Research & Universities

Millimeter-wave and sub-THz components for research institutions, universities, and institutes.

bq-microwave supplies numerous universities, Fraunhofer Institutes, Max Planck Institutes, and private research laboratories across Europe with mmWave and sub-THz components. Our portfolio covers all frequency ranges – from RF through mmWave to the sub-THz region (up to 1700 GHz).

For THz and sub-THz research, we offer waveguide components in all standard bands (WR10, WR5.1, WR3, WR1.5 to WR0.65), multiplier chains, VNA extenders, and precision calibration kits. Our components are particularly well-established for D-band, G-band, and THz experiments.

We understand the unique requirements of research: small quantities, short lead times, and custom specifications. For custom-engineered solutions or uncommon bands, we work directly with our manufacturers.

Manufacturing Partners

AT Microwave
AT Microwave
mmWave modules and waveguide up to 1700 GHz
Elmika
Elmika
Waveguide components and test equipment up to 500 GHz
Qualwave
Qualwave
Calibration kits and mmWave components up to 325 GHz
SignalCore
SignalCore
Precision RF signal sources for laboratories
Vaunix
Vaunix
Lab Brick – USB-programmable RF test equipment
TMYTEK
TMYTEK
Beamforming platforms for 5G/6G research
Taylor Microwave
Taylor Microwave
High-quality switches for test setups
Magvention
Magvention
Coaxial switches for laboratory and test environments

Product Categories

Waveguide Components
Waveguide Components
Straight sections, bends, transitions up to 1700 GHz
Modules & Systems
Modules & Systems
VNA extenders, spectrum analyzer extenders
Coaxial Components
Coaxial Components
Precision components up to 145 GHz

Typical Applications

220 GHz – 1.7 THz

THz Spectroscopy

High-precision sub-THz modules and waveguide components for material characterization, biomolecular spectroscopy, and chemical analysis in the 220 GHz – 1.7 THz range.

110 – 220 GHz

6G Channel Sounding

VNA frequency extenders, antennas, and waveguide components for radio channel measurements and propagation models in D-band and beyond.

30 GHz – 1 THz

Radio Astronomy

Cryogenic-compatible mmWave components for ALMA-, SKA-, and IRAM-class radio telescopes, as well as cosmological research projects.

4 – 18 GHz

Quantum Physics & Quantum Computing

Microwave components in the 4–18 GHz range for control of superconducting qubits, cavity QED, and cryogenic microwave setups.

Research Bands

BandFrequencyStandard / Notes
Quantencomputing4 – 18 GHzCoaxial, cryogenic-compatible
5G/6G-Forschung (Sub-6)0.41 – 6 GHzVaunix programmable
6G Channel-Sounding110 – 220 GHzWR-6.5, WR-5.1
THz-Spektroskopie220 GHz – 1.1 THzWR-3.4 to WR-1.0
Sub-THz Imaging1.1 – 1.7 THzWR-0.65

Research

What components do you supply for THz spectroscopy?+

We supply sub-THz modules up to 1.7 THz (WR-0.65), waveguide components (WR-3.4 to WR-1.0), VNA frequency extenders, and antennas for material characterization, biomolecular spectroscopy, and time-domain spectroscopy. Our main partners are AT Microwave and Elmika.

Do you have components for quantum computing research?+

Yes. For cryogenic microwave setups and control of superconducting qubits, we supply amplifiers, coaxial cables, and attenuators in the 4–18 GHz range. For cryogenic requirements or special specifications, please contact us with your requirements – we'll check availability and suitability with the respective manufacturer.

Do you offer special pricing for universities?+

We understand the budget structures of universities and research institutes and offer project-based pricing, volume discounts, and support for funded projects. Contact us directly with your project details – we typically respond within one business day.

Do you supply international research projects?+

Yes. We supply research institutions throughout the EU as well as in Switzerland, Norway, and the United Kingdom – from university departments to Max Planck and Fraunhofer Institutes to large research consortia.

More answers in our FAQ.

bq-microwave – your specialist for RF and millimeter-wave components in Europe since 2011.

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