#United States #US Conec #Fujikura #Hickory #Corning

A New Era of Optical Connectivity

In a significant move for the optical connectivity industry, US Conec, Corning Incorporated, Fujikura, and Sumitomo Electric Lightwave have announced a strategic collaboration focused on the development of an expanded beam optical solution. This partnership is set to broaden the capabilities of the MMC (Multi-fiber Mini Connector) Very Small Form Factor (VSFF) platform, aiming to enhance performance in high-density applications.

Introducing the PRIZM® TMT Ferrule

At the heart of this advancement is the PRIZM® TMT ferrule, a cutting-edge technology featuring expanded beam optics designed to optimize connectivity. The unique structure of this ferrule includes precision micro-holes, enabling passive fiber-to-lens alignment. This innovation results in a highly efficient, low-loss solution that reduces debris sensitivity, which minimizes the need for extensive cleaning and troubleshooting during installations.

The PRIZM® TMT technology promises to enhance operational efficiency significantly. By reducing the mating force required by 70% compared to traditional physical contact ferrule setups, it allows for high-density mass insertion configurations without compromising connectivity performance. This is critical as the demand for such high-density solutions continues to surge, particularly within the sectors reliant on advanced AI-driven factory architectures.

The Partnership's Impact on the Industry

Each company involved in this agreement — Corning, Fujikura, and Sumitomo Electric Lightwave — will have the capability to manufacture the US Conec-designed ferrule and related MMC connector components. This collaborative production aims to meet the increasing demand for robust PRIZM® TMT-based cabling solutions, which are becoming increasingly essential in various applications, including data centers and telecommunication networks.

Furthermore, these agreements are timely as they align with the ongoing global trend of enhancing optical interconnectivity. Companies are striving to integrate solutions that not only increase speed and reduce latency but also adapt seamlessly to the shifting landscape of digital demands.

Visitors attending the upcoming Optical Fiber Communication Conference (OFC) in Los Angeles, taking place from March 17 to 19, 2026, will have the opportunity to see the innovative PRIZM® TMT ferrule and MMC solutions firsthand. Exhibits include presence from US Conec (booth 1938), Corning (booth 1739), Fujikura/AFL (booth 4907), and Sumitomo Electric Lightwave (booth 1658).

About the Companies

US Conec

Headquartered in Hickory, North Carolina, US Conec is recognized as a pioneer in high-density optical interconnect design and development. With over three decades of expertise, the company serves various markets, including data centers and military communications, through innovative optical solutions.

Corning Incorporated

Corning, a leader in materials science innovation for 175 years, employs its extensive expertise across various sectors, including optical communications and life sciences. Their commitment to research and development continues to yield groundbreaking products that redefine industry standards.

Fujikura Limited

Founded in 1885, Fujikura is renowned for its telecommunications systems and advanced product development in optical and electronic solutions. The company prides itself on its commitment to innovation and quality across its extensive range of products and services.

Sumitomo Electric Lightwave

As a leading provider of end-to-end network solutions, Sumitomo Electric Lightwave focuses on meeting current and future demands in the data center arena. Through its integration with the global resources of Sumitomo Electric Industries, the company continues to set a high bar for the optical industry.

Conclusion

This collaboration among four major companies underscores the growing necessity for improved optical connectivity solutions. As the industry evolves with new technologies, partnerships like these are crucial for driving innovation. The forthcoming developments from this multi-source framework promise to deliver unprecedented efficiency in high-density optical applications.