The most effective solution for maximizing OTDR cable testing productivity
Full Description
OASYS.net accelerates and simplifies several time-consuming activities that are common to the cable manufacturing OTDR testing process. The software provides the ability to define comprehensive, customizable OTDR tests that automatically acquire and analyze the OTDR data, and then it packages the data for each fiber in a format compatible with most factory information systems.
OASYS.net is capable of automating both the in-process test 8000i OTDR and high performance final QC 8000 OTDR, delivering the fastest possible data acquisition. It is also compatible with Photon Kinetics' fiber alignment solutions: the automated, multi-fiber 1050C Cable Aligner and the manual, single fiber 1120 Bare Fiber Aligner. The software leverages the high-speed, low loss temporary fiber coupling provided by these products to deliver the highest possible OTDR measurement efficiency in every test area on the cable production floor.
Capabilities
OTDR Test Automation
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Features & Benefits
Automated Testing
Maximizes test station productivity
Real-time, Single Screen Test Status Feedback
Ensures testing efficiency and integrity by immediately alerting operator to spec failures
Scalable Implementation from Single Station to Networked Factory
Provides consistent testing platform and data formats in all production areas
Key Specs
Analysis Performed
Specification
Attenuation coefficient and length Event detection with loss, reflectance and location measurement Buffer (temporary) splice loss and reflectance Attenuation uniformity (sliding window and LSA deviation)
Attenuation coefficient and length Event detection with loss, reflectance and location measurement Buffer (temporary) splice loss and reflectance Attenuation uniformity (sliding window and LSA deviation)
Highest quality OTDR measurements in the shortest possible time
Fiber Manufacturing
Cable Manufacturing
Next Gen & Specialty Fibers
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Solutions include optical fiber preform analyzers and test systems for characterizing the geometric and transmissive properties of fibers, as well as fiber handling and other test automation products that help minimize both measurement time and cost.