Used EXFO FOT 920 #9111370 for sale

EXFO FOT 920 is an advanced optical test platform designed to provide comprehensive analysis of fibre-optic components and networks for telecommunications and data transmissions. It is built on a platform of powerful optical test functions, user-friendly touch-screen interfaces, and long-lasting battery life. FOT 920 allows for comprehensive singlemode and multimode testing, with its universal optical adapter, optical source and power meter. It is equipped with both digital and analog optical measurement capabilities, allowing for the evaluation of performance over a wide range of optical parameters. The platform's automated test environment makes it easy to generate optical maps and trace events in the network for effective troubleshooting. User-friendly touch-screen interfaces make the system easy to use for novice users. EXFO FOT 920 also features a spectrum analyser, allowing for accurate and detailed analysis of a signal's frequency and power. The wide dynamic range ensures reliable results, and higher-level functions provide engineers with the ability to quickly detect and diagnose system malfunctions. The platform's long battery life ensures that testing can continue for extended periods without the need for recharging. High-level security protections complicate physical access to the system, making it difficult for malicious or unauthorised individuals to compromise the accuracy of test results. FOT 920 is compact, lightweight, and rugged, making it ideal for both field and laboratory testing scenarios. It comes preloaded with software, enabling a wide range of functionalities such as fibre loss, polarization-mode dispersion (PMD) for fibre characterization, and wavelength-selective power measurement. EXFO FOT 920 provides superior performance and accuracy, while its user-friendly interface and touch-screen capabilities make it an ideal solution for telecommunication and network providers. It's optimal for testing and troubleshooting fibre-optic systems in a variety of environments.