-relay distribution relay software option built around electrical connectivity and network modeling that feeds protection logic and settings workflows. It supports feeder and protection studies by keeping the topology and equipment model aligned with relay coordination outputs, which reduces the drift between analysis and deployment artifacts.
- +Tight coupling between network topology input and relay settings outputs
- +Study-case execution supports repeatable coordination runs across feeder scenarios
- +Event and disturbance style records can be mapped back to modeled protection elements
- +Model-driven workflow reduces manual cross-checking between network and settings
- –Operational integration into SCADA and DMS often needs custom integration work
- –Governance around relay setting release paths is less explicit than audit-first tools
- –Throughput for very large multi-feeder networks depends on hardware and model structure
- –Cross-vendor IEC 61850 deployments can require careful points mapping
Best for: Fits when distribution feeder automation studies must produce consistent relay settings tied to an electrical connectivity model.
Siemens PSS
enterprisePower system simulation suite including PSS SINCAL for distribution network analysis and protection planning.
Engineering workflow alignment for protection settings and relay behavior review that reduces mismatch between studies and relay documentation.
Siemens PSS is distribution-relay software that fits into Siemens power-engineering workflows for protection settings, relay behavior modeling, and event records handling. Its core strengths focus on protection documentation, engineering data exchange, and analysis of feeder fault and switching scenarios using engineering-grade models.
- +Strong protection engineering workflow for relay settings management and documentation alignment
- +Good fit for Siemens-centric studies where protection analysis outputs are reused
- +Supports engineering-grade analysis outputs that match typical coordination documentation needs
- +Event record handling supports traceable relay behavior review for troubleshooting
- –Integration depth varies by network model source and often requires Siemens-side study alignment
- –Configuration work can be heavy when settings schemas must match multiple relay families
- –Extensibility and API automation are less transparent than in tools built around open data exchange
- –Feeder topology and connectivity modeling effort can shift to the engineering side
Best for: Fits when teams already run Siemens protection engineering workflows and need tight relay settings and event traceability.
Synergi Electric
enterpriseDNV Synergi Electric models distribution networks for load flow, fault analysis, and reliability planning.
End-to-end protection event interpretation centered on disturbance record context for relay coordination decisions.
Synergi Electric provides distribution relay software that supports feeder and protection workflows around relay settings management, disturbance records, and event analysis. The tool is structured to connect protection data with operational studies used by distribution feeder automation teams.
- +Protection event and disturbance records support fast relay behavior triage
- +Relay settings management helps keep coordination changes reviewable
- +IEC 61850 integration targets protection-domain data exchange
- +Fault sequence views support clearer handoff to restoration workflows
- –Distribution coordination modeling needs careful network and device mapping
- –Some automation and topology workflows rely on external system integration
Best for: Fits when protection engineers need relay setting change traceability tied to feeder events.
PowerWorld
enterprisePower system simulation and analysis software including protection coordination modules.
High-throughput scenario simulation for feeder operating-state analysis tied to network edits, without requiring an external model builder.
PowerWorld is a power system analysis application that supports distribution and feeder studies by combining network modeling, time-series simulation, and event-driven analyses in one workflow. Its core strength for feeder studies is the ability to represent electrical connectivity and then run power flow and contingency style scenarios without exporting the model into separate tools.
- +Time-series simulation supports studying feeder conditions behind protection behavior
- +Interactive single-line and network editing speeds connectivity correction work
- +Scenario runs help compare switching and operating states for protection coordination
- +Exportable study results support downstream relay settings review
- –No native distribution relay automation engine for recloser or sectionalizer control
- –IEC 61850 and DNP3 integration depth is limited compared with SCADA-centric tools
- –Automation relies more on study workflows than provisioning relay logic at scale
- –Governance controls for multi-team relay settings management are not the focus
Best for: Fits when feeder relay studies need detailed simulation context and results export, not closed-loop control.
Conclusion
After evaluating 10 distribution relay software, PowerFactory 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 Distribution Relay Software
Distribution relay software coordinates protection engineering workflows that tie relay settings, feeder connectivity, and coordination study outputs into repeatable work products across reclosers and sectionalizers. This buyer’s guide covers PowerFactory, EDSA Micro, ETAP, SKM Power*Tools, CYME, Milsoft Utility Solutions, Neplan, Siemens PSS, Synergi Electric, and PowerWorld.
Tool differences concentrate on how relay settings stay bound to a feeder topology model and how automation and integration points connect to SCADA and distribution operations systems. PowerFactory and EDSA Micro emphasize relay settings workflows driven by connectivity models, while PowerWorld centers on high-throughput feeder scenario simulation for operational study context.
Distribution Relay Software for feeder protection coordination, relay settings traceability, and automation-ready workflows
Distribution relay software is engineered for protection configuration and coordination studies that connect relay settings management to feeder topology and connectivity inputs. PowerFactory keeps coordination checks consistent by feeding protection engineering from a detailed network connectivity model.
EDSA Micro links study outputs to relay settings runs, so coordination reporting maps results back to the underlying relay settings revisions. ETAP also emphasizes traceability by keeping protection configuration linked to its network modeling, while SKM Power*Tools keeps relay settings and coordination checks bound inside one project workspace for audit-ready engineering iterations. The category goal is traceable protection behavior across fault and operating scenarios, not closed-loop control, and tool selection typically turns on how much of that traceability is native to the relay settings workflow versus dependent on external integration work.
Relay settings traceability, feeder model coupling, and automation surfaces
Distribution relay software needs traceable links between relay settings work and the feeder connectivity or topology model used for coordination study results. Tools that keep those links inside a single workflow reduce mismatch risk when settings revisions move across recloser and sectionalizer coordination cases.
Feature depth also shows up in how tightly a tool supports automation and repeatability. PowerFactory ties coordination checks to a detailed network connectivity model, while EDSA Micro maps coordination outputs directly back to the relay settings run.
Feeder topology model coupled to relay settings and coordination studies
PowerFactory drives relay settings and coordination checks from a detailed network connectivity model, which keeps feeder topology consistent across study iterations. CYME provides model-to-coordination workflows that quantify protection behavior across multi-phase fault and switching scenarios.
Configuration-linked coordination reporting tied to relay settings edits
EDSA Micro produces coordination reporting that maps study results back to the underlying relay settings run, so results align to specific settings revisions. Milsoft Utility Solutions keeps controlled relay settings and coordination workflows consistent across a feeder asset set and its recorded protection behavior.
Project workspace traceability for audit-ready settings work
SKM Power*Tools binds relay settings and coordination checks inside one project workspace to maintain audit-ready engineering traceability. ETAP keeps protection configuration linked to ETAP’s network modeling so published settings remain traceable to the model used for coordination studies.
Protection event and disturbance records for coordination decisions
Synergi Electric centers event interpretation on disturbance record context to support relay coordination decisions and fast relay behavior triage. Milsoft Utility Solutions includes event and disturbance records to preserve traceable protection behavior history alongside relay settings management.
Feeder operating-state scenario simulation with export for study context
PowerWorld delivers high-throughput scenario simulation tied to network edits, which supports feeder operating-state context for relay studies without requiring an external model builder. Neplan generates protection and relay settings from an internal feeder topology and connectivity model to support repeatable coordination runs across feeder scenarios.
Choose by workflow coupling depth, then validate integration automation and governance fit
Relay settings traceability should drive the first shortlist cut because many failures in coordination workflows come from disconnected settings revisions and feeder model changes. PowerFactory and EDSA Micro keep the relay settings workflow anchored to connectivity-driven study inputs, while SKM Power*Tools emphasizes keeping settings and coordination work bound inside one project workspace.
After coupling depth is chosen, integration automation and governance controls determine operational viability. PowerFactory’s SCADA and telecontrol integration depends on external engineering effort, while Neplan frequently requires custom operational integration work to connect study outputs into SCADA and DMS workflows.
Map the relay settings revision path to the feeder model coupling your team can sustain
If the organization needs coordination checks and relay settings workflows fed directly from a detailed network connectivity model, PowerFactory matches that workflow structure. If the organization needs coordination reporting that maps results back to specific relay settings run edits, EDSA Micro matches that revision-to-output linkage.
Decide whether traceability lives in the network model or in the project workspace
Choose ETAP when protection configuration stays linked to its network modeling so published settings remain traceable to the analysis model. Choose SKM Power*Tools when engineering traceability must stay bound inside one project workspace that keeps relay settings and coordination checks together.
Select the tool that matches the coordination study scenario workload
Choose CYME when multi-phase protection studies require detailed relay settings management across fault and switching scenarios tied to feeder topology. Choose PowerWorld when high-throughput time-series simulation for feeder operating-state analysis is the primary study workload behind protection behavior interpretation.
Confirm how protection event evidence connects to settings decisions
Choose Synergi Electric when relay setting change traceability must be tied to feeder disturbance record context for event triage and coordination decisions. Choose Milsoft Utility Solutions when event and disturbance records must sit alongside controlled relay settings changes across an asset set.
Plan for integration effort based on the tool’s automation and integration positioning
Select PowerFactory when the main goal is consistent relay settings studies, but plan for SCADA and telecontrol integration through external engineering effort if it must be tightly orchestrated. Select Neplan when relay settings generation from topology is central, but plan custom integration work for operational integration into SCADA and DMS if required.
Teams that need traceable protection coordination across feeder models and settings revisions
Distribution relay software fits teams that treat relay settings revisions as engineering artifacts that must remain traceable to the feeder model used for coordination. The right tool selection depends on whether traceability is anchored to network connectivity inputs, project workspace state, or protection event evidence.
Teams also need workflows that match how coordination studies are produced and reviewed, since some tools prioritize protection configuration coupling while others prioritize event interpretation or simulation throughput.
Protection engineering groups running repeatable feeder studies from a defined connectivity model
PowerFactory keeps coordination checks consistent by feeding protection engineering from a detailed network connectivity model. Neplan also ties relay settings outputs to an internal feeder topology and connectivity model to support repeatable coordination runs.
Protection engineering teams that manage frequent relay settings revisions and need results mapped back to the exact run
EDSA Micro links coordination reporting directly to the underlying relay settings run so study outputs stay aligned to settings edits. Milsoft Utility Solutions supports controlled relay changes across feeder assets and recorded protection behavior.
Utilities or EPC teams that must keep engineering traceability contained within a single study workspace
SKM Power*Tools binds relay settings and coordination checks inside one project workspace for audit-ready engineering traceability. ETAP keeps published settings tied to its network modeling so traceability survives model-driven coordination studies.
Operations-focused protection analysis teams using disturbance records to guide coordination decisions
Synergi Electric uses end-to-end protection event interpretation centered on disturbance record context for coordination decisions. Milsoft Utility Solutions preserves event and disturbance records alongside relay settings management for traceable protection behavior history.
Teams doing operating-state study work and needing high-throughput simulation context for protection interpretation
PowerWorld provides time-series scenario simulation tied to network edits to support feeder operating-state analysis behind protection behavior study results. CYME supports detailed multi-phase coordination studies where switching and fault scenarios quantify protection behavior from feeder topology.
Common failure modes in Distribution Relay Software selection and deployment
Selection mistakes often come from assuming the relay settings workflow already covers the operational integration and governance work that the organization needs. The tools differ sharply in whether integration relies on a turnkey orchestration layer or on external engineering effort.
Another common issue is treating coordination traceability as a documentation problem instead of a workflow linkage problem. Tools that keep settings tied to connectivity or project state reduce drift when feeder data changes.
Shortlisting tools only by relay settings UI coverage while ignoring whether coordination outputs map back to settings revisions
EDSA Micro maps study results to the underlying relay settings run, which preserves revision-to-output traceability. PowerFactory also keeps coordination checks consistent through a connectivity-driven workflow.
Underestimating integration effort when SCADA and telecontrol orchestration must be native and automated
PowerFactory requires external engineering effort for SCADA and telecontrol integration if orchestration must be tight. Neplan often needs custom integration work to connect study outputs into SCADA and DMS workflows.
Choosing a model-driven workflow without validating feeder data preparation discipline
CYME works best with disciplined feeder data preparation and model governance, because detailed multi-phase protection studies depend on accurate feeder topology inputs. Neplan also relies on tight coupling between network topology input and relay settings outputs, which makes data preparation discipline part of the success path.
Assuming audit-ready traceability is automatic without checking where the workflow stores state
SKM Power*Tools keeps relay settings and coordination checks bound inside one project workspace, which supports audit-ready engineering traceability. Milsoft Utility Solutions supports traceable protection behavior history through event and disturbance records, but user workflows can become heavy for teams without protection engineering roles.
Confusing simulation throughput needs with closed-loop distribution control requirements
PowerWorld focuses on high-throughput scenario simulation for feeder operating-state analysis tied to network edits rather than closed-loop recloser or sectionalizer control. PowerFactory and EDSA Micro focus on relay settings workflows and coordination study traceability rather than distribution control automation.
How We Selected and Ranked These Tools
We evaluated each tool on relay settings and coordination workflow traceability, automation and integration surfaces, and engineering repeatability. Features accounted for 40% of the scoring because the category depends on how coordination results stay bound to feeder topology or relay settings runs.
Ease and value each accounted for 30%, because protection engineering teams spend most of their time configuring studies and managing revisions. PowerFactory ranked first by keeping feeder topology model coupling consistent for coordination checks and by supporting repeatable relay settings studies driven directly from a detailed network connectivity model.
Frequently Asked Questions About Distribution Relay Software
How do PowerFactory and EDSA Micro keep relay settings consistent across study runs?
Which tools support configuration-driven coordination reporting instead of spreadsheet-only workflows?
When teams need event and disturbance records tied to modeled behavior, which options fit best?
What tradeoff appears when using Neplan or CYME for multi-phase feeder studies compared with PowerWorld time-series simulation?
How do Synergi Electric and Siemens PSS handle protection event interpretation and documentation alignment?
What integration approach matters most when IEC 61850 and SCADA telemetry ingestion drive the distribution relay automation workflow?
How does data migration usually affect relay settings governance in ETAP and PowerFactory?
Which tools are designed to reduce model drift between feeder topology changes and protection outputs?
What security and access-control gap should be validated when deploying distribution relay configuration workflows across engineering teams?
When provisioning relay settings changes into operational handoff workflows, what breaks if configuration traceability is lost?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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