Optical Reflection and Transmission
Luna’s high-precision and high-sensitivity instrumentation analyzes the propagation of light through fiber optics, waveguides and optical devices. Luna offers a number of solutions to measure insertion and return loss, polarization effects, dispersion and many other parameters.
Distributed, Spectral, and Spatial Analysis
By interrogating an optical component or fiber assembly in reflection, Luna’s OFDR technology is able to measure and analyze loss and polarization effects spatially, or distributed along the optical path. The Optical Backscatter Reflectometer (OBR) technology measures distributed loss and backscatter with a sampling resolution as low as 10 micrometers, providing an unprecedented level of detail to pinpoint and analyze optical effects in short networks and even inside integrated photonic devices.
Luna measurement solutions also provide the wavelength-dependent response of photonic devices, whether interrogated in reflection mode or transmission mode. These measurements are particularly critical for testing and analyzing modern optical components, filters, and DWDM devices.
Key Measurements for Optical Transmission
Luna solutions provide the standard measurements needed to analyze and certify optical components and systems, including:
- Insertion loss (IL)
- Return loss (RL)
- Polarization dependent loss (PDL)
- Polarization mode dispersion (PMD)
- Evolution of polarization states
- Polarization extinction ratio (ERM)
- Group delay (GD) and phase response
- Chromatic dispersion (CD)
- Jones Matrix elements
Luna OFDR-based systems provide single-scan analysis, eliminating the need for multiple specialized analyzers.
Optical Device Characterization
Characterize fiber optic components and integrated photonic devices with industry-leading analyzers.
Manufacturing Test of Fiber Optic Assemblies and Connectors
Build faster and more efficient test systems with Luna’s fiber optic and component testers.
Aerospace and Avionics Fiber Optic Testing
Pinpoint and diagnose installed fiber optic networks and assemblies with unmatched sensitivity and location capabilities.