3D Integration Technologies of Radio for Phase Shift in Phase-Array antenna Systems
Start Date: 29/07/2021,     End Date: 30/01/2023

Radio Frequency Front-End (RFFE) Integrated Circuits (ICs) are of great importance for modern communication systems, finding application in a variety of fields such as SATCOM, 5G, Automotive, Radar and Internet of Things (IoT). In recent years the increased maturity of semiconductor technologies is allowing for several new applications in communication systems. An example is the recent deployment of several IC powered Phased Array Antenna (PAA) systems in beam forming applications no more restricted to RADAR uses only. PAAs combine signals from different sources by coherent sum, minimizing noise (non-coherent sum) and allowing for improved Signal-to-Noise Ratio (SNR). The term "beam forming" in PAAs comes from the idea that this summing effect acts much like having a single directional antenna with high gain pointed at the source. The directionality of an antenna is called a "beam". Since the directionality of the antenna is implemented by non-directional antennas, a beam is formed. PAA IC systems that implement beamforming operate in two main categories: Analog BeamForming (ABF) and Digital BeamForming (DBF), depending on the domain where the phase control of the processed signals takes place.

This project describes an innovative modular monolithic technological integration of GaN, Si, MEMS, Antenna and packaging technology for PAA IC systems, suitable for both ABF and DBF PAA systems and with a vast range of possible applications.

Principal Investigator

Dr. Konstantinidis George
Research Director

Technical Staff

Mr. Kostopoulos Thanasis
Technical Scientist
Mr. Stavrinidis George
Technical Scientist
Mr. Stavrinidis Antonis
Technical Scientist
Mr. Makris Nikolaos
Technical Scientist
Ms. Kayambaki Maria
Technical Scientist

Research Associates

Dr. Michalas Loukas
PostDoctoral Fellow


Ereyno Dimiourgo Kainotomo