Scaling to 800G in operator metro core, backbone and DCI networks
06 February 2023 | Research
Perspective | PDF (15 pages) | Transport Network Strategies
This perspective was commissioned by Cisco. Usage is subject to the terms and conditions in our copyright notice. Analysys Mason does not endorse any of the vendor’s products or services.
Telecoms operators’ transport networks are coming under significant pressure from an increasing volume of traffic, architectural changes within telecoms networks, the widespread adoption and growth of cloud computing and evolving data traffic patterns.
In order to cope with these pressures, operators have already started to upgrade some 100G optical links to 400G within their transport networks, and the largest are already planning 800G upgrades. These plans are being made in the context of limited per-customer revenue growth. Operators must devise an evolution strategy for their transport networks that will enable them to meet cost per bit, power and space efficiency goals, while ensuring improved quality of service and resiliency, as well as supporting the launch of new wholesale and retail services.
This perspective explores the trends that are putting pressure on operators’ transport networks and on their metro core, backbone and data centre interconnect networks, in particular. We discuss how developments in chipset, router, network management and optical technologies have given operators the opportunity to rethink their transport networks, and to consider IP/optical integration as a means of meeting their 800G transport requirements.
Scaling to 800G in operator metro core, backbone and DCI networksDownload
Fyuz 2022: TIP members want a more collaborative and diverse community
xHaul challenges must be addressed before the vRAN can be commercially viable
Transport network spending is increasing and vendors must adapt to the changing market