Establishing traceability of wafer-level measurements @ mm-Wave freq: progress & recent achievements

New space, sew solutions: Innovation driving transition from TWTAs to SSPAs @ higher mmW frequencies

High volume, cost-effective production testing of MMICs in the UK

Digital beamforming in KA-band satcom: calibration challenges and impacts of phase noise

Self-interference cancellation: The future of FDD in mobile devices

A novel solution for board design compatibility with high-rejection LTCC filters

Doherty design considerations for mm- and cm-wave applications

How to Design and Develop Custom MMICs

Doherty Power Amplifiers Move to mmWave – Designing an Efficient 28GHz PA

An X-band Pulse Compression Instrumentation Radar for RCS Characterisation

Contiguous mode power amplifiers in class BJF -1 : a robust design approach for 5G applications

Integrated Simulation for Comprehensive Satellite Mission Support

Configurable high-power E-Band transceiver for low-cost, volume, terrestrial telecommunications

Implementation of true time delay for wideband beamforming applications in an integrated RFSoC

The GHz Characterisation of Soft Materials

Demystifing Beamforming and Null Steering presented by Dr. Doron Ezri

Comprehensive OFDM-MIMO online course -The Rayleigh Channel

Application of mmWave technology in HAPS and LEO constellations

GaN MMICs for mmWave applications

Comprehensive OFDM-MIMO Online course-Introduction- Dr. Doron Ezri

5G mmWave wireless – recent results from transport applications

Development of GaN based Solid State Power Amplifiers up to 1kW CW

RF goes Quantum – how RF engineering is shaping the future of Quantum Computers

A highly-integrated CMOS front-end for mmWave 5G

Hybrid optical beamforming for electrically steered antennas

Beam steering challenges and advances at mmWave frequencies

Microwave technology for broadband satellite communications

Power amplifier MMICs for mmWave 5G

Understanding GaN device trade-offs through advanced load pull simulations

Packaged mm-wave GaN, GaAs and Si ICs for 5G and automotive radar

Design challenges and considerations in the current climate with 5G and CAV

mmWave Solutions for 5G Backhaul

Gigabit Baseband Modem Technology for 5G mmWave Applications

Challenges in mmWave Wireless Channel Measurement and Analysis

Mm-wave Components and Technologies for 5G Applications

A New, Near-0dB PAPR Waveform for mmWave 5G: STORM

5G in mm-Wave Frequencies: Standards, Spectrum and Early Uses

mmWave Measurement Challenges for 5G

Towards 5G - Where do Millimetre Waves Fit In?

Making RF designs work

Designing GaN PA MMICs

Harmonic load pull investigations of high-efficiency GaN power transistors

The search for bandwidth – 60GHz communications

RFPA design flow: the Great Debate

Field-programmable digital and RF technologies driving innovation in wireless networks

Millimetre waves finally fulfilling their promise - key technologies and applications

Liam Devlin M2M Session Introduction, CW TEC 2015

GaN PAs for Microwave Line of Sight Link Applications

Opening Remarks at Interlligent RF & Microwave Seminar in Cambridge , 2014