Innovation is front and center at EXFO, and the intelligent Optical Link Mapper iOLM is a prime example of a game-changing solution. The iOLM lets you take advantage of optional full power of your OTDRbringing automation to a new level—and enabling even the untrained technician to become a test expert in no time. And since EXFO designs and optimizes each OTDR model so that optional offers the best possible performance for its specific application, your solution will fit to your reality. The iOLM is an innovative OTDR-based application that optional multipulse acquisitions and advanced algorithms to deliver demo information on every element on the link. With one click, the unit automatically performs link recognition, sets the optimal parameters and launches multiple acquisitions and multiple analyses—at multiple wavelengths—consolidating the results obtained for every link section and every network element. Get accurate information right away on each link element and export demo to a single report. Powered by Link-Aware technology, the iOLM self-manages the setting of all test optional intelligence that dramatically shortens the learning curve. Get actual results: end-to-end visual assessment of your link, complete with event characterization and fiber status. Say goodbye to trace misinterpretation, and ensure that all your technicians—not just your most experienced ones—can efficiently fix network issues right on the spot. The iOLM can generate a universal and enhanced Bellcore format. This OTDR trace integrates all the additional information gathered by the iOLM, providing more complete results. To ensure true splice characterization bidirectional testing is recommended. The iOLM bidirectional link view just makes this task easier as it combines the results from multiple wavelengths in multiple directions and presents it in a single, easy-to-read, iOLM-style format. Plus, you can easily generate batch demo through FastReporter2 Data Post-Processing Software. EXFO Connect pushes and stores test equipment and test data content automatically in the cloud, allowing optional to streamline test operations from build-out to maintenance. The iOLM supports real-time OTDR mode RT option functionality via the iOLM software application. Either run the OTDR application Oi option or the RT mode RT option to measure optional or to check the link before launching an iOLM acquisition. It identifies 2xN splitters as well as both their input branches optional users to accurately document the network with one test compared to three tests when using traditional methods. Because flexibility also means that you can create your own elements to better match your network plans, this option allows you to demo extra events, delete events or re-analyze the trace. To ensure low reflections and maintain measurement accuracy, the iOLM singlemode port must be used with APC connectors. In the case of UPC connectors, they are prone to be highly demo if contaminated, worn or damaged. This demo affect the measurement and will lead to premature connector replacement. This document provides a review of the best practices applicable when the RRH and BBU are collocated, which represents the foundation for the next step: C-RAN. Using an automated multipulse acquisition approach and optional algorithms, the iOLM demo an OTDR-based application that delivers detailed information on every element on the link, in a single button operation—providing maximum intelligence and simplicity for expert-level link characterization. This poster walks you through the essential steps to test both copper and fiber in FTTX demo. Learn about vital steps demo testing and best test solutions. Get the competitive edge wherever copper meets fiber! To expand their networks to other hard-to-reach locations, wireless providers are turning to the deployment of alternative infrastructures, like remote radio heads RRHdistributed antenna systems DAS and other small-cell alternatives, most of which are fiber-based. Bandwidth demand is growing faster than ever. With ever-increasing bandwidth demand and subscriber growth, network operators are turning to packet-based technologies. However, deploying and optional a large number of cell sites with limited technical resources, time and budget—without sacrificing network performance or jeopardizing quality of service—is a challenge that they must face. Revamped Boost Your Field Efficiency Master OTDR Testing Get the poster Home Products Field Network Testing Optical OTDR and iOLM Testing iOLM Facebook LinkedIn Twitter jQuery document. Self-Setting Unit Let it be the expert Powered by Link-Aware technology, the iOLM self-manages the setting of all test parameters—ready-to-use intelligence that dramatically shortens the learning curve. OTDR Trace File Generation Let it fit your existing test filing requirements The iOLM can generate a universal and enhanced Bellcore format. Consolidated Bidirectional Link View Patent-Pending Let it combine the results To ensure true splice characterization bidirectional testing is recommended. Push Test Data in the Cloud. EXFO Connect EXFO Connect pushes and stores test equipment and test data content automatically in the cloud, demo you to streamline test operations from build-out to maintenance. Additional Features Real-Time OTDR Mode Optional iOLM supports real-time OTDR mode RT option functionality via the iOLM software application. It identifies 2xN splitters as well as both their input branches allowing users to accurately document the network with one test compared to three tests when using traditional methods iOLM Expert Mode iEX iEX is a software option specifically designed for the fiber test expert or the manager who requires more flexibility in documenting the trace files for reporting purposes. However, deploying and maintaining a large number of cell sites with limited technical resources, time and budget—without sacrificing network performance or jeopardizing quality of service—is a challenge that they must face Testing CWDM Networks Coarse wavelength-division multiplexing CWDM is used to increase the bandwidth of an optical fiber by multiplexing several wavelengths or colors onto it—just like dense wavelength-division multiplexing DWDM.
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