This animated diagram presents EXFO’s market-leading FTTx test portfolio, which provides you with a fast, straightforward and cost-effective approach to installing, activating and maintaining FTTH architectures.

This article explains the differences between an OLTS and an OTDR, namely the specific applications of each tool and how loss measurements are obtained with each.

This application note presents the proper maintenance procedures for connectors, fibers and other components such as bulkhead connectors, FOAs, detector ports and EUI connectors.

This application note focuses on answering critical questions concerning testing FTTP with outside plant equipment, particularly during the deployment and maintenance of PONs.

This application note presents the FOT-930 MaxTester, reducing the need for several test instruments, reducing the chance of error, reducing training time, while saving lots of money.

This application note goes through the step-by-step situation assessment and troubleshooting procedure that allows network operators to repair the break in a specific FDH splitter branch, while maintaining service on the other branches.

This application note focuses on a detailed description of this phenomenon and on the importance of accurately measuring ORL and identifying its main components.

This paper discusses the main aspects of FTTH PON construction testing through real case studies; the object is to show real test results obtained from typical networks operating in different conditions.

This technical note provides an overview of EXFO's fully qualified and automated in-house power meter calibration system (EPMCS).

When FTTH was first deployed, EXFO was there to test it—namely by pioneering the concurrent upstream/downstream measurement technique—and has since established itself as a proven leader in this market . Download this flyer and get an overview of our FTTH test portfolio.