ProLink PL-LC-LC-OM3-50 — Fiber Optic Jumper Cord, LC-LC Duplex, OM3, 50 M
The ProLink PL-LC-LC-OM3-50 is a 50 meter duplex multimode OM3 fiber optic jumper cord with LC-to-LC connectors, zirconia ceramic ferrules, low insertion loss, and high return loss — designed for data center, enterprise, and telecom fiber links requiring dependable high-speed optical performance.
Description
ProLink PL-LC-LC-OM3-50 — 50 m OM3 Multimode Fiber Jumper (LC-LC Duplex)
Key Features:
LC-to-LC Duplex Connectivity — Standard LC duplex termination for seamless patching between fiber equipment and panels.
OM3 Multimode Fiber (50/125 µm) — Supports high-speed multimode optical networks including 1 GbE and 10 GbE over appropriate distances.
50 Meter Length — Extended reach for horizontal backbone, cross-connect, and rack-to-rack connections.
Zirconia 1.25 mm Ceramic Ferrules — Precision alignment of fiber cores for low insertion loss and stable performance.
Low Insertion Loss — Maintains optical signal integrity across the link.
High Return Loss — Reduced reflections help ensure stable, low-noise transmission.
Duplex Cable Design — Two fibers support simultaneous transmit and receive channels, enabling full-duplex optical links.
Aqua Jacket — Standard OM3 fiber cable color for quick identification.
Technical Highlights:
Brand: ProLink
Model: PL-LC-LC-OM3-50
Connector A: LC Duplex (male)
Connector B: LC Duplex (male)
Fiber Type: Multimode OM3 (50/125 µm)
Cable Length: 50 meters
Duplex: Yes — two optical fibers
Typical Uses: Data centers, telecom rooms, enterprise LAN/WAN links.
Performance & Connectivity:
High-Bandwidth Support — OM3 fiber supports modern optical networking standards like 10 Gigabit Ethernet and can cover longer multimode distances than older OM1/OM2 types.
Reliable Optical Transmission — Low insertion and high return loss characteristics help preserve signal quality for critical network links.
Standard LC Interface — Compatible with LC ports on switches, routers, media converters, patch panels, and SFP modules, enabling broad compatibility in fiber-optic infrastructures.








