Private 5G Networks for Industry 4.0

Is it time to upgrade Wi-Fi networks, again? The latest version of one of the most popular wireless networking technologies is out there. Wi-Fi 6E is not only currently available on home routers but is also becoming available from multiple wireless infrastructure vendors on enterprise-grade access points. Still, is Wi-Fi 6E much better than Wi-Fi 5? How is it different from Wi-Fi 6? More importantly, should network owners rush out to upgrade? And, perhaps most importantly, what should network designers and installers keep in mind when planning and deploying Wi-Fi 6E projects?Join Julio Petrovitch, Product Manager at NetAlly, to find the answers. During this session he will talk about the new functionality that was introduced with the release of Wi-Fi 6 and its advantages over Wi-Fi 5, and also explain the key difference between Wi-Fi 6 and Wi-Fi 6E.

With the rise of 5G standalone deployments network operators face the challenge of serving a high-throughput, low-latency and cost-efficient user-plane between radio and internet. Adding full application and service-awareness via deep packet inspection is paramount for precise accounting and managing QoE of certain service-categories, policy enforcement, and rerouting.

Vladan is looking at a real case study to compare the predicted RF coverage and field data collected from a 5G NR network deployed by QMC Telecom at the Bossa Nova Mall in Brazil earlier this year. Using this data, he is discussing how iBwave Design prediction accuracy enabled optimal coverage in the 44,000 m2 (484,000-square feet) facility.

Join us for this webinar as we partner up with Celona to discuss CBRS private LTE and what the future holds for private 5G. We’ll hear from Celona co-founder and CTO Mehmet Yavuz who will answer some of the most common questions we get around 5G and the 5 steps to Enterprise 5G. From iBwave, our Product Manager Zachary Elias will review what needs to be considered from a 5G design perspective, what RF coverage looks like and how it differs from other technologies like Wi-Fi.