5G Test & Assurance

This whitepaper details a case study of how Telefónica uses Landslide to deliver enhanced automation with a 3x faster test and assurance process for ensured performance of 5G private networks.

With operators around the world launching 5G MEC services, the question on everyone’s mind is “how low is the latency?” But really that’s just one of the questions we should be asking. We need to know what use cases will drive early adoption of MEC and whether 5G MEC latency is low enough for those use cases. Join latency experts Darius Singh, Principal Consultant at STL Partners, Stephen Douglas, Head of Market Strategy at Spirent, and Rich McNally, Sr. Director of Mobile Service Strategy at Spirent as they shed light on these critical questions with real-world measurements of 5G MEC and public cloud latency, and insightful analysis of the latency needs of emerging use cases.

As the demand for 5G and Wi-Fi 6 continues to grow at a rapid pace and their standards become increasingly entwined, there has never been a better time to look at the possibility of convergence between the two technologies.

Facebook produces some of the most popular websites and apps in the world. Their technologies empower over a billion people around the globe and a crucial enabler for this is their network of datacenters.

There is significant technology activity and research in 5G deployment beyond the urban center. One of the physical layers to achieve this is through Low Earth Orbiting (LEO) satellites. By providing widespread global access to high-bandwidth and low latency 5G data services, PNT could be significantly augmented further beyond today’s current techniques and approaches to drive improvements in V2X applications. Learn how in this [IWPC](https://www.iwpc.org/) webinar hosted by Spirent. Check out further [Ask the Expert webinars](https://www.spirent.com/home/ask-the-expert-webinars).

For mission-critical Industry 4.0 applications, even the smallest downtime is an absolute no-go. Learn how 5G and TSN systems work together to provide end-to-end seamless redundancy to increase the overall system availability and reliability.