LAN/WAN Access OTDR.The ideal construction OTDR for everyday field testing in any access network. With an iOLM application for both singlemode and multimode testing, it’s the most automated and intelligent troubleshooting tool for FTTA, LAN and data centers. Optimised for multimode and singlemode access network testing

When FTTH was first deployed, EXFO was there to test it, namely by pioneering the concurrent upstream/downstream measurement technique via a pass-through connection. In fact, the EXFO-pioneered PPM-350 series, which quickly established itself as the clear-cut leader in the PON power meter market—over 35000 units sold—has played an important part in major FTTH deployments worldwide.

The FOT-600 OLTSoffers various configurations and wavelength choices, ideal for link qualification; it has a memory capacity of 1000 data items and enables data transfer to a PC via USB connection.

The FOT-300 is the most optimized OLTS on the market; it offers up to three singlemode or two multimode wavelengths on a single port.

Encircled Flux Compliant Light Source.Designed for controlled multimode loss testing. Tier-1/2 solutions with controlled source launch conditions for maximum accuracy and repeatability designed to remove uncertainty from multimode fiber testing.

Part of EXFO’s 600 handheld series, the FLS-600 Light Source is designed for first-class versatility— it offers laser and LED models, as well as various wavelength options.

The FLS-300 Light Source is part of EXFO’s new line of handheld units, which includes the FPM-300 Power Meter and the FOT-300 Optical Loss Test Set.

The FTBx-940/945 Fiber Certifier OLTS has been specifically designed to certify fiber cabling in data centers and enterprise networks. The unit’s intuitive Windows-like user interface ensures a minimal learning curve. The FTBx-940/945 Fiber Certifier offers icon-based functions, onboard assistance and onboard professional reporting.

Multifunction optical loss test set (OLTS) measuring insertion loss (IL), optical return loss (ORL) and fi ber length at two wavelengths in 5 seconds via fully automated bidirectional FasTesT™ analysis.