As applications diversify, network operators increasingly require solutions optimized specifically for different performance, range, and efficiency requirements. Nokia's latest innovations represent a fundamental shift in the design and development of optical transport products, delivering application-optimized connectivity that maximizes performance and significantly reduces costs, space, and energy consumption, while also simplifying network operations.
The innovations include a new range of coherent optical solutions and a compact inline amplifier optimized for multiple fibers. Nokia executives will be present this week at the OFC event in Los Angeles to share their vision for optical networks in the age of AI.
According to David Heard, President of Network Infrastructure at Nokia: “The industry is at a critical inflection point that requires a new dimension of scale, trust, and innovation. At Nokia, we connect intelligence by leveraging our global scale, vertical integration, and collaboration with customers. The result is reliable solutions that deliver better energy and cost efficiency for the AI era.”
new range of application-optimized coherent optical solutions
introduces a new approach based on modular blocks that allows for easy assembly of technologies for different use cases. These blocks include four new digital signal processors and multiple optical front ends based on indium phosphide and silicon photonics.
This approach improves cost, space, and energy efficiency, achieving up to 70% savings in total cost of ownership.
The new solutions include:
1.6T coherent pluggable optimized for IP over DWDM in DCI;
2.4T coherent pluggable for lightweight transponder deployments;
3.2T coherent solution optimized for low power;
New class of double-sided pluggables for CPO, LPO, and NPO switches;
Full-band transponders for hyperscale applications;
2.4T and 3.2T embedded transponders to maximize fiber capacity.
These solutions will be available from the second half of 2027.
in-line amplifier
that increases current density by 40 times, allowing up to 160 fiber pairs in a single rack, optimizing space, cost, and operations.
This system will be available in the second half of 2026.
Ron Johnson, senior vice president of optical networks at Nokia, highlighted that this approach will improve scalability and reduce energy costs.
According to Kyle Hollasch, analyst at Cignal AI: “AI is transforming optical networks with unprecedented demands, and Nokia’s modular approach positions it to meet these needs.”
