This 5m LC-ST multimode duplex fiber patch cord is designed for stable Gigabit optical network connections for data centers, enterprise LAN and office home wiring. Adopting premium OM2 50/125μm multimode fiber and LC UPC to ST UPC precision connectors, it ensures low signal loss and stable short-distance data transmission.Duplex dual-core full-duplex design realizes separate signal sending and receiving for efficient network operation. The flexible wear-resistant LSZH jacket and built-in aramid yarn reinforcement deliver great anti-bend and anti-pull performance for durable daily use. Plug-and-play LC and ST connectors enable quick and easy installation for all wiring scenarios.Widely compatible with all mainstream gigabit optical modules, fiber switches and network equipment, this LC-ST fiber jumper meets standard industry wiring requirements, providing reliable and cost-effective optical connection for both commercial engineering and home networking projects.
【OM2 Multimode 50/125μm Fiber】This OM2 multimode fiber patch cord adopts 3.0mm orange low-smoke zero halogen flame-retardant jacket with reinforced anti-break duplex structure. LC to ST mixed‑type connectors fit standard cabinet layout and long-term 24/7 commercial LAN operation
【50/125μm OM2 Fiber Optic Cord】Each LC-ST fiber passes optical inspection with insertion loss ≤0.3dB and return loss ≥30dB. Standard 50/125μm OM2 multimode fiber delivers stable signal, perfectly matched with gigabit SFP transceivers and LAN network switches
【Fiber Optic Jumper 5m】Equipped with precision zirconia ceramic ferrule, tear-resistant aramid inner reinforcement and high-temperature resistant UPC polished LC & ST connectors. Sturdy build withstands frequent plugging for stable daily network use
【Widely Used】Flexible duplex optical wiring cord designed for small and medium enterprise networking. Widely applied to LAN racks, core routers, patch panels and office local area network cabling projects
【Easy to install】Soft bendable OM2 multimode optical patch cable simplifies routing inside narrow cabinet spaces. Broad compatibility cuts down installation difficulty for campus LAN, monitoring systems and industrial local networks
