Used EXFO FPM-300 #9103970 for sale

EXFO FPM-300 is an electronic test equipment that can measure optical signal-to-noise ratio (OSNR), bit-error-rate (BER), eye mask, and a variety of optical performance parameters. This level of measurement accuracy with an acceptable level of noise is essential to ensure the reliable performance of optical transmission systems. FPM-300 helps ensure your deployment goals are met with a comprehensive suite of testing options. It offers a wide range of testing capabilities, including real-time analysis, equalization and dispersion (EDX) analysis, chromatic and polarization-mode dispersion (PMD) analysis, distance-dependent loss characterization, bit error rate (BER) testing and eye mask analysis. EXFO FPM-300 is a convenient and versatile testing solution for optical components and systems. Its real-time spectral analysis capabilities allow users to quickly and accurately identify transmission impairments and make necessary adjustments to ensure continued signal integrity. This feature also allows for network monitoring over time, helping to prevent preventable issues. Additionally, FPM-300's optical eye analysis feature makes it a valuable tool for transmitter qualification. EXFO FPM-300 also features automated and interactive BER testing over multiple signal types, making it an ideal choice for troubleshooting various digital communication systems. It boasts a precision wideband detector that allows users to detect BER events with more precision and confidence. In addition, FPM-300 features a distance-dependent loss characterization capability that helps users compare system performance over multiple wavelengths. This feature eliminates false alarm occurrences and ensures accurate measurements. EXFO FPM-300 is a highly reliable, convenient, and versatile electronic test equipment that offers accurate testing over a wide range of optical signal parameters. With its invaluable features, it serves as a one-stop solution for various optical systems and components. Furthermore, its reliable measurement accuracy and quick data analysis make it the ultimate choice for optical designers and technicians.