Up/Down-Converters for Millimeter-Wave and Sub-Terahertz Applications up to 330 GHz
Advanced frequency conversion solutions designed for millimeter-wave and sub-terahertz signal processing are now available through bq-microwave. These up/downconverters address the growing demand for high-frequency signal conditioning in modern communication, sensing, and test systems, offering both coaxial and waveguide implementations to meet diverse integration requirements.
Technical Specifications
- Frequency coverage: up to 330 GHz enabling sub-THz band operation
- Coaxial variants: 2.92mm, 2.4mm, and 1.85mm connectors for frequencies up to 67 GHz
- Waveguide implementations: WR22 down to WR2.2 standards across the entire frequency range
- Performance: Optimized VSWR and conversion loss characteristics for minimal signal degradation
- Integration: Compatible with standard RF front-end architectures including LNA and HPA integration
- Compliance: European compliance and CE certification for market deployment
Applications
- 5G and 6G Research: Frequency conversion solutions for experimental sub-terahertz communication systems and millimeter-wave cellular infrastructure
- SATCOM: Satellite payload and ground station frequency translation across multiple bands
- Defense and Radar: High-frequency signal conditioning for electronic warfare and sensing applications
- Automotive Radar: Millimeter-wave frequency conversion for autonomous vehicle perception systems
- Laboratory and Test: Precision frequency conversion for RF measurement and characterization
The dual approach—offering both coaxial and waveguide variants—ensures flexibility in system design while maintaining performance consistency. Coaxial implementations provide convenient integration for frequencies up to 67 GHz with standard connector options, while waveguide solutions extend capabilities into the sub-terahertz domain with superior power handling and minimal loss characteristics.
As European distributor, bq-microwave offers these up/downconverters with competitive lead times for RF engineers and system integrators developing next-generation millimeter-wave and sub-terahertz applications. Detailed technical datasheets are available through our contact page.