What is edge networking? Edge networking consists of the access and aggregation elements of the transport network. In our context, we are …
Joe Mocerino
Hard and soft network slicing for 5G optical transport
Network slicing can optimize brownfield and greenfield networks In the last installment of this blog series, we looked at virtualizing …
How to build an efficient, scalable 5G edge network
Edge networks to support 5G need an open, innovative solution ecosystem. And they need flexibility to evolve rapidly as demand and …
The evolution of 5G mobile transport and the rise of whitebox networking
This blog is the first in a series that describes the evolution of mobile transport for 5G services and beyond. Unlike 4G networks, …
5G Transport Toolbox for Centralized RAN
Today, there are more than 200 commercial 5G networks worldwide, and the pace of adoption is only moving faster. Yet even as 5G networks and …
Sorting Through Your Options for 5G Transport
More than just the next-generation wireless technology, 5G seeks to serve as an enabler for a broad range of applications and markets. The …
5G Lit Service Opportunities for Wireline Service Providers
Meeting the stringent performance and service quality requirements of the 5G network is dependent on timing and synchronization technology …
Putting It All Together: The Power of Time-Sensitive Networking (TSN)
Service providers are rapidly transforming their networks to deliver competitive and affordable 5G services, and cell site densification is …
Virtualized Routers for 5G Transport: Webinar Replay Now Available
If you want to learn more about how virtual routers, or vRouters, will be used to meet the demands of 5G transport and other …