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This webinar is the third and last installment of a series around photonics and coherent transport and its challenges involved in manufacturing, design and research when developing and producing next-generation transport technologies. Network equipment manufacturers (NEMs) and optical R&D labs are facing growing challenges relating to global network transformations including 5G mobility, high-speed broadband, data centers and edge networking. In this fast-paced and complex environment, NEMs and labs need scalable, agile testing solutions that meet evolving R&D and production requirements. To ensure high quality and cost-effectiveness, test & measurement solutions must leverage automation and advanced technology while ensuring that testing is done from end to end. In this webinar, we'll explore the best practices in labs and manufacturing by sharing use cases with major industry players. End-to-end solutions will be considered for various applications from R&D and manufacturing to the field (including component and system requirements). Lastly, we will provide a glimpse of upcoming trends as seen at OFC 2022. Key takeaways: Key trends around next-gen optics including coherent optics in high-speed networks 400G use cases, test scenarios and best practices Automation integration in end-to-end testing solutions Previous installments of this webinar series: Spectral characterization of photonic integrated circuits 400G and beyond: end-to-end high-speed testing from lab to fab

This webinar is presented in Portuguese. A implantação da tecnologia 5G está se acelerando e um dos impactos mais importantes é a necessidade de aumentar a capacidade de links e serviços, passando para 100G, 200G e 400G em diferentes segmentos da indústria. Este webinar abordará os pontos mais importantes para uma implantação bem sucedida de links de dados e serviços até 400G. Abordaremos tendências em vários segmentos, os detalhes mais importantes dos links 400G e os testes essenciais à serem realizados. Agenda: Tendências Segmentos (Operadoras, Provedores de Serviços, Datacenters, Operadoras de Cabo Submarino) Que considerações devem ser levadas em conta em 400G? Principais testes recomendados

This webinar is the first of a series around optical challenges faced by organizations in India, involved in manufacturing, design and research when developing and producing next-generation technologies. Each episode explores specific sets of challenges and the appropriate testing solutions needed to prevent or solve issues. There’s a new breed of components creating a revolution across the entire photonics spectrum of industries: integrated photonic technology. Initially used in telecom applications, integrated photonics is now reaching consumers through sensing, medical or quantum computing applications. Although the use of photonic integrated circuits (PIC) varies wildly from one application to the next, testing these cutting-edge components often require similar tool sets. However, to meet today’s booming demand and stringent standards these tools must deliver reliability and accuracy each and every time. This webinar episode presents real-world cases of how flexible testing solutions can help achieve efficiencies in PIC development and manufacturing. Key takeaways Understanding the challenges when testing PICs Making spectral testing flexible and configurable Technical demo for polarization sensitive devices

Don’t miss the first instalment of our three-part series around 5G technology and RF spectrum analysis. The focus in this episode is on 5G new radio, better known as 5G NR. 5G NR is set to be a driving force behind key use cases classified by the International Telecommunication Union (ITU). These key use cases include: Ultra-reliable low latency communications (URLLC) for industrial automation and self-driving cars Enhanced mobile broadband (eMBB) for high-data-rate applications (e.g., gaming) Massive machine-type communications (mMTC) for IoT and smart city applications This webinar takes a closer look at the unique challenges 5G NR brings and explores current implementations that help meet the new requirements and demands of 5G networks. Key takeaways Current status of 5G NR technology Understanding the key 5G NR use cases

(This webinar is only in French) Venez rencontrer nos experts pour la première session d’une série de webinaires inédits. Cette première session touchera les dispersions (CD\PMD) des réseaux optiques fibrés afin de se préparer aux futurs déploiements. Ces sessions se veulent des périodes d’échanges interactives où nos experts partageront avec vous leur expertise et expérience sur certains sujets clés et parfois méconnus. Cette formule unique est divisée en deux parties, un bref exposé (20 minutes) sur les dispersions chromatiques et des modes de polarisation afin que tout le monde soit sur la même longueur d’onde, suivi d’un panel de discussion interactif ou notre expert répondra en direct à vos questions qui auront soit été posées avant la session, soit en direct. Dans cette première session nous couvrirons les sujets suivants: Pourquoi et comment les dispersions impactent les transmissions optiques; Comment lire les spécifications des fabricants et les comparer aux résultats de test; Comment gérer la CD/PMD à la suite de résultats qui dépassent les normes. C’est l’occasion parfaite d’avoir enfin des réponses rapides et directes sur ces sujets qui sont souvent sous-estimés et largement incompris. Prochains sujets: La synchronisation dans les réseaux mobiles. Déployer et maintenir des réseaux xWDM Règles d’ingénierie pour le déploiement des transceivers 400ZR/ZR+ La réflectométrie démystifiée

Ce webinaire sera présenté en français. La demande croissante de bande passante engendre une augmentation d’installations de liens à haut débit par fibre optique dans le monde entier. Cela représente un défi pour les opérateurs et les sous-traitants au niveau de la formation et du maintien de l’expertise du personnel de terrain. La réflectométrie ou la mesure à l’OTDR est l’un des tests clés dans la caractérisation de la fibre optique pour assurer la qualité des déploiements. Maîtriser les différents paramètres d’acquisition ainsi que l’interprétation des résultats obtenus exige une vraie expertise. Faisant partie de la série des fondamentaux de la fibre optique, ce webinaire est dédié aux techniciens sur le terrain en charge de la mesure. Le webinaire couvrira les aspects suivants : Les fondamentaux de la réflectométrie Les paramètres d’acquisition d’un OTDR Analyse de courbe OTDR Une solution intelligente et automatique pour faire des mesures OTDR fiables et précises Prochaine session: 3/3: Comment accélérer les déploiements grâce à la digitalisation de la mesure optique? - 24 Mai

Time synchronization is critical for 5G networks. Above all else, time synchronization must be stable and precise at every cell site. Any loss of synchronization ultimately impacts the performance of 5G networks, and the consequences are costly. In this webinar, we will outline the 2 types of synchronization: SyncE and IEEE 1588 PTP. We will discuss time error measurement metrics and maximum time interval errors, distinguishing between the two PTP Telecom profiles: G.8275.1 and G.8275.2. The webinar will also feature a time error test demonstration using the G.8275.1 profile and a high accuracy GNSS receiver.

Watch this on-demand webinar from Optiwave and EXFO for an informative and instructional overview of Optiwave’s recently released OptiInstrument 4.0 software. OptiInstrument helps you leverage the power of automation to accelerate and assure optical testing processes for lab and production environments. The software communicates and controls physically or remotely connected instruments through standard interfaces such as TCP/IP, USB, GPIB, or serial port (RS232/RS485). The software GUI, key features, and applications will be discussed. An automation demo for different equipment (EXFO LTB-8 and OS-Tech high-power laser temperature controller) and the characterization of various modules using built-in application programming interface (API) are also presented.

Data centers are the world’s most demanding technological environments, serving as the epicenters of interconnectivity for global communications. They range in size and scope from hyperscales approaching 1 million square feet, to single-cabinet edge facilities. Regardless of the amount of computing power within it, a data center has exacting requirements of the products and systems that serve it. During Data Center Week, an online event produced by Endeavor Business Media’s Cabling Installation & Maintenance, Data Center Frontier, and Lightwave, you’ll have the opportunity to learn about the systems, technologies, and practices that are moving data centers forward. With technical presentations on topics including the road to 800G, fiber-optic architectures and hardware, power consumption, pluggables, system testing and more, Data Center Week will equip you with information that will allow you to make informed decisions when planning the future of a data center facility.

Les Meet-Me Room (MMR) sont un point critique pour un échange Internet ininterrompu et assurent une transmission fluide des données entre les locataires d’un centre de données et les opérateurs. Les entreprises peuvent ainsi établir une connexion directe avec leurs partenaires et fournisseurs de services. Il est donc primordial que la conception de cette infrastructure soit bien exécutée dès le départ. Plusieurs tests de validation sont aussi nécessaires pour assurer le bon fonctionnement et éviter des frais de maintenance. Lors de cette session, vous en apprendrez plus sur : La définition et les attentes techniques d’une MMR : arrivées et départs, nombre de fibres, évolutivité, gestion du brassage, les différentes options et les performances attendues ; Ce que dit la norme sur les MMR ; Ce qu’impose un design de TIER IV pour les MMR : Distance, cheminements, etc. ; Le transfert vers la certification des liaisons et les solutions TIER I et TIER II pour toutes les validations de performance