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Webinars

Webinar: The 5G Evolution: Advanced Topics

This webinar reviews the common principles that form the basis behind the design of cellular systems. First, the composition of the network and multiple access techniques are summarized. The radio interface protocols implemented between the Base Station and the handset are discussed. Various processes or interactions between the base station and the handset (e.g., fining of a base station and handover) are illustrated. Finally, key points of the webinar are summarized.

Webinars

Webinar: The 5G Evolution: Fundamentals

This webinar reviews the common principles that form the basis behind the design of cellular systems. First, the composition of the network and multiple access techniques are summarized. The radio interface protocols implemented between the Base Station and the handset are discussed. Various processes or interactions between the base station and the handset (e.g., fining of a base station and handover) are illustrated. Finally, key points of the webinar are summarized.

Webinars

Webinar: Radio Fundamentals for Cellular Networks

This webinar reviews the common principles that form the basis behind the design of cellular systems. First, the composition of the network and multiple access techniques are summarized. The radio interface protocols implemented between the Base Station and the handset are discussed. Various processes or interactions between the base station and the handset (e.g., fining of a base station and handover) are illustrated. Finally, key points of the webinar are summarized.

Webinars

Webinar: Dynamic spectrum sharing- Driving 5G to scale

Previous generational upgrade cycles required operators to undertake the expensive, time-consuming process of spectrum refarming. But, for 5G, dynamic spectrum sharing allows carriers to side-step that process by transmitting LTE and 5G NR in the same band at the same time. DSS, coupled with the availability of compatible devices, will lead to widespread 5G coverage in 2020 and help ease the transition on to standalone 5G.

Videos

Webinar: 5G Evolution

In this webinar, we explore the evolution from 5G to 6G from a service, air interface and network perspective, as well as take a crystal ball perspective on what the future with 6G may look like.

Videos

5G Network Quality Validation – Today and the Future

This webinar uses real measurements from the first commercial deployments of 5G to analyze the true performance and quality of 5G networks, examine its ability to support defined use cases and take a forward look to the emergence of a more reactive, reliable and higher capacity network able to support demanding use cases.

Presentations

5G NR Evolution- What is Dynamic Spectrum Sharing?

As of now all sub-8 GHz 5G NR deployments are based on Time Division Duplex (TDD) and therefore use unpaired frequency bands at the 3.5 GHz frequency range. Phase 2 of 5G NR network deployments, anticipated for mid-2020, will utilize Frequency Division Duplex (FDD) mode. Almost 90% of all spectrum is organized as paired frequency… Read more »

Videos

Sunset to Sunrise; Which G is the Right G?

Panelists from Rohde & Schwarz, Sprint, US Cellular and Global Telecom discuss NB-IoT, 4G-5G, Sigfox, Curiosity Platform to determine a suitable technology to deploy based on user applications.

Videos

5G Security Aspects

5G is poised to bring many new services and applications to the telecoms and wireless industry. As a decentralized network concept, 5G components will be deployed throughout the network, each requiring strict adherence to security measures. In this short 8-minute video, wireless technology manager, Reiner Stuhlfauth, explains the key technology aspects ensuring 5G security.

Videos

5G Numerologies and Frame Structures

The 5G radio access network is designed to be extremely flexible, supporting different use cases including extreme mobile broadband (eMBB), massive machine type communications (mMTC) and ultra-reliable low latency communications (URLLC). Supporting opposing design constraints from high bandwidth to low latency, for example, 5G NR requires an entirely new frame structure to support these diverse… Read more »