Simplifying Branch Network Deployments with SD-WAN

Deploying applications across multiple clouds is increasing costs and operational challenges. With a rigidly deployed application infrastructure that caters to peak traffic demand, you may be wasting capacity—which leads to a higher cost of ownership. By leveraging automation and service discovery, F5 BIG-IP infrastructure and services can scale automatically based on your traffic demand.

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

The distinguished panel of speakers will share key considerations on rolling out cloud-like 5G-enabling platforms for the “Cloud-Generation Mobility”. The panelists will discuss what deployments will entail in the future (5G and beyond) as communications service provider modernize their infrastructure to bring together the best of IT, service & workload management, as well as mobility capabilities over one unified, quasi-ubiquitous differentiated edge-core-cloud workload execution environment. Make sure to watch this webinar for an exciting session with a panel of distinguished industry executives and experts.

Compared to their predecessors, 5G networks will support services that provide high bandwidth, very high user density, and extremely low latency.  These disparate (and sometimes conflicting) characteristics can be met with network architectures that utilize the latest in containerized software technologies running on distributed, off-the-shelf IT infrastructure. To remain competitive, service providers need to be able to deploy these systems, and the services they provide to end users, rapidly and cost-effectively.