In the last few years, I have noticed changes among our tier 2 and 3 FLASHWAVE 9500 conventional ROADM customers regarding how they are …
Optical Networking
How to optimize open optical line systems with powerful digital twins
The evolution of optical network technology continues to move toward ever greater infrastructure disaggregation, and for good reason. Open …
How to unlock optical transport automation for simple, optimized networks
As the telecoms landscape continues to shift and evolve, communications service providers (CSPs) and other network operators face new …
Innovative automation features for ROADM solutions
How Fujitsu 1FINITY™ Ultra Optical System can reduce your costs and save time When Fujitsu decided to create the 1FINITY Ultra Optical …
Combining automation with real-time measurements in optical networks
Key findings from Heavy Reading's Year 2 Open, Automated, & Programmable Transport Networks Market Leadership Survey show that network …
IOWN: Defining a path to 2030’s challenges
Introduction to IOWN Global Forum As society continues to increasingly rely on the internet for work, trade, education, and …
How the coherent DSP evolution is enabling 800G waves everywhere
Thanks to Moore's Law - an empirical law dating from 1965 which states that the number of transistors in an integrated circuit doubles every …
Pushing the boundaries of optical network reach, capacity and speed
Sometime around 490 BC, the Greek runner Pheidippides is said to have sprinted from Marathon to Athens, about 26 miles, to announce the …
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 …