FB-00BSMA-TL7001

The FB-00BSMA-TL7001 from Amphenol LTW represents cutting-edge technology in Fiber Optic Connectors - Housings, engineered for high-density fiber optic networks. This precision component delivers exceptional signal integrity while minimizing insertion loss, making it ideal for 5G infrastructure and data center applications. With its robust construction and advanced optical performance, this solution meets the stringent demands of next-generation communication systems.Designed as Plug configuration, this housing ensures precise fiber alignment for optimal light transmission efficiency. The connector's geometry complies with industry-standard MSA specifications.Compatible with SC Connectors, this housing enables seamless integration with existing fiber optic architectures. Its versatile design supports both single-mode and multimode applications.Available in Simplex configurations, the product offers flexible deployment options for various channel density requirements while maintaining consistent optical performance.Accommodating cables from 0.08" ~ 0.09" (2.0mm ~ 2.4mm), the strain relief system prevents microbending losses while ensuring mechanical stability under tensile loads.The Free Hanging (In-Line) design facilitates quick installation in space-constrained environments, featuring tool-less assembly for reduced deployment time.Constructed from Polyphenylene Oxide (PPO), the product delivers exceptional durability and EMI shielding while maintaining precise dimensional stability.The Black finish provides corrosion resistance and professional aesthetics for telecom equipment and network cabinets.Rated IP67 - Dust Tight, Waterproof, the sealed design protects against particulate contamination and liquid ingress in harsh operating conditions.With UL94 V-0 certification, the housing meets stringent safety requirements for use in plenum spaces and industrial environments.Incorporating Circular Bayonet Coupling, this solution addresses critical challenges in optical connectivity including return loss reduction and environmental protection.