Fiber Optic Test Analysis and Troubleshooting
Analyze fiber optic test data and generate network troubleshooting reports instantly
What You Can Do
You can upload fiber optic test data (OTDR, reflectance, attenuation measurements) and receive automated analysis with root cause identification, performance metrics, and optimization recommendations. The skill generates professional troubleshooting reports highlighting problem areas, estimated repair costs, and compliance status against industry standards like TIA-942 and IEC 60793.
Features
Parse OTDR traces, loss budgets, and spectral data from multiple formats (CSV, JSON, vendor-specific formats) without manual conversion or reformatting.
Identify splice failures, macrobends, microbends, connector issues, and fiber degradation by analyzing trace patterns and loss signatures against known fault signatures.
Generate fiber route optimization recommendations to reduce signal loss, latency, and future maintenance costs based on actual test measurements.
Verify network compliance against TIA-942, IEC 60793, and carrier standards with automated pass/fail determinations and required remediation steps.
Forecast fiber degradation based on historical trends and attenuation patterns, identifying segments likely to fail within specified timeframes.
Create executive summaries with visualizations, detailed findings, cost-benefit analysis for repairs, and step-by-step remediation plans ready for stakeholders.
Extract key performance indicators including total loss, insertion loss per span, reflectance values, and signal-to-noise ratios with historical comparison.
Analyze complex multi-segment fiber networks and cross-correlate data across hundreds of test events to identify systemic patterns and isolated failures.
Example Output
Example 1: OTDR Trace Analysis Report
Network Segment: Chicago-Denver Primary Span (485 km)
Overall Status: FAIL - Exceeds loss budget
Key Findings:
- Span 3-4 (95-110 km): Excessive reflectance at 101.2 km
Likely Cause: High-loss connector or microcrack
Measured Loss: 2.1 dB (budget: 0.8 dB)
Priority: CRITICAL - Repair within 48 hours
- Splice point at 67.8 km: Acceptable (0.04 dB)
- Segment 4-5: Gradual loss increase trending upward
Interpretation: Possible fiber fatigue, recommend inspection in Q4
Recommendation: Replace connector at 101.2 km, estimated cost $850
Expected improvement: 1.8 dB gain, meets budget
Example 2: Compliance Status Report
Standard: TIA-942 (Data Center Fiber)
Network: East Region DC Backbone
Compliance Summary:
✓ PASS - Maximum span loss (3.2 dB < 4.0 dB limit)
✓ PASS - Connector performance (0.3 dB avg < 0.5 dB limit)
✗ FAIL - Reflectance at 12 splice points exceeds -34 dB minimum
⚠ WARNING - Three connectors approaching end-of-life specs
Required Actions: Replace 5 connectors, re-measure 12 splice points
Estimated Downtime: 6 hours, Cost: $2,100
Example 3: Predictive Maintenance Alert
Fiber Segment: Boston-Newark Link
Degradation Trend: +0.15 dB loss per month (90-day average)
Forecast:
- 30 days: Loss = 12.8 dB (current budget: 13.5 dB) ✓ OK
- 60 days: Loss = 13.0 dB (approaching limit)
- 90 days: Loss = 13.2 dB ✗ EXCEEDS BUDGET
Recommended Action: Schedule maintenance within 45 days
Proactive repair cost: $1,200
Failure cost if unaddressed: $45,000 (emergency dispatch)
What's Included
- Test Data Analyzer Engine: Processes raw OTDR traces, reflectance data, and loss measurements with automatic format detection and standardization for analysis.
- Fault Library: Reference database of 50+ common fiber faults with characteristic signatures, enabling automated root cause matching against your test data.
- Compliance Checker: Pre-loaded standards templates for TIA-942, IEC 60793, and ITU-T recommendations with configurable thresholds for your network requirements.
- Report Templates: Professional markdown, HTML, and PDF report structures ready for executive presentations, technician handoffs, and compliance documentation.
- Multi-Format Support: Compatible with data from Viavi ONX, Fluke Networks, Exfo, and generic CSV exports from most OTDR instruments.
- Trend Analysis Tools: Historical comparison utilities to identify degradation patterns and forecast failure dates based on measured deterioration rates.
Who It's For
- Network Maintenance Technicians
- Telecom System Planners and Engineers
- Data Center Network Operations
- ISP and Carrier Network Teams
- Fiber Network Installation Contractors
Best For
- Post-installation acceptance testing and certification
- Troubleshooting intermittent or degraded fiber links
- Preventive maintenance planning and scheduling
- Network capacity planning and expansion feasibility
- Compliance audits and regulatory documentation
You might also like
You get expert guidance on identifying and resolving electromagnetic compatibility issues in your designs. This skill helps you diagnose EMI sources, optimize shielding and grounding strategies, navigate regulatory requirements, and make data-driven design decisions that reduce testing cycles and ensure first-pass compliance.
You can upload or describe your network configuration and receive detailed analysis of performance bottlenecks, spectrum efficiency, and capacity constraints. The skill generates technical optimization reports with actionable recommendations for improving throughput, reducing latency, and enhancing coverage. You'll also get interference detection, signal quality assessments, and capacity planning guidance based on your specific deployment parameters.
You can submit your cloud infrastructure designs to receive expert validation against industry best practices, security standards, and cost optimization principles. The skill analyzes your architecture for scalability, resilience, and compliance gaps, then automatically generates comprehensive documentation including system diagrams, architecture decision records, and deployment guides tailored to your cloud platform.
Upload or paste antenna simulation results, and Claude analyzes electrical characteristics to identify performance bottlenecks and recommend targeted optimizations. You get actionable design changes for gain improvement, impedance matching, radiation pattern refinement, and bandwidth expansion. The skill interprets industry-standard formats and translates complex electromagnetic data into engineering insights.
Calculate complete microwave link budgets including transmit power, antenna gains, path losses, noise figures, and system margins. Analyze RF component performance specifications, verify atmospheric conditions, and predict link availability. Generate structured design documentation with verification checklists and performance recommendations.
This skill evaluates fiber splice quality by analyzing loss measurements, identifying splicing defects, and providing actionable troubleshooting steps. You can assess splices against industry standards like Telcordia and ITU-T, diagnose root causes of high loss, and generate professional quality reports for audits and certifications.
You can structure complex data center network designs from scratch by combining resilience frameworks, capacity models, and vendor comparison templates. You'll evaluate competing architectures based on cost, availability, latency, and scalability, then produce detailed decision documents that justify your design choices to stakeholders and engineering teams.
Design complete enterprise fiber optic networks with professional-grade topology planning, cable budgeting, and redundancy analysis. Get detailed equipment specifications, cost estimates, and implementation recommendations tailored to your site requirements. This skill handles everything from initial network layout through failover analysis, helping you create robust, scalable fiber infrastructure.