Opinion

In this blog post, we’ll explore how 5G is changing the role of telcos and how they can adapt to stay competitive in the new era of connectivity.

Full-stack services for mobile customers have been made possible by custom software and components that are hosted in data centers (DCs). I

Enterprises and telecom operators are focusing on achieving a great amount of flexibility, observability, and dynamic orchestration by deploying and testing Kubernetes at the edge.

AWS and IDC have published a research report on telco collaboration with hyperscalers and cloud service providers as they evolve into 5G and MEC edge applications.I thought it would be helpful to highlight this report. It also highlights Swisscom, an AWS customer and their 5G journey from a CSP to a “cloud first” Telco.

This week’s post features another customer story on AWS. This article is reproduced from the below and discusses how Snapchat relied on microservices and a multi-cloud strategy to overhaul its technology approach as it grew.

We introduce Cilium, an open source community-driven project that aims to drive software-driven networking, network observability, and monitoring for cloud-native microservice-based deployments on Kubernetes and other container orchestration platforms.

This implementation uses O-RAN standards and consists of a Radio Unit(RU) deployed on cell towers and a Distributed Unit (DU) as well as a centralized unit (CU) which is deployed in an AWS local zone.

We continue our discussion of the public reference architecture on the Dish 5G buildout on AWS with a look at the physical network design and datacenter layout.

Last week, we had a great MWC in Barcelona. The key focus was how 5G enables highly immersive experiences for various industrial and consumer use cases.