Coherent transceivers at 100G and 400G have already taken the optical industry by storm, and adoption of 800G pluggables are starting. The …
Joe Mocerino
How managed IP over DWDM edge networking delivers seamless end-to-end transport in the AI era
Scalable, cost-effective, high-capacity transport to empower the AI revolution Artificial intelligence (AI) adoption continues to gain …
What’s the story with edge networking?
What is edge networking? Edge networking consists of the access and aggregation elements of the transport network. In our context, we are …
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 …