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Intuitive channel checker to monitor DWDM channels and measure their power.

EXFO’s in-band, Pol-Mux OSNR and in-service Pol-Mux OSNR methods are the answer to the question of how to accurately measure optical signal-to-noise ratio (OSNR) on a per-channel basis in ROADM and 100 Gbit/s (and higher) networks.

Activate a wide range of testing functionalities for a specific period of time to match your exact needs.

An EXFO Connect-enabled feature that allows an unlimited number of FTB platform users to share floating software licenses for test options—wherever, whenever.

EXFO TFv—Test Function Virtualization is the first suite of offerings focused on test function virtualization. Get seamless enablement of test functions on any EXFO test asset, at any time including FTB Anywhere floating licenses and FTB OnDemand time-based software licenses.

Simple-to-use, highly accurate and fastest set-up time in the industry. EXFO’s timing and synchronization solution validates the accuracy of 5G network time synchronization, either over fiber or over the air.

Accurate network synchronization is critical for 5G to deliver on its promised ultra-high-performance services. This is leading the way for tighter, more demanding timing and synchronization requirements than in any previous wireless generation. Operators are turning to network synchronization relying on IEEE 1588 PTP and SyncE as the preferred solution to synchronize every network element, in frequency and in phase, from the core to the radios. Simple and reliable test solutions are needed to validate proper delivery of 1588 PTP and SyncE protocols and ensure that networks meet stringent 5G timing accuracy requirements.

Smarter verification of copper pairs and location of faults during the installation and repair of voice and DSL circuits.

EXFO is the leader in the development of intelligent fault correction and measurement test sets for access networks. These copper, xDSL/multiplay handheld instruments eliminate guesswork when deploying or maintaining advanced IP services over hybrid architectures.