Skip to main content

Photonic networking

A foundation for agile, autonomous networking

The arrival of coherent technology and massive digital signal processing has created unprecedented flexibility in the development of modulation schemes. This has led to major advances in the field of silicon photonics, making it possible to adapt modulation scheme to different requirements. No longer limited to fixed capacities, the new generation of optics are software-defined, enabling networks to meet individual reach and capacity needs. With coherent software-defined optics, optical transport becomes as agile as the cloud. This freedom to trade spectral efficiency and cost-per-bit with reach offers tremendous benefits for metro DCI and infrastructure applications.


Openness, choice and unified control

With the emergence of SDN control and standards-based modeling of sub-networks, disaggregation in the form of open line systems has become reality. This takes data center interconnect (DCI) technology for ICP and CNP networks to the next level, as separating the terminal from the line system enables faster innovation cycles and significant cost savings. And, while control and management need to follow standard architectures for end-to-end network operation, a hypervisor can be installed to turn the network into a fully programmable resource. What's more, supporting SDN control and virtualization not only enables disaggregation -  it's also the stepping stone to optical network slicing and 5G applications.


Metro - where infrastructure meets new applications

Metro optical networks are facing far bigger challenges than their long-haul counterparts. Today's metro must be agile, ready to deal with data rates spanning multiple orders of magnitude and able to transport timing information for precise synchronization of applications. Compared to longhaul, the metro must handle many more nodes, as well as a much larger variety of deployment scenarios. Compactness, density, power consumption and form factor are also much more critical in metro networks. To meet these challenges, we're now seeing investment driven by the evolution cycle of metro applications. Virtual fiber is giving way to true agile service provisioning solutions ready to support the newest application needs.

Data center interconnect

Today’s data center interconnect (DCI) networks are reaching a critical juncture. The phenomenal growth in internet traffic combined with the fierce migration to cloud-based services is forcing a dramatic rethink of how data centers ...
Learn more
FSP 3000 CloudConnect

Evolving cable networks

Multiple-system operators (MSOs) are continuously pushing the limits of their cable infrastructure. They are extending fiber closer to the end customer for more per-user capacity, increased scalability and lower network cost ...
Learn more

Metro transformation

The metro is rapidly approaching a data roadblock. As cloud and mobile connectivity continues to surge, metro networks are increasingly becoming an intersection for data centers, carrier hotels, enterprises and mobile access points ...
Learn more
FSP 3000 TrueTime

Open optical networks

Disaggregation, open networking and SDN control have become key themes when discussing the future of optical networks. The desire for hardware and software that enable open, flexible, multi-vendor fiber optic networks has reached boiling point ...
Learn more
FSP 3000 CloudConnect

Open OTN cross connects

Today's communication service providers (CSPs) are eager to leverage the power of flex-coherent technologies to lower bandwidth costs and provide more scalability. But this is far from easy with traditional OTN cross-connect technology ...
Learn more
FSP 3000 Open fabric product image

Software-defined optics

With the proliferation of ever-more sophisticated applications and the fierce growth in mobility, communication, cloud and content service providers require high-speed optical solutions in their networks and the flexibility to use them to the full ...
Learn more
FSP 3000 CloudConnect