Prolink PL-FOC12D-OM4 Double Armored Central Loose Tube Fibre Optic Cable – 12 Core, Multimode OM4 50/125, Outdoor PE Jacket
Overview
Prolink PL-FOC12D-OM4 is a 12-core multimode OM4 fibre optic cable designed with a double armored central loose tube structure for professional outdoor and backbone network installations.
It is suitable for high-speed fibre networks that require strong mechanical protection, reliable optical performance, and stable data transmission over OM4 50/125 multimode fibre.
Key Features
• 12-core multimode OM4 fibre optic cable.
• Double armored cable structure for extra mechanical protection.
• Central loose tube design for stable fibre protection.
• Supports OM4 50/125 μm multimode fibre.
• Suitable for high-speed backbone fibre networks.
• Designed for outdoor network infrastructure.
• PE outer jacket for durability.
• Black jacket with purple line for easy OM4 identification.
• Strong protection against pressure, pulling, and harsh installation conditions.
• Supplied per meter for flexible project requirements.
Technical Specifications
• Brand: Prolink
• Model: PL-FOC12D-OM4
• Product Type: Fibre Optic Cable
• Cable Type: Double Armored Central Loose Tube Cable
• Fibre Count: 12 Core
• Fibre Mode: Multimode
• Fibre Grade: OM4
• Fibre Size: 50/125 μm
• Outer Diameter: 12.5 mm
• Loose Tube Material: PBT
• Strength Member: Steel
• Outer Jacket Material: PE
• Outer Jacket Color: Black with Purple Line
• Application: Outdoor Fibre Backbone, Campus Network, Data Network, Telecom Infrastructure
Applications
• Outdoor fibre optic backbone networks.
• Data centers and server room fibre links.
• Campus and building-to-building connections.
• Telecom and datacom infrastructure.
• Industrial network fibre links.
• CCTV and low current fibre backbone projects.
Connect Gates Recommendation
Connect Gates recommends Prolink PL-FOC12D-OM4 for projects that require a strong and reliable 12-core OM4 multimode fibre backbone cable with extra protection.
It is a suitable choice for outdoor installations, network backbone links, campus networks, and low current infrastructure projects, especially when the cable route needs double armored protection, stable transmission, and professional long-term performance.