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Looking for automated optical and network protocol testing equipment in the optical R&D lab? Learn about our future-proof solutions.

Deliver first-time-right quality to speed the construction and monetization of FTTx networks

For network expansion, EXFO offers a full suite of fiber characterization solutions to meet the needs of today’s 10G, 40G and 100G networks

EXFO provides System integrators/Prime Contractors with solutions needed to test and validate communications from lab to live.

EXFO provides government labs and R&D facilities with solutions that deliver faster, more cost-effective, and automated solutions to test emerging technologies.

EXFO is delivering lab to live, end-to-end test solutions supporting all entities within departments of defense

Instant insight into who, where and when.

This webinar is available only in French. Ce webinaire intitulé « Analyse de réflectométrie avancée » est la deuxième partie de la série « Au cœur de la réflectométrie » qui explique le fonctionnement d’un OTDR jusqu’à comment devenir un expert dans l'analyse de réflectométrie. Audience visée : Toute personne intéressée par la fibre optique (techniciens fibre optique, chefs de projet, ingénieurs en réseaux optiques, responsables mesures) Lors de cette deuxième session, nous allons parcourir ensemble comment analyser une trace complexe et identifier les types d’évènements tel que diviseur (splitter), gain sur épissure, écho et analyse bidirectionnelle. Sujets couverts durant cette 2ème session (2/2 : Analyse de réflectométrie avancée) : Gain sur épissure Analyse bidirectionnelle Écho Diviseur Session antécédente : 1/2 : Analyse de réflectométrie avancée

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Presented in collaboration with Kevin Boyle, Director, Transport Solutions, at Ericsson. 5G NR TDD (Time-Division Duplex) networks require precise timing and synchronization to function optimally. Timing refers to the accurate representation of time across multiple network elements and synchronization ensures that these elements are operating in unison. This is crucial for 5G NR TDD because the TDD mode of operation demands that uplink and downlink transmissions be timed precisely to avoid interference and ensure optimal resource utilization. With stringent requirements demanded by 5G NR TDD networks, what role does timing and synchronization play for service reliability and user experience? What testing processes are required to help identify and resolve potential issues on the timing and synchronization systems? In this panel, we will examine the importance of ensuring proper implementation of timing and synchronization in 5G NR TDD networks for enhancing the overall performance and reliability of the wireless network.