ProLink PL-LC-LC-OM3-3 — Fiber Optic Jumper Cord, LC-LC Duplex, OM3, 3 M
The ProLink PL-LC-LC-OM3-3 is a 3 meter LC-to-LC duplex multimode OM3 fiber optic jumper cord with precision ceramic ferrules, low insertion loss, and high return loss — ideal for data centers, enterprise networks, and telecom multimode optical connections.
Description
ProLink PL-LC-LC-OM3-3 — 3 m OM3 Multimode Fiber Jumper (LC-LC Duplex)
Key Features:
LC-to-LC Duplex Connectivity — Standard LC duplex terminations on both ends for seamless connection between LC-equipped devices and panels.
OM3 Multimode Fiber (50/125 µm) — Laser-optimized multimode fiber designed for high-bandwidth, high-speed optical networks.
3 Meter Cable Length — Ideal for rack-to-rack, cross-connect, or horizontal backbone runs within telecom rooms or data centers.
Precision Zirconia Ceramic Ferrules — High-quality 1.25 mm ferrules ensure accurate fiber alignment, low insertion loss, and high return loss.
Duplex Design — Two optical fibers support simultaneous transmit and receive channels for full-duplex optical communication.
Aqua Jacket Standard — Typical OM3 multimode cable jacket color for easy visual identification in structured fiber installations.
Technical Highlights:
Brand: ProLink
Model: PL-LC-LC-OM3-3
Connector Type: LC duplex (male-to-male)
Fiber Type: OM3 multimode (50/125 µm)
Cable Length: 3 meters
Duplex: Yes — two optical fibers
Typical Jacket Color: Aqua (standard OM3 multimode)
Performance & Connectivity:
High-Bandwidth Support — OM3 multimode fiber is optimized to support high-speed optical networking standards such as 10 Gigabit Ethernet over structured multimode links, providing robust performance in data center and enterprise environments.
Reliable Optical Transmission — Precision components and high-quality fiber help maintain consistent optical performance with minimal signal degradation across the jumper length.
Standard LC Interface — Compatible with LC ports on switches, transceivers, media converters, and fiber patch panels, enabling broad connectivity in multimode fiber infrastructures.









