OFDR / HD-FOS - High-Resolution Sensing

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Luna - Sensing SystemsOFDR / HD-FOS - High-Resolution Sensing

Luna - Sensing SystemsMonitoring SystemsOFDR / HD-FOS - High-Resolution Sensing

Luna - Sensing SystemsMonitoring SystemsOFDR / HD-FOS - High-Resolution Sensing

Luna - Sensing SystemsMonitoring SystemsOFDR / HD-FOS - High-Resolution Sensing

Luna - Sensing SystemsMonitoring SystemsOFDR / HD-FOS - High-Resolution Sensing

OFDR / HD-FOS - High-Resolution SensingPhotonics & R&DReflectometers (OBR, POF)

INTERLAB × LUNA · cooperation since 2010

Before selecting OFDR / HD-FOS equipment

Define test length, gage pitch, active channels and acquisition rate together. The guide separates sensing-mode limits from extended reflectometry claims.

DFOSChoose the measurement principle before the interrogatorCompare DAS, DTS, DTSS, OFDR and point FBG by measured quantity, route length, spatial granularity and update rate.Open the buying guide →OFDRPlan dense short-range strain and temperature measurementsMatch ODiSI or OBR operating modes to test length, gage pitch, acquisition rate and active channel count.Open the buying guide →

For equipment selection, send the measured quantity, route or test length, required spatial granularity, update rate, channel count, available fiber and target data interface.

Discuss the hardware configuration

* Manufacturer maxima refer to specific products, operating modes and channel counts; they are not necessarily available simultaneously. Final coverage, spatial granularity, rate and uncertainty are confirmed for the selected configuration and application conditions.