RF Infrastructure Solutions for Critical Network Infrastructure
Astrec provides RF infrastructure solutions for mobile networks, tunnels, in-building coverage, broadcast sites, and other demanding environments where transmission performance, installation quality, and long-term reliability matter. This page brings together feeder cables, jumpers, hybrid cabling, high-power transmission lines, radiating cables, and indoor RF distribution components used across real-world network deployments. Explore the main RF infrastructure families and find the right path for site cabling, waveguide systems, or confined-space coverage projects.
RF Feeders, Jumpers and Hybrid Cabling
This section covers the main RF cabling families used between active equipment, antennas, and distributed site infrastructure. It includes low-loss feeder cables, factory-terminated jumper assemblies, and hybrid cable solutions that combine RF, fiber, and power functions in one installation path. These product families are relevant where transmission quality, installation speed, outdoor durability, and long-term network reliability all matter.
CELLFLEX RF Feeder Cables
Corrugated coaxial feeder cables for low-loss RF transmission in mobile, broadcast, and other outdoor network installations where long cable runs, environmental durability, and stable electrical performance matter.
Factory-Fit RF Jumpers
Pre-terminated RF jumper assemblies for base station, rooftop, and cabinet connections where installation consistency, mechanical reliability, and predictable long-term field performance are important.
HYBRIFLEX Fiber and Power Cables
Hybrid cable systems that combine fiber and power in one installation path for mobile sites and other deployments where cleaner routing, faster installation, and reduced cable complexity matter.
Cable Accessories and Installation Hardware
Supporting accessories for RF cable installation, termination, routing, grounding, and weather protection where correct mechanical execution and long-term outdoor reliability are just as important as cable selection.
High-Power RF Transmission Lines and Waveguides
This section covers RF transmission technologies used where power handling, very low attenuation, and long-distance signal transport are critical. It includes air-dielectric cable systems and elliptical waveguides for broadcast, microwave, and other demanding infrastructure applications. These families are relevant where conventional feeder cable is no longer the best fit for the electrical, mechanical, environmental, and long-term operational demands of the site or transmission path, especially in high-power installations with stricter performance and durability requirements.
HELIFLEX Air-Dielectric Cables
Air-dielectric RF transmission lines for high-power sites where very low attenuation, strong electrical performance, and reliable operation over long vertical or horizontal runs are required.
FLEXWELL Elliptical Waveguides
Elliptical waveguide systems for microwave and other high-frequency links where low loss, mechanical flexibility, and stable long-run performance are critical to the transmission path.
Pressurization and Supporting Hardware
Supporting hardware for waveguide and high-power transmission systems where pressurization integrity, environmental protection, and dependable long-term operation are essential to overall link performance.
In-Building, Tunnel and Confined-Space RF Coverage
This section covers RF infrastructure for environments where conventional outdoor site architecture does not solve the coverage challenge. It includes radiating cable systems and passive RF distribution components used in tunnels, buildings, transport infrastructure, and other confined or structurally complex spaces. These families are relevant where controlled indoor or linear coverage matters as much as raw transmission distance.
RADIAFLEX Radiating Cables
Radiating cable systems for tunnels, transport corridors, buildings, and other confined spaces where controlled RF coverage along the installation path is more effective than conventional antenna-only approaches.
Passive RF Components for DAS and Indoor Distribution
Passive RF distribution components for indoor coverage systems where signal splitting, coupling, tapping, and load management must be handled in a controlled and predictable way.
Indoor Coverage Accessories
Supporting accessories for indoor and confined-space RF installations where clean mechanical integration, secure mounting, and dependable long-term deployment quality are essential.