Private LTE networks create new opportunities for industrial IoT

You’ve invested in best of breed wired and wireless IT infrastructure, but—somehow—employees and customers still often complain “the Internet is down”, “My shopping app is not working”, “The POS is slow today”. The result is frustrated customers, lower productivity, and lost revenue.

Digital curriculum delivery is expected to grow from about 10% to 50% over the next few years. Where are you in your transition to digital learning? In this webinar, we will look at the five phases of digital learning transition in schools, and the top IT challenges of making a successful transition while providing a safe and reliable classroom experience.Watch this on-demand webinar to learn:What are the five phases of digital learning transition?What are the top three IT challenges at each phase?How can I plan a smooth transition at my school?

This webinar will explore the mobile private networks opportunity and how enterprises can deploy cellular to improve operations, reduce downtime, and enhance their digitization efforts. This is already happening with Private Long Term Evolution (LTE), and Wireless Local-Area Network (WLAN) technologies, currently across many verticals, but 5G will introduce several new features, including positioning, deterministic networking, and low-latency capabilities.

Today, consumers in over 20 countries can access 5G speeds on their smartphones.Over the next few years, standardization work will pave the way for huge enhancements in throughput, latency and availability that promise to open up the benefits of 5G to many new industries and applications. For organizations to reap these benefits, the 5G ecosystem must manage component-level risks around scaling mmWave deployment, thermal management, optimizing device footprint through component count reduction, and extending battery life. This webinar will discuss the future evolution of 5G, the growth opportunities and challenges around 5G-enhanced mobile broadband, massive IoT and mission-critical communications (MCS) and how component-level risks can be managed to achieve commercial success.