Used EXFO FVA-300 #293619070 for sale

EXFO FVA-300
ID: 293619070
Optical attenuator.
EXFO FVA-300 is an advanced electronic test equipment used to verify and troubleshoot digital optical networks. It is a remote console that is designed to simplify the data transfer and analysis of optical signals in Fiber to the Home (FTTH), Digital Subscriber line (DSL), Cable Modem, Hybrid Fiber Coax (HFC), and other digital optical networks. FVA-300 features a variety of advanced optical technologies to make accurate and efficient diagnoses of faulty transmission quality and system performance. It offers added capabilities such as optical spectrum analysis (OSA) and optical time domain reflectometry (OTDR) which are used to detect fiber abnormalities. The OSA allows for spectrum analysis of the optical power, while the OTDR measures the time delay of the back-scattered light at different points along the fiber. EXFO FVA-300 also has an integrated optical tester for testing the optical power of optical connections. In addition, FVA-300 offers a high accuracy level with its wide dynamic range. It is able to measure optical power levels up to -50 dBm with an accuracy of 0.05 dB. It also has a pulse width range of 0.5 ns to 877.7 ns and a resolution of 0.1 ns. EXFO FVA-300 helps reduce the time engineers spend in troubleshooting optical networks. It's intuitive user interface helps users quickly understand the operation of the device and navigate its features. It also allows users to save trace data, display real-time graphs, and generate reports to further facilitate their troubleshooting tasks. FVA-300 is also capable of generating alarms and sending notifications to alert personnel of any network issues or outages in real time. This helps prevent costly and extensive repair works, and ensure continuous operations for the users. EXFO FVA-300 is an essential device when it comes to maintaining and verifying optical networks. With its various features and capabilities, it enables users to quickly identify and troubleshoot any discrepancies in optical networks.
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