Our Facilities

Antennas Lab

MUSCAT is based in the Antennas Lab at Queen Mary University of London’s Mile End campus.

Queen Mary’s Antenna Measurement Laboratory brings together antenna test ranges and electromagnetic characterisation facilities, with hands-on access and training for researchers, technicians and industry.

400 MHz โ€“ 6 THz

Frequency coverage

Since 1968

Antennas research at Queen Mary

THz Lab

Dedicated terahertz laboratory

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Equipment Directory

The full list of equipment available in the Antenna Measurement Lab.

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Partner Labs

Our network of collaborating academic laboratories across the UK.

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Technical Services

Measurement access, training and consultancy for industry partners and external researchers.

Find us

Visit the Lab

Antennas & EM Lab
Queen Mary University of London
Mile End Road, London E1 4NS

Nearest stations: Mile End and Stepney Green

Visits are by arrangement, so please get in touch before you come.

Equipment

Equipment Directory

Antenna test ranges, measurement systems and instruments available through MUSCAT at Queen Mary’s Antenna Measurement Lab.

Test facilities

Photo of the Millimetre-wave Compact Antenna Test Range
60โ€“325 GHz

Millimetre-wave Compact Antenna Test Range

A unique offset tri-reflector Cassegrain-Gregorian range with a 1 m spherical main reflector, corrected by two pairs of shaped mirrors.

  • Quiet zone: 0.7 m diameter
  • Ripple: 0.6 dB amplitude, 10ยฐ phase
  • Surface accuracy: about 9 ยตm rms
Photo of the Microwave Compact Antenna Test Range
8โ€“100 GHz

Microwave Compact Antenna Test Range

A 6 m ร— 3 m parabolic single-offset reflector built from 18 high-precision panels made for the James Clerk Maxwell Telescope.

  • Quiet zone: 1 m diameter
  • Ripple: 1.0 dB amplitude, 10ยฐ phase
  • Turntable for loads up to 1 tonne, 0.005ยฐ accuracy
Photo of the Near-field / Far-field Spherical Scanner
Up to 40 GHz

Near-field / Far-field Spherical Scanner

An NSI-MI 700S-60 full spherical phi-over-theta scanner, driven by NSI2000 software and housed with the microwave CATR.

  • Step resolution: 0.01ยฐ in phi and theta
  • Maximum load: 136 kg
  • Near-field antennas up to 2 m in diameter
Photo of the General Purpose Anechoic Chamber
Up to 325 GHz

General Purpose Anechoic Chamber

A 9 m ร— 3 m ร— 3 m microwave and mm-wave chamber for feeds and mm-wave antennas, which can be split into two ranges.

  • Full-length far-field pattern measurements
  • NSI three-axis Cartesian near-field scanner
  • Shielded area for EM experiments up to 100 GHz
Photo of the mm-Wave Chamber with NSI-MI Robotic Arm
Up to 500 GHz

mm-Wave Chamber with NSI-MI Robotic Arm

An NSI-700S-360 spherical near-field system that measures on-chip antennas on a stationary THz probe station over a full sphere.

  • Dual-axis theta-over-phi positioner
  • Purpose-built chamber: 4.4 m ร— 3.1 m ร— 3.1 m
  • Supported by EPSRC (TERRA grant)
Photo of the NSI Planar Near-Field Scanner
1โ€“100 GHz

NSI Planar Near-Field Scanner

A near-field to far-field scanner for medium and high-gain antennas (above 15 dBi), feeds, small arrays and reflectors.

  • Scan area: 0.9 m ร— 0.9 m
  • Near-field, far-field and holographic patterns
  • Additional Z-stage of about 0.01 m
Photo of the 6G Research Laboratory
Up to 500 GHz

6G Research Laboratory

Measurement and fabrication facilities for next-generation wireless research, including VNA spectroscopy.

  • R&S ZNA-40 network analyser up to 43 GHz
  • Quasi-optical transmittometer up to 500 GHz
  • mm-wave extenders 50โ€“330 GHz and a 4 W clinotron (93โ€“100 GHz)
  • LPKF ProtoLaser U4 for PCBs and antennas
Photo of the Cascade Microtech MPS150 Probe System
Up to 110 GHz

Cascade Microtech MPS150 Probe System

A high-precision manual probe system for wafers and substrates up to 150 mm, used with the PNA-X and mm-wave sources.

  • I-V/C-V, RF, mm-wave and sub-THz measurements
  • Device characterisation and failure analysis
  • Sub-micron probing and MEMS tests
Photo of the Additive Manufacturing Lab
Nanoscale 3D printing

Additive Manufacturing Lab

A Nanoscribe two-photon lithography 3D printer for highly precise micro- and nano-scale structures and optical components.

  • Lateral features down to 160 nm
  • High-speed 3D microfabrication
  • Supported by EPSRC (TERRA grant)

Instruments

Type Instrument Range / specification
Network analysers Keysight N5244B PNA-X 10 MHz โ€“ 43.5 GHz, 4-port; extendable to 500 GHz with mm-wave heads
Network analysers Keysight NA5204A PNA-X Pro 10 MHz โ€“ 43.5 GHz, 4-port
Network analysers Keysight N5224A PNA 10 MHz โ€“ 43.5 GHz, 2-port
Network analysers Keysight N5234B PNA-L 10 MHz โ€“ 43.5 GHz, 2-port
Network analysers Rohde & Schwarz ZNA43 10 MHz โ€“ 43.5 GHz, 4-port, electronic calibration kit
Network analysers Keysight N5230C PNA-L 10 MHz โ€“ 20 GHz; 3.5 mm e-cal and mechanical kits, X-band waveguide kit
mm-wave Keysight N5262A Millimetre-Wave Controller For PNA/PNA-X millimetre-wave systems
mm-wave mm-wave frequency extenders (OML, VDI, R&S) WR-15 to WR-2.2, covering 50 โ€“ 500 GHz
mm-wave WR-28 waveguide calibration kit 26.5 โ€“ 40 GHz, mechanical
Signal analysis Agilent Infiniium MSO9404A oscilloscope 4 GHz, 4 analogue + 16 digital channels
Signal analysis Rohde & Schwarz FSP spectrum analyser 9 kHz โ€“ 40 GHz (to 110 GHz with harmonic mixers), noise figure option
Signal analysis LeCroy SDA11000 serial data analyser Up to 40 Gbit/s
Signal analysis Agilent 4294A precision impedance analyser 40 kHz โ€“ 110 MHz
Signal analysis Agilent RF power meter and sensor 50 MHz โ€“ 24 GHz
Sources RF swept CW generators 20 MHz โ€“ 40 GHz
Sources Agilent 81180A arbitrary waveform generator 4 GSa/s
Robotics UFACTORY 850 6-DoF robotic arm 850 mm reach, AC control box

No instruments match your search.

Need a specific instrument or measurement? We can advise on what’s possible and arrange access.

Services

Technical Services

Support for industry partners and external researchers, delivered by the MUSCAT team.

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Measurement Access

Use of the lab’s antenna test ranges and RF characterisation facilities, with expert technical support.

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Tailored Training

Hands-on training designed around your team’s equipment, skills and projects.

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Consultancy

Expert advice on antenna design, measurement and RF characterisation challenges.

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Secondments & Seminars

Staff secondments and onsite seminars to build skills and links between teams.

General enquiries

MUSCAT team

muscat@qmul.ac.uk

Facilities & services lead

Dr Max Munoz Torrico

m.o.munoztorrico@qmul.ac.uk