Step 1: Configuration & Routing Target
Step 2: Connector Quality Assessment
Use the Connector Inspection Probe to verify optical cleanliness. Clean the core using the One-Click tool if contamination is found.
Inspect the fiber to begin.
Step 3: Setup Diagnostic Test Wavelengths
Select the correct standard dual-wavelength combination required for single-mode fiber infrastructure testing according to specifications:
Step 4: Active RT Calibration Framework
Adjust the acquisition variables dynamically below to clean up tracing artifacts before triggering full trace acquisition block:
A launch fiber separates the first link connector from the OTDR dead zone so its loss and reflectance can be assessed.
RT MODE // Adjust settings to resolve events
Step 5: Event Analytics Link Characterization
The trace acquisition completed successfully. Review event mapping calculations below:
| Event Index | Type Identifier | Distance Metric | Loss (1310nm) | Loss (1550nm) |
|---|
The file naming structure should be similar to this:
LocationA-LocationB_Port/fiber##
orLocationB-LocationA_Port/fiber##
with the relevant file type.
the first Location should be the origin of the trace, followed by the the destination
Step 6: OTDR Internal Storage Verification
Verify the training record below. This exercise does not export a real instrument SOR/TRC file.
No active files committed to disk.