Distributed Fiber Optic Sensing Systems — DAS, DTS, DSS and OFDR

Compare distributed fiber sensing architectures for dynamic-event detection, temperature, strain, dense specimen mapping and high-resolution reflectometry.

DAS Distributed Acoustic Sensing — Applications and System Selection

How DAS detects and locates route activity, what controls classification performance, and how to select an OptaSense or Silixa configuration.

DTS Distributed Temperature Sensing — Applications and System Selection

How calibrated Raman DTS maps temperature along power cables, tunnels and industrial routes, with practical system-selection criteria.

Distributed Strain Sensing (DSS/DTSS) — Applications and System Selection

How distributed strain sensing maps relative deformation along pipelines, ground and structures, including temperature compensation and mode trade-offs.

ODiSI 7100 and OBR — High-Resolution Fiber Sensing and Reflectometry

Select a compatible ODiSI 7100 or OBR mode by specimen length, gage pitch or sampling, channel count, update rate and measurement objective.

Fiber-optic monitoring of pipeline strain and settlement

A single fiber-optic cable turns into thousands of sensors along the entire pipeline route. An interactive guide to BOTDR, OFDR and FBG technologies — monitoring of strain, ground settlement and infrastructure integrity.