Optical component testing is performed to determine the characterization of wavelength dependent performance in optical components to provide functionality for any environmental condition.
Fiber optic networks and their installed components operate in a variety of environments and industries worldwide. From military systems to telecommunications networks, fiber optic components have a wide variety of usage conditions and must be tested to effectively characterize their performance in any environment.
As the world's leading independent, third-party testing laboratory, we offer a complete testing solution for optical component characterization. Using the swept wavelength test method, we collect wavelength measurement data and perform a full analysis to give you a complete picture of insertion loss, polarization-induced loss, return loss, and directionality.
The swept wavelength test enables the performance of fiber optic components to be characterized with extreme precision. When characterizing component performance, the swept wavelength method allows multiple channels to be tested simultaneously. This provides precise wavelength dependent performance measurements with the minimum test time required.
Our MAP swept wavelength system and state-of-the-art optical laboratory enable us to meet all your optical component testing needs. With over 50 years of product testing experience, our single-source laboratories and expert staff help you deliver compatible, high-performance products to the market. In addition to optical component characterization EUROLABIt can also perform environmental durability testing and 100% performance verification for production models.
Related Test Standards
Component Testing Capabilities
EUROLAB, with its highly expert team and internationally accredited laboratories, Optical Component Test It performs all test, analysis, measurement, evaluation and report generation services completely and reliably.
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