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.

The MAX-940/945 Fiber Certifier OLTS is the first tablet-inspired test solution that 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 MAX-940/945 Fiber Certifier offers icon-based functions, instant boot-up, as well as onboard assistance and onboard professional reporting.

First tablet-inspired 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.