LC LC OM3 Fiber Optic Cable 10G Duplex Multimode Patch Cord 2M Speed Low Loss Connection

Multimode LC to LC OM3 Duplex Fiber Patch Cable Reliable Speed Connectivity Overview This LCLC OM3 multimode duplex patch cable provides reliable optical connections for speed network links. Its LC to LC connectors and OM3 multimode fiber design make it suitable for modern data center and enterprise LAN environments where consistent lowloss connections are needed. Key benefits Built for speed multimode applications including 10 Gigabit Ethernet and shortreach 40/100 Gigabit links. Duplex LCLC connectors deliver secure, keyed connections that simplify transceiver and panel terminations. Multiple length options let you choose the right cable for patch panels, switch ports, and server connections while minimizing excess slack. Durable construction helps maintain signal integrity and reduces the need for frequent replacements. Specifications Model number: LCLC OM3 Fiber type: Multimode OM3 Connector type: LC to LC duplex Available lengths: 0.2 m, 0.5 m, 1 m, 2 m, 7 m Why this cable solves common problems Eliminates mismatch issues between LCequipped transceivers and LC ports by providing a direct LC to LC connection. Reduces signal degradation with OM3 multimode fiber designed for laseroptimized short to medium reach links. Keeps rack and cabinet wiring tidy by offering short and midlength options that match common patching distances. Typical applications Data center patching between SFP plus or SFP transceivers and switch ports. Enterprise backbone and distribution layer connections in wiring closets and patch panels. speed server to switch links in rack environments where low latency and reliable optical performance are required. Ordering notes Choose the length that fits your installation: 0.2 m, 0.5 m, 1 m, 2 m, or 7 m. Model reference LCLC OM3 indicates multimode OM3 fiber with LC duplex connectors. This cable is ideal for technicians and network engineers seeking a straightforward, compatible optical patch solution for multimode networks.