Overview
Connect two LC Duplex fiber cables featuring UPC polished ends to extend a network connection, using this LC to LC Keystone Coupler. The female to female fiber coupler maintains optimal signal integrity while achieving low insertion loss that exceeds industry standards.
  • LC KEYSTONE COUPLER: LC to LC Coupler features a compact design with removable Keystone Jack; Join two LC fiber cables or extend fiber connectivity in a network setup; Ideal for keystone patch panels and wall plate installations
  • ROBUST CONSTRUCTION: ABS outer housing enhances durability and wear protection; Ceramic-lined inner sleeves enables precise alignment of fiber ends; Rated for 500 insertion cycles with minimal insertion loss; Includes protective dust covers
  • RELIABLE DATA TRANSMISSION: LC coupler supports 1/10/40/100Gbps for reliable transfer rates between devices; Insertion Loss below 0.2dB exceeds TIA 568 B.3 industry standards; Supports both LED and VCSEL sources
  • COMPATIBILITY: Versatile compatibility with Single Mode and Multimode fiber; Compatible with OS1/OS2, and OM1/OM2/OM3/OM4/OM5 cables; Supports 9/125µm, 62.5/125µm, and 50/125µm fiber cores; NOTE: Best paired with LC/LC fiber cables with UPC polished ends
  • QUICK INSTALLATION: Simple plug-and-play design requires no tools for quick and hassle-free setup; LC fiber coupler snaps securely into keystone jack with metal tabs; Deploy the coupler to an existing keystone wall plate or patch panel
Compatible with Single Mode and Multimode Fiber Cables The LC Fiber Coupler supports Single Mode and Multimode LC/LC fiber cables. It is compatible with OS1/OS2 (9/125µm) and OM1/OM2/OM3/OM4/OM5 (62.5/125µm and 50/125µm) fiber core/cladding. The coupler fits securely into the keystone jack which can be installed in a keystone patch panel or wall plate without requiring additional tools. Durable Construction The LC/LC Keystone Coupler features a durable ABS housing and ceramic-lined inner sleeves for precise fiber alignment, minimizing signal loss for long-lasting reliability and performance.