RAM Photonics launches mass production of scalable 2D fiber array

RAM Photonics launches mass production of scalable 2D fiber array

RAM Photonics Industrial, a pioneering company in automated photonics manufacturing, has unveiled its groundbreaking Medusa Array product family. This innovative scalable 2D fiber array represents a significant technological advancement, achieving submicron precision through high-speed, fully automated manufacturing processes.

The solution completely eliminates traditional manual assembly and testing requirements, positioning RAM at the forefront of optical interface innovation. The company has successfully developed and commercialized the industry's first mass-produced optical interface capable of scaling beyond 1024 fiber ports while maintaining negligible insertion loss - a critical capability that addresses next-generation infrastructure demands.

The Medusa Array product family has been strategically engineered to fulfill the escalating market demand for high-volume, cost-effective 2D optical-to-electronic interfaces, specifically targeting optical circuit switching (OCS) and co-packaged optics (CPO) applications.

In a significant departure from conventional photonics assembly methods that rely heavily on manual intervention, RAM's Medusa leverages state-of-the-art automated production techniques that deliver unprecedented yields. This breakthrough effectively bridges the long-standing technological gap between semiconductor and optics industries, marking a transformative milestone in photonics manufacturing.

The exponential growth in artificial intelligence, datacenter operations, and high-performance computing infrastructure has created an urgent need for mass-produced photonics-to-electronic CPO and OCS connectors. Medusa addresses this critical market requirement through its innovative approach to integrating submicron-precision 2D fiber arrays with semiconductor or MEMS backplanes, notably achieving this without the use of epoxy.

RAM's sophisticated automated manufacturing capabilities enable customers to specify custom interface geometries, implement specialized collimation layers, and incorporate diverse fiber types. Importantly, this flexibility comes without compromising the volume scalability and cost efficiencies typically associated with high-yield semiconductor production processes.

"RAM is proud to introduce the Medusa Array family of products to meet the growing photonic interface need in AI and datacenter infrastructure," said John Marciante, CEO of RAM Photonics. "Our automated manufacturing platform ensures unmatched precision and industry record yields, positioning RAM as a leader in high-volume fiber interconnects."

The launch of the Medusa Array product family represents a significant milestone in photonics manufacturing, offering a scalable solution that combines precision engineering with automated production efficiency. This innovation positions RAM Photonics Industrial at the forefront of addressing the rapidly evolving needs of next-generation computing and communication infrastructure.