Video Transcript: A long-haul optical transport network spans thousands of miles – say New York to Los Angeles. Each section typically …
Cable/MSO
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 …
5G Transport: Spotlight on RAN centralization
Centralized RANs take Layer 2 and higher baseband functionality out of the cell site and centralize that processing for resource pooling and …
Planning for 400G: Transponder or 400ZR?
The 400ZR Implementation Agreement was released in March 2020. It standardized the transport of 400 Gigabit Ethernet (GbE) traffic over a …
Extended Network Control and Management Support for 1FINITY and FLASHWAVE Optical Networks
Optical transport technology has undergone a fast-paced evolution in the last ten years. The industry has produced successive generations of …
What is a Multilayer Path Computation Element and How Does it Speed Cloud Migration?
How Centralized Multilayer Path Computation Optimizes Circuit Design Transport networks are typically composed of thousands of …
Planning with Multi-Vendor Optical Design Tools
The Open Optical Networking Blogs, part 5 In this blog series, Fujitsu’s Francois Moore explores the key issues and current …
Disaggregating the Transponder
The Open Optical Networking Blogs, part 4 In this blog series, Fujitsu’s Francois Moore explores the key issues and current …
What is Network Digital Transformation? Episode 1
By Richard ColterDigital technologies – cloud, mobility, AI, IoT, DLT, analytics, mixed reality, and quantum (to name a few) – are …