Thin Transponder Layer
Expanding the power of high-performance coherent pluggables
What are thin transponders?
Thin transponders are streamlined pluggable transponders that provide the most cost-effective, compact and power-efficient host for coherent pluggables in optical transport platforms. They deliver much of the economic benefits of coherent routing without any of the operational challenges or loss of key functionality. Providing up to a 50 % reduction in space per bit and up to a 40 % reduction in power per bit, compared to embedded transponders, thin transponders maintain domain separation, client port aggregation, lawful intercept, streaming telemetry, alarm isolation and optical layer resiliency.
What are the benefits of thin transponders?
Thin transponders provide a new way to leverage coherent pluggables to improve network scalability and economics.
Reduce TCO
Up to 40% in CapEx ($/Gbps), up to 50% in footprint (RU) and up to 40% in power consumption (Watts/Gbps).
Support numerous applications
Leverage the latest generation of coherent pluggables with performance to support virtually any network application >1700km at 800G and >3000km at 400G.
Maintain operational efficiency
Thin transponders provide domain separation, client port aggregation, lawful intercept, streaming telemetry, alarm isolation and optical layer resiliency.
Improving optical transport economics with thin transponders
Thin is in – combining the best of both worlds
Exploring new solutions to efficiently utilize the latest generation of high-performance and power-efficient coherent pluggables.
Multi-haul coherent pluggables - powering the thin transponder layer
The latest generation of coherent pluggable optics are taking on new roles for data center interconnect and coherent routing.
Nokia Thin Transponder Layer
Improving the economics of metro, regional, DCI, enterprise and wholesale transport networks
Find out how we've helped organizations like yours
Frequently Asked Questions
A coherent pluggable is an optical networking transport solution consisting of an optical front-end and a digital signal processor packaged into a small discrete pluggable unit that can be flexibly deployed in a variety of host systems. Coherent optical transport solutions are capable of transmitting a significant amount of information (800Gb/s+) over a single frequency (wavelength) combined with numerous other signals onto a single fiber enabling >50Tb/s of total fiber capacity.
An embedded transponder is an optical transmission solution for telecommunications networks that integrates the highest performance optical transceivers into a customized interface module. Embedded transponders provide the highest individual signal transmission speeds and enable the transmission of the greatest amount information on a single fiber (>100T/bs).
A pluggable transponder is an optical transmission solution for telecommunications networks that enables support for small, power efficient, pluggable optical transceivers in interface modules that can be installed into optical transport platforms. Pluggable transponders provide a flexible, cost effective and power efficient method of increasing the scalability of optical transport networks.
Related solutions and products
Product
A flexible, scalable, compact modular transport platform for edge to core optical DCI applications.
Product
ROADM and C+L solutions for reconfigurable and scalable WDM networks
Product
The industry’s first multi-haul pluggable intelligent coherent transceiver with multi-vendor-interoperable probabilistic constellation shaping.
Solution
Optimized end-to-end optical networking solutions for metro and edge applications
Solution
Connect anything, anyone, anywhere with anyhaul mobile transport
Solution
Maximizing network infrastructure ROI in the era of AI.
Learn more
Blog
External news
Blog
Video
Nokia network solutions for high-performance computing data centers
Blog
Blog
Customer success
Customer success
Latest news
Ready to talk?
Please complete the form below.
The form is loading, please wait...
Thank you. We have received your inquiry. Please continue browsing.