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Frequency bands over wireless networks are getting overcrowded, and space is not unlimited. And as the number and type of devices coming online increases, the number of interference-causing sources also increases. This can lead to reduced coverage, capacity and throughput—all of which can have a major impact on the quality of service (QoS) and quality of experience (QoE) for the end user. With so many 4G/LTE and 5G cell sites being deployed, cell technicians and contractors will need smarter RF test tools and processes to help them do more, faster and with first-time- right results. As well, being able to quickly diagnose the root cause of RF interference issues will be key for helping operators drive down costs, improve network quality and maximize ROI on their RF investment. In this case study webinar, we will discuss how frontline technicians were able to detect, identify and locate RF interference issues at a 5G non-standalone site—consequently, improving site KPIs and generating significant cost savings quickly and easily. Key topics for discussion: how did RF interference affect the operator’s 5G network? how did radio frequency (RF) spectrum analysis over CPRI help determine the root cause of the issue? RF over-the-air spectrum analysis: which best practices were used to help locate interference sources?

Please note, this webinar will be presented in German. FTTx rollouts are in full swing in Europe’s German-speaking countries. The number of FTTH connections has ramped up hugely in the last 2 years. However, due to the shortage of skilled workers, there is also a growing awareness of the need to boost the efficiency of network installations by accelerating rollouts while simultaneously minimizing costs.   This webinar explores three novel approaches to achieve cost-effective efficiency: Centralized testing leveraging OTDR technology for a more managed, yet largely autonomous, automated deployment and continuous 24/7 monitoring.   Automation of on-site acceptance measurement. Acceleration of network availability through the validation of network construction progress and quality in real time with the aim of earlier commissioning. All in all, this leads to just-in-time billing.  Optical fiber multimeter at work during FTTx installation. This equips technicians in the final construction phase with a simple, fast analysis method to increase quality while avoiding repeat truck rolls or escalating promptly to second-level technicians in the event of a fault.

This webinar is presented in Spanish. El despliegue de la tecnología 5G está acelerando y uno de los impactos más importantes es la necesidad de aumentar la capacidad de los enlaces y servicios, pasando a 100G, 200G y 400G en distintos segmentos de la industria. Este webnario tocará los puntos más importantes para un despliegue exitoso de enlaces y servicios de datos hasta 400G. Abordaremos las tendencias en múltiples segmentos, los detalles más importantes de los enlaces 400G y las pruebas esenciales a realizar. Agenda: Tendencias Segmentos (Operadoras, Proveedores de Servicios, Datacenters, Operadores de Cables Submarinos) ¿Qué consideraciones se deben tener en cuenta en 400G? Principales Pruebas recomendadas

This webinar is presented in French. Où en sommes-nous avec le déploiement de la fibre jusqu'au domicile ? Disons que nous avons dépassé la barre des 50% et que cela nous a pris presque 10 ans…. L'accès à une connexion Internet haut débit est devenu un droit fondamental dans notre société et nous ne pouvons pas attendre encore 10 ans. Les premiers 50 % du déploiement se sont concentrés au cœur de régions densément peuplées et faciles d’accès, mais les prochaines étapes du déploiement nécessiteront plus d'investissement, devront être plus faciles, plus rapides et, finalement, plus rentables. Dans ce webinaire, nous expliquerons comment l'automatisation sur le terrain peut accélérer le déploiement du réseau ainsi que le délai de génération de revenus, au moyen d’une validation en temps réel de la progression et la qualité. Le webinaire couvrira les aspects suivants : Défis de déploiement de la fibre jusqu’au domicile (FTTH) Bonnes pratiques pour optimiser le déploiement et réduire les couts Automatisation et tests en temps réel

EXFO’s team of experts have been supporting forward-thinking network operators and equipment vendors worldwide in their 5G trials and deployments—helping them successfully move from lab to live. During this webinar, we will take a closer look into the lessons learned from these 5G deployments, and more specifically, on the transition from 4G/LTE to 5G, plus the new testing challenges that come into play. What you will learn: Where are we at with 5G? 5G vs. 4G ecosystems―demystifying 5G technologies and requirements Why installation and maintenance of the fiber optic network is critical to the success of 5G transport 5G testing challenges: how to efficiently manage and maintain 5G rollouts and deliver the stringent QoS performance results required (e.g., timing and synchronization, latency, reliability, RF)

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

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

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 the second episode of a series around optical and high-speed challenges faced by organizations in India that are involved in the manufacturing, design and research of state-of-the-art technologies. Each instalment explores specific challenges and appropriate testing solutions to prevent or solve issues. Optical networks are getting fast and furious as they speed up to 400G and beyond. The need for speed is being driven by bandwidth-hungry applications from data centers and wireless including 5G. To fuel the race and ramp up the pace, several next-gen transceivers and high-speed components are being developed and mass produced at rapid rates. Manufacturers need to test thousands of units every day; they need testing solutions that are fast, extremely reliable and ready for automation in order to save time during manufacturing while guaranteeing the quality of the units produced. This webinar reviews best practices when testing optical transceivers ranging from 1G to 400G. It details the end-to-end characterization of pluggables on the electrical side, client side and optical side of manufactured units. Key takeaways Understanding the compliance tests required for 400G transceivers, from single components to packaged product 400G and beyond technology update Optimizing transceiver qualification tasks The next installment in this webinar series is: Episode 3. High-speed transport testing: use cases for labs and manufacturing