Indoor/Outdoor Ultra Thin Armored MTP Trunk Cable Assemblies

Our Indoor/Outdoor Ultra Thin Armored MTP Trunk Cable Assemblies are designed for high-density fiber optic applications where durability, flexibility, and space-saving design are essential. Utilizing Micro Armor Fiber™, these assemblies feature an innovative stainless steel coil armor that provides superior crush and rodent resistance while maintaining an ultra-thin profile. Compared to traditional interlocking armor, these assemblies are up to 65% smaller in diameter and 75% lighter, making installation significantly easier and reducing overall infrastructure costs.

These MTP trunk assemblies are ideal for high-speed data centers, telecommunications networks, and enterprise backbones, supporting OM3, OM4, and Singlemode options for 10-Gig, 40-Gig, and 100-Gig applications. Their indoor/outdoor-rated jackets allow for seamless installation in plenum-rated spaces, while the water-blocking aramid yarn strength member ensures long-term durability in demanding environments. Whether deployed in multi-floor buildings, fiber backbone systems, or headend terminations, these assemblies offer a high-performance, cost-effective solution for large-scale fiber network installations.

Overview of Indoor/Outdoor Ultra Thin Armored MTP OM3 10-Gig Fiber Trunk Cables

The Indoor/Outdoor Ultra Thin Armored MTP OM3 10-Gig Fiber Trunk Cables are designed for high-speed fiber optic networks requiring 10-Gigabit Ethernet performance. These cables feature Micro Armor Fiber™ technology, making them lightweight, flexible, and easy to install, while still providing rugged protection against environmental hazards. With an indoor/outdoor jacket, they are suitable for data centers, telecom facilities, and large-scale network backbones.

Overview of Indoor/Outdoor Ultra Thin Armored MTP OM4 10/40/100 Gig Fiber Trunk Cables

For next-generation fiber networks, the Indoor/Outdoor Ultra Thin Armored MTP OM4 10/40/100 Gig Fiber Trunk Cables offer enhanced bandwidth and faster data transmission speeds. Supporting multimode fiber applications up to 100-Gigabit, these cables are ideal for data centers and cloud computing infrastructures that require high-capacity networking. The armored design ensures durability, while the compact size allows for easier routing in tight or high-density installations.

Overview of Indoor/Outdoor Ultra Thin Armored MTP Singlemode Fiber Trunk Cables

The Indoor/Outdoor Ultra Thin Armored MTP Singlemode Fiber Trunk Cables are engineered for long-distance, high-bandwidth applications, providing exceptional signal integrity and minimal data loss. Designed for telecom providers, enterprise networks, and large-scale fiber deployments, these cables support 10G, 40G, and 100G connections over extended distances. The armored yet flexible construction ensures protection against environmental factors, making them a reliable choice for indoor and outdoor use.

Industries That Might Need Indoor/Outdoor Ultra Thin Armored MTP Trunk Cable Assemblies

  • Data Centers – High-density fiber trunking for rack-to-rack and backbone connections.

  • Telecommunications – Carrier-grade networks requiring high-speed, high-reliability fiber infrastructure.

  • Enterprise Networks – Large office buildings and corporate campuses needing scalable fiber solutions.

  • Industrial Facilities – Rugged environments where fiber needs additional protection from damage.

  • Government and Military – Secure, high-bandwidth applications requiring durable and flexible fiber optic connections.

Common Uses for Indoor/Outdoor Ultra Thin Armored MTP Trunk Cable Assemblies

  • Backbone Fiber Networks – Connecting key network hubs with high-bandwidth fiber.

  • Rack-to-Rack Interconnects – Simplifying fiber connectivity within data centers.

  • Multi-Floor Deployments – Running fiber through buildings without requiring conduit.

  • Indoor/Outdoor Transitions – Seamlessly integrating indoor networks with external fiber runs.

  • Mission-Critical Applications – High-performance fiber for secure and reliable data transmission.

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