Prolink PL-FOC12D-OM4 Double Armor Central Loose Tube Fiber Cable 12 Core Multi Mode 50/125 OM4 OD:10MM
Double Armor Central Loose Tube Fiber Cable
12 Core Multi Mode 50/125 OM4 OD:10MM
281.50 EGP
Pick up from the Woodmart Store
To pick up today
Free
Courier delivery
Our courier will deliver to the specified address
2-3 Days
Free
DHL Courier delivery
DHL courier will deliver to the specified address
1-3 Days
Free
Warranty 1 year
Free 30-Day returns
Payment Methods:
Description
Prolink OM4 12 Core Double Armored Fiber Cable Images
Prolink PL-FOC12D-OM4 Fiber Cable
Prolink PL-FOC12D-OM4 Double Armor Central Loose Tube Fiber Cable 12 Core Multi Mode 50/125 OM4 OD:10MM
Prolink PL-FOC12D-OM4 Fiber Cable is a high-performance optical fiber cable designed to meet the growing demands of modern enterprise networks, telecommunications infrastructure, industrial facilities, and data centers. Built with 12-core OM4 multimode optical fibers, this cable delivers outstanding bandwidth, reliable signal transmission, and long-term stability for high-speed networking applications. The combination of a central loose tube structure and double armor protection makes the Prolink PL-FOC12D-OM4 Fiber Cable an excellent solution for installations where both optical performance and mechanical durability are essential.
The cable is manufactured using premium 50/125µm OM4 multimode optical fibers, allowing organizations to deploy high-capacity fiber backbone networks capable of supporting demanding applications including enterprise LANs, cloud computing environments, storage area networks, video surveillance systems, and high-speed communication between network switches and servers. The Prolink PL-FOC12D-OM4 Fiber Cable is engineered to maintain stable optical performance while minimizing signal attenuation and ensuring reliable data transmission.
Advanced OM4 Multimode Technology
The Prolink PL-FOC12D-OM4 Fiber Cable utilizes OM4 multimode optical fiber technology, one of the most widely adopted standards for modern enterprise networking. OM4 fiber is specifically designed to support higher bandwidth compared to previous multimode generations, making it suitable for high-speed Ethernet applications including 10 Gigabit, 40 Gigabit, and 100 Gigabit network deployments over supported distances. This enables organizations to build scalable infrastructures that can accommodate future network expansion without replacing the existing fiber backbone.
Its 50/125 micron fiber specification delivers exceptional optical clarity while maintaining low insertion loss and dependable signal quality. Whether installed inside a commercial building, university campus, hospital, government facility, or industrial plant, the Prolink PL-FOC12D-OM4 Fiber Cable provides reliable communication for mission-critical applications.
Double Armor Construction
One of the biggest advantages of the Prolink PL-FOC12D-OM4 Fiber Cable is its double armor design. The dual protective armor significantly increases resistance against crushing forces, accidental impacts, rodent attacks, cable pulling, and harsh installation conditions. This additional protection makes the cable ideal for outdoor ducts, underground installations, cable trays, tunnels, industrial facilities, and locations where mechanical protection is required.
Despite its heavy-duty protection, the cable remains flexible enough for professional installation while maintaining long-term reliability. The armored structure also reduces maintenance costs by protecting the optical fibers from physical damage throughout the cable’s operational lifetime.
Central Loose Tube Design
The central loose tube construction protects the optical fibers from external stress by allowing controlled movement inside the protective tube. This design minimizes fiber strain during installation and temperature fluctuations, improving long-term optical stability. Moisture-resistant materials inside the loose tube further enhance cable durability, making the Prolink PL-FOC12D-OM4 Fiber Cable suitable for demanding networking environments where reliability is critical.
12 Core Optical Capacity
The 12-core configuration provides sufficient fiber capacity for backbone connections between network equipment, server racks, telecommunications cabinets, distribution panels, and core switches. Multiple fiber cores allow future expansion while reducing the need for additional cable installation. This makes the Prolink PL-FOC12D-OM4 Fiber Cable an excellent investment for organizations planning long-term infrastructure growth.
Reliable Performance for Professional Fiber Networks
The Prolink PL-FOC12D-OM4 Fiber Cable is designed to provide stable optical performance for organizations that require dependable network connectivity every day. Whether it is installed in enterprise buildings, educational institutions, hospitals, manufacturing facilities, or large commercial projects, the Prolink PL-FOC12D-OM4 Fiber Cable delivers reliable data transmission with excellent mechanical protection. Its double armor construction, central loose tube design, and premium OM4 multimode fiber technology make it an ideal solution for professional backbone networks that demand high bandwidth, long service life, and consistent performance while supporting future network expansion.
Related Products & Useful Resources
Looking for more professional networking and fiber optic solutions? Explore our complete range of networking products, fiber optic accessories, and Prolink solutions to build a reliable and scalable network infrastructure.
For more information about OM4 multimode fiber optic standards and structured cabling systems, visit the official resources below.
The Prolink PL-FOC12D-OM4 Fiber Cable is an excellent choice for businesses that require high-speed optical communication, superior mechanical protection, and dependable long-term performance. Whether upgrading an existing network or building a new fiber backbone, the Prolink PL-FOC12D-OM4 Fiber Cable provides the quality and reliability expected from professional Prolink networking products.

Reviews
Clear filtersThere are no reviews yet.