LC Quad Fiber Optic Adapter Four Port High Density Panel Coupler. The LC quad fiber optic adapter provides four LC connection channels in one compact panel-mount housing. Its high-density format helps increase port capacity while maintaining an organized, serviceable interface for LC patch cords and internal pigtails.
Stackable LC Fiber Optic Adapter Modular Coupler for Expandable Port Density. The stackable LC fiber optic adapter is a modular coupler designed for arranging multiple LC connection channels in a scalable panel layout. Its housing can be positioned with adjacent units to build the port count required by a custom enclosure or distribution module.
LC Duplex Fiber Optic Adapter Compact Two-Channel Panel Coupler. The LC duplex fiber optic adapter joins two pairs of compatible LC connectors in a compact panel-mounted housing. It provides two independent optical channels and is widely suited to transmit-and-receive fiber links where space efficiency and easy service access are important.
STBFOC Fiber Optic Connector with Metal Ferrule Rugged Bayonet Optical Connector. This ST/BFOC connector combines a metal ferrule with a bayonet-style coupling body for rugged termination of compatible specialty fiber cables. The shown component set includes the connector, crimp sleeve, long strain-relief boot and protective cap.
ST/BFOC Fiber Optic Connector with Ceramic Ferrule | Precision Bayonet Termination. This ST/BFOC connector uses a ceramic ferrule and bayonet-style metal coupling body for precise, quickly serviceable fiber termination. The kit includes the connector body, crimp sleeve, strain-relief boot and protective cap for integration into a compatible cable assembly.
HP Type Fiber Optic Connector Compact Specialty Connector for Instrument Leads. This HP-type fiber optic connector is a compact termination component for specialty fiber leads and instrument cables. The image shows the connector body together with protective and strain-relief parts that support assembly into a compatible cable and mating HP adapter.
SC Duplex Fiber Optic Connector Kit Secure Two-Fiber Cable Termination. This SC duplex connector kit pairs two SC terminations in a common housing for organized two-fiber cable assemblies. The image shows the duplex body, connector components, crimp sleeves, boots and protective pieces used to produce a compatible patch cord or pigtail.
SC Simplex Fiber Optic Connector Kit | Push-Pull Single-Fiber Termination. This SC simplex connector kit contains the main components for terminating a single compatible optical fiber. The push-pull connector body, ferrule assembly, crimp sleeve, strain-relief boot and protective cap support production of SC patch cords, pigtails and equipment leads.
FC/APC Connector for Polarization-Maintaining Fiber | Angled, Keyed Optical Termination. This FC/APC connector is designed for terminating polarization-maintaining fiber in optical systems that benefit from an angled physical-contact interface and controlled connector orientation. The green strain-relief components identify the APC-style configuration, while the threaded FC body provides secure mating and a stable mechanical platform.
LC Duplex Uniboot Connector Kit Compact Single-Jacket Two-Fiber Termination. This LC duplex uniboot connector kit routes two fibers through a compact shared boot and duplex connector body. The design reduces cable bulk compared with two independently jacketed simplex legs and supports cleaner routing in high-density patching environments.
LC Duplex Fiber Optic Connector Kit Compact Two-Fiber Cable Termination. This LC duplex connector kit combines two LC terminations in a paired housing for compact two-fiber links. The component set includes connector bodies, ferrule assemblies, crimp parts, boots and protective caps for integration into a compatible duplex cable.
FC/APC Connector for Polarization-Maintaining Fiber | Angled, Keyed Optical Termination. This FC/APC connector is designed for terminating polarization-maintaining fiber in optical systems that benefit from an angled physical-contact interface and controlled connector orientation. The green strain-relief components identify the APC-style configuration, while the threaded FC body provides secure mating and a stable mechanical platform.
