New Fiber, Cable, and Connectors to Build Tomorrow’s AI Networks
Claude Echahamian
Published: March 16, 2026
As I step into my new role as Vice President and General Manager of Emerging Businesses & EMEA, I’m especially excited to highlight Corning’s newest future-agile innovations at the 2026 Optical Fiber Communication Conference and Exposition in Los Angeles. This year is particularly meaningful as 2026 marks Corning’s 175th anniversary. Our OFC presence reflects that legacy by focusing on what’s next — taking networks to the next level. At Corning, we’re introducing innovations that help operators build networks faster, deliver more capacity, and scale with confidence. From under the oceans to inside the data center and all the way to the silicon, Corning’s innovation extends to the furthest edge of the network. I’m proud to highlight our end‑to‑end showcase and the work Corning is doing to build the networks of the future.
At OFC 2026, we are expanding our Corning® GlassWorks AI™ Solutions, our one-stop-shop for AI network products and services to include three new solutions: the Corning® Contour™ Flow micro cable, the MMC® connector with PRIZM® TMT ferrule, and the Corning® Multicore Fiber Solution, all designed to increase network density and scalability across the network.
More Fiber, More Capacity, No Compromise
One of the most exciting innovations we are introducing is our new Multicore Fiber Solution — an integrated fiber, cable, and connectivity offering that packs multiple cores into a single fiber, delivering a step change in AI network density. By integrating multiple cores into one fiber while maintaining the standard 125‑micron cladding footprint, we can deliver up to four times the capacity per fiber. In real‑world deployments, this translates into up to a 70% reduction in cable mass, up to 75% fewer connectors, and installation times reduced by up to 60%. For data center operators, those gains directly impact space efficiency and infrastructure simplicity, making multicore fiber a powerful enabler for next‑generation AI networks.
Corning® Contour™ Flow Micro Cable: Doing More with Less Space
As AI campuses grow larger and more distributed, long‑distance and interconnected data‑center connectivity becomes increasingly critical. Our new Corning® Contour™ Flow micro cable is designed to maximize every inch of available duct space. Enabled by SMF‑28® Contour fiber and Flow Ribbon technology, this high‑density micro cable is approximately half the diameter of legacy ribbon cables and can deliver twice the fiber in the same space as our legacy ribbon cables. Its low‑friction jacket and distributed strength members significantly improve jetting performance, allowing for faster, easier deployments when speed and efficiency matter most.
MMC® Connector with PRIZM® TMT Ferrule: Rethinking Connectivity at Scale
Connectivity is often where complexity —and risk — enters large‑scale deployments. Traditional connectors require pristine conditions and precise physical contact between fiber end faces. Lens connectivity redefines how high‑density connections are made. By using precision‑aligned microlenses rather than physical fiber‑to‑fiber contact, the MMC® connector with PRIZM® TMT ferrule reduces mating force by 70%, simplifies installation, and supports passive terminations with a lower risk of human error. It’s a smarter, more efficient approach to scale up connectivity — one that’s well suited for the volume and precision required in AI environments.
In addition to the MMC connector with PRIZM TMT ferrule, Corning is also taking MMC connector fiber counts to the next level by introducing a 32-fiber count MMC Connector. Building on Corning's existing MMC offerings in 12-,16-, and 24-fiber count configurations, a new 32-fiber MMC connector option further enhances fiber density and space optimization in high-volume networks. These MMC solutions are available for both traditional and blind mate applications, providing customers with greater flexibility to support evolving data center and advanced connectivity requirements.
MMC and PRIZM are registered trademarks of US Conec Ltd.
Co‑Packaged Optics: Comprehensive Offerings for the Future
Future-forward CPO technological advancements are where my team comes in. At OFC 2026, we are showcasing the future of AI connectivity — an end‑to‑end co‑packaged optics (CPO) ecosystem that supports performance, density, and reliability from the chip to the faceplate — and beyond the box. More than a component supplier, Corning brings together materials science, precision manufacturing, and system‑level integration to enable scalable data center architectures for AI, high‑performance computing, and future applications.
Demonstrations include a fully assembled CPO switch tray with Nexthop, showing how Broadcom silicon, Corning fiber array units, and advanced optical management come together as a manufacturable complete solution; lens‑based PRIZM® TMT technology which enables high‑volume scalability and less sensitivity to debris during mating, traits that can lead to faster and more efficient deployments; and cutting‑edge research with partners including GlobalFoundries and Lumentum. Highlights include GlassBridge™ ion‑waveguide technology, which enables scalable, serviceable wafer‑level fiber‑to‑PIC alignment. Separately, in the Lumentum booth, Corning is demonstrating a “slow and wide” CPO approach, which uses many lower-speed lanes to reduce power consumption, trading bandwidth per lane for fiber density and energy efficiency.
Connecting Every Edge of the Network
AI doesn’t stop at the data center, and neither do we. Corning fiber‑to‑the‑home solutions are also on display — including the Evolv® FlexNAP™ System, a pre‑engineered platform that enables up to 50% faster deployment by eliminating costly field splicing. In addition, we are highlighting core network innovations, including long‑haul and submarine fiber solutions that underpin global connectivity.
Looking Ahead
Fiber-based applications are reshaping industries, economies, and everyday life — but fiber’s future depends on the networks we build today. At Corning, we remain committed to delivering the fiber, cable, and connectivity innovations that make dense, scalable AI networks possible, reliably and efficiently, at global scale.
