Semi Rigid & Flexible Test Cable Assemblies up to 110 GHz
High-frequency cable assemblies designed for reliable RF and mmWave signal transmission in advanced communication systems and laboratory environments. Available in both semi-rigid and flexible configurations, these transmission lines enable operation from DC to 110 GHz, addressing the growing demands of millimeter-wave applications.
Semi-rigid cables provide structural stability and repeatable performance for permanent installations, while flexible variants accommodate dynamic test environments requiring frequent cable routing and repositioning. Both configurations maintain consistent electrical characteristics across the full frequency spectrum.
Technical Specifications
- Frequency Range: DC to 110 GHz
- Cable Types: Semi-rigid and flexible designs
- Electrical Performance: Optimized impedance matching and minimal VSWR
- Shielding: Electromagnetic integrity through shielded construction
- Dielectric: Low-loss materials for signal fidelity
- Connectors: Standard RF connectors including SMA and precision subminiature connectors
- Length Options: Multiple configurations to accommodate diverse system architectures
Application Areas
- 5G/6G & Telecommunications: Millimeter-wave frequency bands for next-generation wireless infrastructure validation and network testing
- Defense & SATCOM: Radar platforms, satellite communication systems, and secure communication networks demanding high-frequency performance
- Laboratory Measurements: Flexible test cables for connections between network analyzers, signal generators, and devices under test (DUTs)
- mmWave Component Testing: Characterization of amplifiers, mixers, and RF front-end components up to 110 GHz
- Research & Development: Extended frequency coverage supports emerging sub-terahertz applications
As a European distributor for RF and microwave components, bq-microwave delivers these high-performance cable assemblies with typical lead times of 4 to 6 weeks. Customizable lengths streamline integration into complex RF architectures. For technical specifications and ordering details, please visit our contact page.