In order to meet the ever-growing bandwidth demands that emerging applications are bringing to optical networks, the optical technologies behind these networks are equally evolving, with technologies such as 800G speeds, AI, and automation emerging to aid operators.
Network operators are now embracing the promise of coherent pluggables to enable new architectures including IP over DWDM that help reduce capex and opex.
Network operators are now embracing the promise of coherent pluggables to enable new architectures including IP over DWDM that help reduce capex and opex. Newer coherent pluggable options such as Bi-Directional, 400ZR+ and high launch power solutions are expanding applications. In this webinar, representatives from several network operators explain the real-world applications for 100G, 200G and 400G coherent pluggable modules in their networks.
Join Omdia, Acacia and others for a free webinar “Pluggable coherent modems: The future is here” to learn how coherent pluggables can enable network operators to expand network bandwidth and lower their capex and operating costs. Date: Thursday, May 13, 2021 Time: 8 am San Francisco / 11 am New York / 4 pm London […]
Learn how multi-haul coherent optics will improve optical disaggregation
Join us and learn:
The benefits and challenges of adopting optical disaggregation
How the network operators shift towards disaggregated network models impacts the optical equipment market
The definition of multi-haul optics and why they make disaggregation more efficient and effective
About real-world applications of disaggregated optical networks in brownfield, greenfield, and DCI applications
Successive rounds of optical innovation and investment have delivered higher capacity networks with significantly decreased cost-per-bit transmitted. Moving forward, as we approach Shannon’s limit, gains are becoming more incremental, and reducing cost-per-bit is becoming more challenging. As an industry, will we be able to break through the optical glass ceiling to get to terabit optical […]