OBR Desktop Analysis Software
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Learn more about the OBR and the technology that can make your
job a lot easier.
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Luna Technologies' Optical Backscatter Reflectometer (OBR) delivers
unprecedented inspection and diagnostic capabilities
for the fiber-optics industry. With the OBR Desktop Analysis Software, you gain the power of the OBR at your desk. After saving your OBR measurements, view them at your desk, in a conference room, on vacation, or send it to your customers for their viewing. The OBR's industry-leading 40
micron spatial resolution with zero dead zone
will pinpoint even the smallest contributors
to loss: bends, crimps, bad splices, you name
it — we find it. Discover
what you don’t know about your component and what the Luna Technologies’ OBR
desktop analysis software can do for you.
ADVANTAGES:
All the advantages of the OBR - at your desktop!
High resolution OTDR - Resolve individual features
with spatial resolution down to 40 microns.
High sensitivity - 70 dB of dynamic range and
-125 dB sensitivity.
Single Connection IL and RL
- Measure insertion and return loss in a single
scan.
Locate loss events - Monitor backscatter
levels to isolate losses due to bends, crimps,
bad splices, etc.
“Look
inside” devices
- Use powerful windowing feature to interrogate
individual components within a subsystem.
Polarization Tracking -
Track changes in the state-of-polarization
as light propagates through an optical network.
Intuitive graphical interface - All key data
and graphs in a simple, easy to use interface.
Data at your desktop - enables you to share with customers, use in group meetings away from the lab, or even take it on vacation.
APPLICATIONS:
- Optical subsystem production
and verification for amplifier modules,
Tx/Rx circuit packs and line cards, laser
and modulator packages.
- Single connection
optical switch verification.
- Assembly verification
including splice and connector location
and fidelity management.
- Full system design
verification and analysis that can discriminate
between individual devices, connectors, fibers,
splices and components.
- Component qualification
- Incoming inspection and rapid testing
of individual optical components.
- Troubleshooting
of optical systems and modules during development
and production.
- Failure analysis of devices
and subassemblies.
- Ultra-high resolution OTDR
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