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This video explains how EXFO meets the key field testing requirements in mobile network deployments.

With its ingenious design specifically geared to facilitating one-handed use, EXFO’s FIP-435B wireless fiber inspector makes for fumble-free fiber inspection. For a demonstration of the FIP4-35B’s capabilities, watch the video.

In this video, Product Specialist Anabel Alarcon shows us how to configure and run a simple EtherBERT test. For this demonstration, Anabel uses an FTB-2 Pro that runs a Windows operating system, an FTB-88200NGE 100G multiservice test module, QSFP28 and CFP4 transceivers, and a fiber loop.

Product Specialist Anabel Alarcon walks us through the iOptics app. iOptics is an intelligent pluggable optics test application that can quickly validate any pluggable transceiver from 10M to 100G.

Introducing EXFO’s EX1—the first pocket-sized test solution that evolves with service provider networks, from validating bandwidth speed to monitoring residential and business customers’ quality of experience (QoE). Join Product Manager Gary Macknofsky for a quick and informative tour of the EX1 as he demonstrates the solution and details the unique selling points that make it the industry’s first scalable, open platform test solution for validating bandwidth speed and monitoring network performance.

The OSA20 is the most practical, high performance optical spectrum analyzer (OSA) on the market today. It is the fastest OSA based on diffraction grating that operates in the 1250 to 1700 nm range. Designed around the renowned filter technology, the OSA20 provides a fast, accurate, high dynamic range scan, eliminating compromises of conventional instruments. The OSA20 features powerful analysis tools assisting in the measurement of optical devices in R&D laboratories or manufacturing.

EXFO is pleased to announce the introduction of the new solution in the family of Optical Spectrum Analyzers, the FTBx-5243-HWA. HWA stands for high wavelength accuracy. This EXFO’s solution is a game changer. Delivering a best-in-class wavelength uncertainty of ±10 pm in the C-band, it replaces both a regular OSA and an entry-level wavelength meter. Being able to perform all the required spectral tests using a single device brings about significant savings in capital expenditures and faster testing time.

The advent of 5G, accompanied by technologies like silicon photonics and other integrated optics, has triggered the rapid transformation of the testing requirements for passive optical components. There are new things to consider now with the appearance of WDM channels spaced closer together, optical filters with sharper spectrums or high-port-count optical components. Let’s take a look how to address these parametric testing challenges.