High-Frequency Connectors up to 110 GHz
Reliable RF and mmWave connectivity is essential for telecommunications, aerospace, defense, and laboratory test environments. High-frequency connectors maintain signal integrity across demanding frequency ranges, ensuring minimal loss and consistent electrical performance. These solutions address the critical requirements of next-generation communication systems and precision measurement setups.
Whether for PCB integration, waveguide transitions, or laboratory measurements, connector solutions engineered for frequencies up to 110 GHz deliver the precision and repeatability required by modern high-frequency applications.
Technical Specifications
- Frequency Range: DC to 110 GHz (End Launch connectors); DC to 67 GHz (PCB-mounted and Feedthrough variants)
- Precision Connector Formats: 1.0mm, 1.85mm, 2.4mm, 2.92mm, 3.5mm, 7mm
- Standard Interfaces: SSMA, SMA, N, TNC, SC, 7/16, BMA, SMB, SMC, SMS, SSMB, BNC
- Miniature & Specialty Options: SMP, MCX, MMCX, 1.0-2.3, 1.6-5.6, 4.3-10, C, HN, MHV, SHV, F, FME
- Additional Variants: UHV-compatible and reverse polarity configurations
- Performance Characteristics: Minimal insertion loss, controlled VSWR, exceptional repeatability across thermal cycles
Application Areas
- 5G/6G & Telecommunications: Infrastructure testing, deployment, and high-frequency PCB assemblies
- SATCOM: Satellite ground station equipment and signal routing
- Defense & Aerospace: Military RF systems, aerospace data acquisition, and signal distribution
- Laboratory & Test: Measurement setups with amplifiers, waveguide interconnections, and precision instrumentation
Each connector type is designed to maintain consistent electrical characteristics across demanding operational scenarios. The comprehensive range accommodates both legacy systems and modern applications, ensuring compatibility with diverse RF and mmWave architectures.
For connector solutions spanning DC through 110 GHz, bq-microwave offers technical expertise and product availability across precision formats. Contact our team to identify the optimal connector specification for your frequency band, impedance requirements, and environmental constraints.