Deeplinc Connecting The Depths

Subsea industries operating in extreme ocean conditions require rugged, reliable fiber optic wet mate connectors. Whether it’s oil and gas, renewable energy, or defense, these connectors are essential for uninterrupted data transmission. However, today’s traditional solutions often fall short. Designed for a simpler era, most can accommodate at most 1 to 12 optical fibers and lack the scalability needed to meet modern demands. Additionally, they are prone to misalignment during mating, leaving them vulnerable to contamination by sand and grit, which compromises performance and reliability.

The demand for high mateability, centerline actuation, and debris-resistant double seals is greater than ever. Meeting these requirements demands top-tier engineering and R&D expertise, which significantly narrows the field of capable providers.

What most saw as an obstacle, Deeplinc envisioned as an opportunity to innovate and set a new standard.

A PIONEER IN SUBSEA CONNECTIVITY SOLUTIONS
Deeplinc offers an exceptional portfolio of connectors that meet exacting standards. Its product range caters to diverse industry needs while pushing the boundaries of underwater fiber optic technology. Deeplinc has developed a novel, compact fiber optic wet-mate connector capable of supporting up to 48 fibers in small configurations and scaling up to 144 in larger designs, combining robustness with flexibility.

SETTING THE STANDARD FOR EXCELLENCE

Deeplinc entered the market with an innovative vision, introducing a line of compact, modular fiber optic connectors tailored for industries where failure is not an option.

“Fueled by expert engineering, we’ve reimagined connectors to overcome the industry’s toughest challenges. Today, our connectors deliver exceptional endurance and peak efficiency,” says Greg Scull, Deeplinc’s President.

These advanced features make Deeplinc’s connectors indispensable for defense applications, which demand the utmost reliability and durability. They are also ideal for oil and gas operations, where connectivity is the backbone of subsea communication systems.

Engineering integrity forms the foundation of Deeplinc’s technology. The connectors feature a unique double-sealing mechanism, a significant advancement over the standard single seal systems used by most competitors. This extra layer of protection prevents contaminants from entering the connector, ensuring a stable and reliable connection.

The double-seal design is complemented by centerline actuation, minimizing the risk of connector binding—a common issue with connectors that actuate from the outer edge. This feature ensures smooth engagement and disengagement, whether the connectors are deployed on the ocean floor or in controlled environments.

FLEXIBILITY AND MODULARITY AT ITS FINEST

Deeplinc’s adaptability is perhaps its most defining quality. The company’s modular design philosophy allows clients to quickly adjust connector pin configurations to suit various applications, from hybrid electrical-fiber setups to single-use designs.

Deeplinc maintains commonly requested pin sizes and designs in stock, reducing lead times and enabling fast deployment—a critical advantage in an industry where delays can result in significant financial and operational setbacks. This adaptability is particularly valuable for defense and oil and gas clients, who often require custom configurations for unique operational needs.

“Each model is designed with adaptability in mind,” Scull explains. “The core design remains consistent, whether we scale up or down. This level of flexibility allows our engineers to configure connectors according to specific requirements, enabling rapid deployment while maintaining consistent quality. It also ensures performance for both small and large-volume projects.”

SUCCESS IN REAL-WORLD APPLICATIONS

Deeplinc’s customer-first approach and dedication to client feedback have solidified its reputation in subsea fiber optic technology. Unlike larger companies that may shy away from smaller volume requests, Deeplinc accommodates projects of all sizes, fostering reliable partnerships.

In one case, a client required a compact connector for remotely operated vehicles (ROVs) operating in confined spaces while handling multiple fiber channels. Deeplinc’s DL1100 proved the perfect solution. Supporting up to eight fibers within a compact frame, it exemplified Deeplinc’s ability to deliver practical, client-driven solutions that competitors could not match.

Additionally, Deeplinc designs its connectors to accommodate various cables, including pressure-balanced oil field hoses, adding another layer of functionality and enabling clients to expand their use across multiple projects and environments.

DEEPLINC’S VISION FOR THE FUTURE

Behind Deeplinc’s success is a team of seasoned experts. Co-founder John Toth, who heads engineering, brings extensive experience, having played a pivotal role in developing the first significant wet-mate connectors on the market. As Founder and Chairman of the Board, he also serves as Director of Engineering, shaping Deeplinc’s innovative designs and long term strategy.

Another key team member, Don Heinz, is an underwater engineer with over 20 years of industry experience. Together with veteran engineers, assemblers, and quality control experts, the team has developed Deeplinc’s connectors from scratch to overcome the limitations of existing solutions.

Driven by a shared vision of transforming subsea connectivity, Deeplinc is expanding beyond connectors to offer comprehensive solutions for subsea cable systems. The company is advancing toward developing critical system components, such as terminations and branching units. Its fully developed telecom terminal product is already available, reflecting significant progress.

Looking ahead, Deeplinc is exploring connector banking systems—consolidating connectors into a single, efficient platform to streamline subsea operations. These advancements position Deeplinc to offer complete, scalable subsea connectivity solutions.