Amphenol Fiber Systems International (AFSI), headquartered in Allen, Texas, is a full-service fiber optic company specializing in the design and manufacture of fiber optic connectivity products and systems for harsh environments in defense, aerospace, and industrial markets. Products include fiber optic cable assemblies, mil-spec circular connectors with fiber optic contacts, expanded-beam connectors for contamination-prone or high-shock environments, hybrid fiber and copper connectors, and fiber optic termini for avionics and vehicle platforms. Technologies addressed include fiber optics, harsh-environment ruggedization, expanded-beam transmission, and high-speed data via fiber for airborne, naval, and ground installations. Capabilities include design and engineering support, custom fabrication and manufacturing, performance and environmental testing, and technical training and field support for installation teams. Defense and aerospace engineers specifying expanded-beam connectors, mil-spec fiber termini, or hybrid fiber and copper assemblies for tactical vehicles, naval vessels, or aircraft can review product configurations at fibersystems.com or through the Amphenol M&A listing at amphenolmao.com.
ARINC Fiber Optic Termini
Amphenol Military & Aerospace ARINC Fiber Optic Termini provide precision optical terminations for ARINC‑style circular connectors, ensuring low‑loss single‑mode or multimode transmission in harsh aerospace and defense environments.
Rugged Expanded Beam Fiber Optic Connectors
Rugged expanded‑beam fiber optic connector series from Amphenol Military & Aerospace provide contamination‑resistant optical interfaces qualified to NATO STANAG 4290 and MIL‑83526 standards for defense, aerospace, broadcast, and industrial networks.
MT Patchcords
High‑density MT‑to‑MT fiber‑optic patchcord assemblies from Amphenol Fiber Systems International for internal chassis and backplane interconnects. Available in Physical Contact and Expanded Beam variants with singlemode or multimode fibers, APC or UPC polishes, and configurable lengths for rugged aerospace and defense applications.
