FCFC pigtail model

The FCFC pigtail is a fiber optic pigtail with FC connectors on both ends, designed for secure, high-performance connections in single-mode or multimode fiber networks.OverviewThe FCFC pigtail is a fiber optic component featuring FC (Ferrule Connector) connectors on both ends, typically used to connect optical fibers to equipment or patch panels. FC connectors are known for their threaded locking mechanism, which ensures a stable and secure connection, making them ideal for high-vibration environments and precise optical alignment .Key SpecificationsConnector Type: FC on both ends, with threaded coupling for secure connections .Fiber Type: Available in single-mode (SM) and multimode (MM), including OM3 and OM4 for high-speed applications .Cable Diameter: Standard 0.9mm tight buffer, providing flexibility and protection during splicing and installation .Polish Type:UPC (Ultra Physical Contact): Low back reflection, suitable for multimode fibers.APC (Angled Physical Contact): Angled end-face for single-mode fibers, reducing Fresnel reflection and improving signal quality .Length: Typically 1.5 meters, but customizable according to project requirements .Materials: Zirconia ceramic ferrules for excellent concentricity and reliable optical alignment .ApplicationsTelecommunications: Used in telecom closets, cabinets, and high-density fiber routing.Data Centers: Provides reliable connections for high-speed network equipment.FTTH Networks: Ideal for splicing in fiber-to-the-home installations.Testing and Lab Use: Ensures consistent performance in optical testing setups .AdvantagesSecure Connection: Threaded FC connectors prevent accidental disconnection.High Performance: Low insertion loss and high return loss, especially with APC polish.Durability: Compact design and tight buffer cable enhance flexibility and protection.Versatility: Compatible with both single-mode and multimode fibers, suitable for various network environments . When selecting an FCFC pigtail, it is important to match the fiber type, connector polish, and cable length to the specific network requirements to ensure optimal performance and reliability.