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§ Private Profile · 200 Corporate Blvd S, Yonkers, NY 10701, US
Pioneered fiber optic networks and optical communication components for high-security military and financial applications.
Key people at Codenoll Technology.
Codenoll Technology Corporation was a pioneering manufacturer of fiber optic computer networks and optical communication components, operating from an undisclosed primary headquarters. As a publicly traded entity on the NASDAQ exchange under the ticker symbol CODN, the enterprise specialized in developing high-security network infrastructure specifically tailored for demanding military and financial sector applications. The hardware provider supplied specialized network products and optical components before its broader business operations were acquired by ADC Telecommunications, an equipment company that later became part of Arris, in 1996. Following this initial corporate consolidation, the organization's remaining passive technology assets were subsequently taken over by DBAS in 1999, and the underlying optical networking product lines were ultimately integrated into the broader portfolio of Tyco Electronics. Codenoll Technology Corporation was originally founded in 1980 by co-founders Michael Coden and Dr. Frederick Scholl.
Key people at Codenoll Technology.
Codenoll Technology Corp was a vertically integrated manufacturer in the electrical/electronic manufacturing sector, specializing in fiber optic components for optical communications and Ethernet networks.[1][2][4] Founded to produce passive optical products, it employed 21-50 people, generated $1M-$5M in revenue, and went public on NASDAQ (CODN) before its acquisition in 1996.[1][6][7] The company served telecommunications and networking markets by enabling reliable fiber optic LANs through in-house design and manufacturing capabilities across fiber optic technology levels.[4]
In 1999, its passive technology was acquired by DBAS, extending its legacy in optical components.[2] Key figure Michael Coden, co-founder and former CEO, later advanced cybersecurity standards, including chairing the IEEE committee for the first 10BASE-F standard.[6][7]
Codenoll Technology was founded in 1980 to develop components for optical communications products, capitalizing on early fiber optic advancements.[2][4] Michael Coden, a co-founder, served as CEO and brought expertise in networking standards; he chaired the IEEE committee that authored the first standard for fiber optic Ethernet (10BASE-F).[7] The company quickly established itself as a pioneer, offering vertically integrated design and manufacturing for fiber optic LAN reliability.[4]
A pivotal moment came in 1996 when ADC Telecommunications (later Arris) acquired Codenoll; Michael Coden stayed on as VP of Technology and Marketing for four years.[6] Its passive technology lived on through DBAS's 1999 takeover, preserving Codenoll's innovations in optical passives.[2]
Codenoll rode the 1980s fiber optic boom, a critical trend as telecom shifted from copper to optical networks for higher bandwidth and reliability in LANs and Ethernet.[4][7] Its timing aligned with exploding demand for passive components amid the internet's precursors, influencing early standards that shaped modern networking.[7] Market forces like IEEE standardization and acquisitions by giants (ADC/Arris, DBAS) amplified its impact, transferring tech to larger ecosystems and enabling scalable optical infrastructure.[2][6]
The company's legacy persists in cybersecurity and OT security via alumni like Michael Coden, who bridged fiber optics to standards in supply chain risk and network security.[6][8]
Codenoll's story as an acquired pioneer underscores how early fiber optic innovators fueled today's high-speed networks. Its technology endures through DBAS and alumni influence, but as a 1996 acquisition, the entity itself has no active operations.[2][6] Looking ahead, trends in 5G/6G, AI-driven optics, and quantum-secure networks will build on Codenoll-like foundations, with figures like Michael Coden—now on boards like Opscura's—shaping OT cybersecurity amid rising supply chain threats.[6][8] Its influence evolves indirectly, powering the backbone of resilient, standards-based connectivity.
