Wireless RF Troubleshooting & Performance Optimization
Diagnose RF interference and optimize wireless network performance
What You Can Do
Systematically analyze your wireless network's RF environment to identify interference sources, coverage gaps, and performance bottlenecks. You'll receive detailed channel recommendations, AP placement strategies, and configuration settings that immediately improve signal quality and reduce dead zones across your deployment.
Features
Identify interfering devices, frequency conflicts, and overlapping channels causing performance degradation
Map signal strength gaps, calculate required AP density, and recommend optimal placement locations
Generate channel plans that minimize co-channel and adjacent-channel interference across your frequency band
Estimate throughput, latency, and connection stability based on RF conditions and configuration
Produce ready-to-deploy AP settings, power levels, and band steering rules tailored to your environment
Convert raw RSSI, SNR, and noise floor measurements into actionable recommendations
Compare 2.4 GHz vs 5 GHz vs 6 GHz trade-offs for your specific deployment scenario
Example Output
Channel Plan Output:
- 2.4 GHz: AP1 (Channel 1), AP2 (Channel 6), AP3 (Channel 11) — 3-AP rotation minimizes overlap
- 5 GHz: AP1 (36-48), AP2 (52-144), AP3 (149-165) — 80 MHz channels with 20 MHz guard bands
- Predicted SNR: 35+ dB in main areas, 25+ dB at edges
Configuration Checklist:
- ✓ Tx Power: 17 dBm for edge coverage without channel saturation
- ✓ RTS Threshold: Disabled (mesh-style healing)
- ✓ Band Steering: Enabled at -50 dBm threshold
- ✓ Airtime Fairness: Enabled to prevent slow-device drag-down
- ✓ Channel Width: 80 MHz on 5 GHz, 20 MHz on 2.4 GHz
Interference Report:
- Microwave at 2.450 GHz (kitchen area) — Recommend 5 GHz coverage there
- Bluetooth @ 2.402–2.480 GHz (device cluster in conference room) — Use channel 1 or 11 only
What's Included
- SKILL.md: Full RF troubleshooting workflow including interference detection, site survey analysis, and optimization decision trees
- Channel Planning Template: Step-by-step worksheet for mapping existing RF environment and generating channel assignments
- Configuration Checklist: Pre-deployment validation for TX power, band steering, airtime fairness, and security settings
- Site Survey Data Sheet: RSSI/SNR measurement template with interpretation guide for dead zones and interference hot spots
- Interference Root Cause Flowchart: Decision tree to quickly narrow down interference sources (co-channel, adjacent, out-of-band)
- Coverage Gap Analysis Tool: Signal attenuation model for walls, distance, and frequency to predict AP placement needs
Who It's For
- Enterprise Network Engineers — Design and optimize large-scale deployments with minimal dead zones
- IT Infrastructure Managers — Troubleshoot user connectivity issues without vendor support calls
- Wireless Systems Designers — Pre-deployment RF planning for new buildings and facility upgrades
- Telecommunications Consultants — Advise clients on channel strategy and interference mitigation
- Facilities & Building Managers — Optimize AP placement to balance coverage, cost, and aesthetics
Best For
- Troubleshooting dead zones and slow connections — Identify whether the issue is interference, coverage gap, or misconfiguration
- Enterprise WiFi deployments — Plan channel assignments and AP density for multi-floor buildings or campus networks
- Optimizing AP placement — Determine ideal antenna locations and power levels before installation
- Resolving channel interference — Find overlapping channels and recommend non-overlapping frequency plans
- Tuning network performance — Fine-tune TX power, band steering, and airtime fairness for maximum throughput stability
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