Corning To Launch AI Innovations in Fiber, Cable, and Connectivity at OFC 2026
End-to-end solutions accelerate dense, scalable network growth
What:
When:
Where: Booth 1739,
As one of the world’s leading innovators in glass, ceramics, and optical physics,
“As AI capabilities continue to grow at an unprecedented rate, operators must build networks for today while planning for future demands. Drawing on our 175 years of innovation,
New innovations on display will include:
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Corning ® Multicore Fiber Solution : an integrated fiber, cable, and connectivity offering that packs multiple cores into a single fiber strand. This solution delivers a step change in AI-focused network density by offering four times the capacity per fiber within the standard 125-micron cladding footprint. Such dense capacity per fiber simplifies data center installations by requiring up to 75% fewer connectors, reducing cable mass by up to 70% and helping cut installation time by up to 60%. -
Corning ® Contour™ Flow micro cable : Corning’s latest high-density micro cable drastically reduces cable diameter to maximize duct space and accelerate long distance and campus interconnectivity for AI data centers. This new micro cable, optimized for density withCorning ® SMF-28® fiber and Flow Ribbon technology, is approximately half the diameter of legacy ribbon cables, while delivering double the fiber (1728 fibers) in the same space as Corning’s most recent micro cable solution. Its low-friction cable jacket with distributed-strength members improves air jetting for faster deployment. -
A new 32-fiber MMC® connector option: Building on Corning’s existing MMC offerings in 12-, 16-, and 24-fiber configurations, the new 32-fiber solution further enhances fiber density and scalability for space constrained, high performance network environments. 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.
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MMC® connector with PRIZM® TMT ferrule
: this expanded-beam ferrule technology integrated into an MMC® connector platform allows precision-aligned microlenses to transmit optical signals through a contactless connection rather than direct fiber-to-fiber contact. The expanded beam PRIZM TMT ferrule simplifies deployment by reducing mating complexities compared to physical contact solutions. This approach enables high-volume scalability and less sensitivity to debris during mating, traits that can lead to faster and more efficient deployments with a lower risk of human error, while reducing total cost of ownership.
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Co-packaged optics (CPO) technology
: a form of connectivity that brings fiber to the chip, enabling faster data transmission, higher bandwidth density, and improved energy efficiency.
Corning will showcase an end-to-end CPO system, which includes detachable fiber array unit-based fiber-to-chip connectors, bend-resilient fibers optimized for short-length CPO applications, and pre-assembled trays that simplify installation and enable scalable deployment.Corning experts will highlight components developed alongside leading CPO system integrators and AI switch providers.
These new products are part of
In addition,
For more information, visit our products page and media resources center.
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