Remote Fiber Optic Patch Cord: 2-Core Armored Solution for RRU/BBU

Product Overview

Our Remote Fiber Optic Patch Cord is specifically engineered for the demanding environments of Remote Radio Units (RRU) and Base Station connectivity. This 2-core jumper is designed to provide a high-bandwidth link between the BBU and RRU in 4G/5G networks.

What sets this patch cord apart is its ruggedized construction. The cable core is reinforced with high-strength Aramid Yarn or Polyester Yarn fillers to handle installation tension. To ensure maximum durability at the most vulnerable point, the "tail" sections (near the connectors) are encased in a Stainless Steel Spiral Armored Tube, protecting the fiber from crushing, kinking, and rodent damage without sacrificing flexibility.

Key Features & Benefits

• Stainless Steel Spiral Armor: The connector ends feature a flexible spiral tube that prevents mechanical damage and fiber breakage during deployment.

• Reinforced Tensile Strength: Integrated Aramid or Polyester yarn fillers allow for vertical hanging and long-distance pulling in tower environments.

• Customizable Lengths: Whether you need 10m for a rooftop site or 100m+ for a tower-mounted RRU, we manufacture to your exact project specifications.

• Low Insertion Loss: High-precision LC/SC/FC/ST connectors ensure optimal signal transmission for high-speed data.

• Weather-Resistant Outer Jacket: The LSZH or PE outer sheath is UV-resistant and designed for long-term outdoor exposure.

Technical Specifications

Application Scenarios

This remote patch cord is the standard choice for modern telecommunication infrastructure:

• FTTA (Fiber to the Antenna): Connecting Base Band Units (BBU) to Remote Radio Units (RRU) on cell towers.

• RRH (Remote Radio Head) Deployments: Providing high-speed data links for 4G LTE and 5G NR equipment.

• Outdoor Harsh Environments: Ideal for deployments where cables are exposed to wind, vibration, and mechanical stress.

• Industrial & Military Communication: Ruggedized jumpers for mobile command centers and temporary field networks.