DWDM Channel Power Equalizer & Optimizer

Import per-channel OCM data (CSV/JSON/XLSX), auto-optimize power profiles with NLI-aware algorithms, compare modulation trade-offs, and generate deployment-ready equalization plans with full OSNR/GSNR before-and-after analysis.

CSV/JSON/XLSX ImportAuto OptimizerReach vs Speed ModeManual Per-Ch TuningGSNR + NLI Engine50+ Transponder ModesSmart Recommendations
Data Import

Drop file or click to upload

CSV, JSON, or XLSX with per-channel power

Templates & Presets
channel,frequency_thz,wavelength_nm,power_dbm
1,191.30,1567.13,-1.2
2,191.35,1566.72,-1.5
Load Preset Scenario:
Flat
Tilt
Ripple
Mixed
SRS C+L
96ch
Dropped
Manual Entry
System Configuration
Required for selected transponder mode (includes NLI penalty)
Optimization Mode
Auto Optimizer
Best GSNR automatically
Reach vs Speed
Modulation trade-offs
Manual Tuning
Per-ch power adjust

Upload Data or Load a Preset

Import per-channel OCM readings, then select an optimization mode. Auto Optimizer finds the best power profile for maximum GSNR. Reach vs Speed compares transponder modes. Manual Tuning gives per-channel control.

Developed by MapYourTech Team

For educational purposes in Optical Networking Communications Technologies

Note: This tool applies the 58+ OSNR formula, GN-model NLI estimation, DGE equalization from ITU-T G.698.2, and SRS tilt compensation algorithms. GSNR calculation uses: 1/GSNR = 1/OSNRASE + 1/SNRNLI. Always verify with production OCM feedback and vendor documentation before live deployment.

Reference: Sanjay Yadav, "Optical Network Communications: An Engineer's Perspective" – Bridge the Gap Between Theory and Practice in Optical Networking.

Feedback: [email protected]