Prolink PL-LC-LC-OM3-3 LC to LC OM3 Multimode Fibre Optic Patch Cord – 50/125 μm, 3 Meter, LSZH Jacket
Overview
Prolink PL-LC-LC-OM3-3 is a 3-meter LC to LC OM3 multimode fibre optic patch cord designed for high-speed fibre connections inside network racks, patch panels, ODF units, SFP modules, and professional data network environments.
It supports OM3 50/125 μm multimode fibre, making it suitable for stable and reliable transmission in LAN, data center, telecom, and enterprise fibre network applications.
Key Features
• LC to LC fibre optic patch cord.
• Supports OM3 50/125 μm multimode fibre.
• 3-meter cable length for clean rack and equipment connections.
• Suitable for high-speed multimode fibre networks.
• Designed for SFP modules, patch panels, ODF units, switches, and fibre equipment.
• LSZH jacket for safer indoor installation.
• Compact LC connector design for high-density network environments.
• Provides stable optical performance and reliable signal transmission.
• Ideal for professional LAN, data center, and enterprise network installations.
Technical Specifications
• Brand: Prolink
• Model: PL-LC-LC-OM3-3
• Product Type: Fibre Optic Patch Cord
• Connector Type: LC to LC
• Fibre Mode: Multimode
• Fibre Grade: OM3
• Fibre Size: 50/125 μm
• Cable Length: 3 Meter
• Jacket Type: LSZH
• Application: SFP Modules, Network Racks, Patch Panels, ODF Units, Fibre Switches, Data Networks
Applications
• SFP module connections.
• Fibre patch panel connections.
• ODF and fibre termination connections.
• Switch-to-patch panel links.
• Data center fibre connections.
• LAN and enterprise fibre networks.
• Telecom and datacom installations.
Connect Gates Recommendation
Connect Gates recommends Prolink PL-LC-LC-OM3-3 for professional OM3 multimode fibre connections that require a short and clean 3-meter LC to LC patch cord for rack-level connectivity.
It is a suitable choice for SFP modules, network racks, data rooms, patch panels, and enterprise fibre networks, especially when the installation requires OM3 50/125 μm transmission, high-density LC connectivity, and organized indoor cabling.