Composite Fiber Optic Cable

Reliable Jumper Cables for 5G and Wireless Networks

Trusted by Industry Leaders

OUR PRODUCTS

High-Performance Composite Fiber Jumper Cables

Proterial Cable America’s composite fiber optic cables are designed to deliver power and data to radios and equipment mounted on towers, poles, and other elevated structures. Built for short runs in tight, exposed conditions, these composite fiber cables combine copper conductors and optical fiber in one streamlined solution.

Whether you’re powering a 5G small cell or supporting LTE radios, our 5G jumper cables are built to reduce wind load, resist moisture and UV exposure, and deliver reliable performance and future-ready bandwidth capabilities.

Hybrid Jumper

Smaller-scale interconnect cables that combine 2 to 12 fibers with 1 to 2 pairs of 600V DC wires into a single cable—ideal for powering radios and maintaining data throughput at the top of the tower.

Small Cell Hybrid Solutions

Compact, high-density hybrid jumper cables designed for Pico, Micro, and Metro cell sites. These cables support fiber densification, minimize wind load, and help overcome space constraints.

DC Jumper

Shielded 600V DC power jumpers built for short runs. These feature one copper power pair (from 12 AWG to 6 AWG) with braid shielding for enhanced durability and EMI protection.

Related Products

High-fiber-count hybrid cables with integrated power conductors, designed for long runs in macro cell tower deployments. Ideal for connecting base stations to remote radios or consolidation points.
Fiber and power combinations built to support distributed antenna systems in commercial buildings, campuses, and high-density environments.

Fault-managed power cables (Type CL4) rated for outdoor and wet locations. These cables enable safe, efficient energy distribution for digital electricity™ systems and advanced wireless infrastructure.

Download Our Proterial Cable America Wireless Catalog Now

THE PROTERIAL CABLE AMERICA DIFFERENCE

Professional. Proactive. Progressive. Proterial Cable America.

We are committed to helping you innovate, adapt, and excel with confidence. Partner with us, and let’s shape the future together.

Built on Decades of Experience

With nearly 40 years in the industry, we’ve seen the evolution of wireless infrastructure firsthand. That history shapes how we engineer jumper cables today—focused on real-world performance, long-term reliability, and the needs of next-gen networks.

Compact, Custom Hybrid Designs

We offer a range of composite jumper options, from 2 to 12 fibers and 1 to 2 pairs of 600V DC wires. Every cable is built to match your site’s footprint and your system’s requirements.

Built for Harsh Conditions

PCA jumper cables are made to withstand water, UV exposure, temperature extremes, and physical strain. They’re ideal for rooftop and tower-top installs where reliability matters most.

Made in the USA, Fully In-House

From fiber to shielding to jacketing, every part of the process is controlled at our Manchester, NH facility. This vertical integration ensures we meet exact specs and maintain consistent quality from start to finish.

Frequently Asked Questions

Yes, all PCA jumper cables are designed with low Passive Intermodulation (PIM) to ensure optimal signal integrity in high-frequency wireless systems. This is especially important when deploying near wireless access points and active antennas, where performance can be compromised by signal distortion.
Yes, PCA jumper cables use UV-resistant, weather-stable jackets that are engineered to withstand harsh outdoor conditions. They are rugged enough for tower tops, rooftops, and pole-mounted installs across a wide range of industrial applications.
Absolutely. PCA jumper cables are available in a range of configurations—from 2 to 12 fibers and 1 to 2 pairs of 600V copper—allowing you to tailor each cable to your specific powering capabilities, system architecture, or devices.
Yes, we offer single-mode optical fiber options for long-reach and high-speed transmission. These optical cables are well-suited for both current LTE and next technology networks like 5G.
By combining power and fiber into one cable, our composite jumpers eliminate the need to pull separate cables for each function. This single cable pull approach simplifies routing through crowded pathways, saving time and labor on-site.

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