What is an RF Cable?
An RF coaxial cable (Radio Frequency cable) is a specialized transmission line engineered to transmit high-frequency alternating current signals with minimal attenuation and maximum protection against electromagnetic interference (EMI).
The Core of Reliable RF Connectivity
At iPrece, we treat quality assurance as an absolute engineering baseline. Every RF cable in our inventory undergoes rigorous physical and electrical validation.
We operate under strict ISO 9001:2015 certified processes. Every critical assembly is 100% VNA RF tested before dispatch.
We provide data-backed test reports to eliminate procurement uncertainty. Our QA protocols guarantee precise impedance control and reliable performance in mission-critical environments.
RF Cable Types & Configurations Available at iPrece
RG: Flexible and semi-rigid RF coaxial cables for avionics and laboratory testing. Provide 50-ohm, 52-ohm, and 75-ohm impedance options.
LMR: Flexible, fire-retardant, and direct-burial coaxial RF cables. Support low attenuation for base station antennas and outdoor RF routing.
LFX: Low loss flexible cables utilizing microporous PTFE dielectrics. Rated up to 60 GHz for high-frequency microwave interconnects.
HPX: High-performance coaxial cables with multi-layer shielding. Handle up to 10 kW peak power for phased array radar systems.
ULX: Ultra-low loss cables featuring 83% velocity of propagation. Deliver phase-stable performance up to 46 GHz.
FPX: Super flexible phase-stable cables. Support dynamic RF interconnects operating up to 50 GHz.
VNX: Precision test cables engineered for vector network analyzers. Guarantee measurement repeatability up to 67 GHz.
MMX: Millimeter-wave RF coaxial cables with low attenuation constants. Support high-frequency radar and 5G/6G infrastructure up to 105 GHz.
ARX: Armored phase-stable cables offering ruggedized protection. Ideal for military electronics operating up to 90 GHz.
SRX: Semi-rigid RF cables with bare copper tube shielding. Provide high isolation for microwave subsystems up to 60 GHz.
Key Engineering Criteria for Coaxial RF Cable Selection
Frequency Range: Match the cable cut-off frequency to your system. Our inventory spans from standard CATV frequencies up to 105 GHz.
Impedance: Select precise impedance matching. We supply standard 50-ohm, specialized 52-ohm, and 75-ohm configurations.
Power Handling: Evaluate peak power requirements. Our ULX series handles up to 15 kW peak power.
Phase Stability: Account for phase shifts across temperature ranges. We provide phase-stable RF cables operating from -55 °C to +250 °C.
Shielding Effectiveness: Maximize signal integrity. Our HPX family delivers 100 dB shielding effectiveness.
Coaxial Cable Used for
Aerospace & Defense: High-temperature RG lines and armored ARX cables for phased array radars.
Telecommunications: LMR and RG series cables for cellular base stations and WISP installations.
Test & Measurement: Precision VNX and phase-stable FPX cables for vector network analyzers.
High-Frequency Infrastructure: MMX assemblies for 5G/6G networks requiring mmWave transmission.
RF Coaxial Cable FAQs
Do you provide test reports for phase-stable assemblies?
Yes. We supply detailed 100% VNA test reports for phase-critical series. This ensures precise performance verification for validating engineers.What is the maximum frequency supported by your coaxial cables?
Our MMX-160 mmWave coaxial RF cable supports frequencies up to 105 GHz. It is engineered for 5G/6G infrastructure and high-frequency radar.Are your RF coaxial cables rated for outdoor or underground installations?
Yes. We stock direct burial cables like the LMR-900-DB and LMR-1200-DB. These feature weather-resistant PE jackets for underground feeder runs.