TTI is a SME that was founded in 1996 with 100% private capital, and today remains as an independent and private limited society. Currently TTI comprises an expanding team of 100 highly qualified engineers well supported by key lab and fabrication assets. TTI works in the technological forefronts of space, military, telecommunications, science and information technology sectors. TTI applies its radiofrequency and communication systems experience to develop more efficient equipment to comply with the very demanding requirements for future space qualified high efficiency solid state power amplifiers. TTI has among its customers important national and international technology corporations. TTI has carried out an ambitious R&D program to develop new products and services for its customers, teaming R&D activities with the most prestigious national and European organizations.

TTI develops, manufactures and commercialises high efficiency high power solid state power amplifiers from L-band (350 W CW) to Ka-band (160 W CW) based on GaN and GaAs technology respectively. TTI participates actively with the main European research organisms and with the major telecommunications companies in several R&D projects to develop continuously more efficient and competitive solutions. TTI provides expertise for hardware selection, design, integration and testing of advanced RF and microwave components, equipment and systems.

Airbus Defence and Space SAS (AIRBUS) is a division of Airbus Group, the company employs 40,000 people and generates revenues of €14 billion per year. Regarding its space activities, Airbus Defence and Space has accumulated more than 50 years’ experience in satellite manufacturing covering all space applications: Earth observation, science, telecommunication and navigation. More particularly, it holds around a quarter of the world- wide communications satellite manufacturing market serving major satellite operators worldwide (more than 100 geostationary satellites to date). AIRBUS has a total satellite communications system capability in-house, from spacecraft and payload design, manufacture, test and launch to the complete ground control and communications infrastructure in-orbit operation and managed services.

To maintain this position AIRBUS constantly monitors the evolution of the ICT usages and the needs of the operators; Airbus Defence and Space thus innovates accordingly and implements a strong research development and innovation effort in its European premises. In particular it has led and participated in many European Research activities in the area of communications, for EC through FP7 and H2020 calls, for European Space Agency and for National Space Agencies.

The Department of Electronic Engineering of University of Roma Tor Vergata (DIE) was established in 1983, gathering the scientific competences in the field of Electronics, Telecommunications and Automation.

Currently it is composed by 14 Full Professors (including 2 Emeritus), 16 Associate Professor, 24 Researchers, 26 technical and administrative people. The expertise of the Department spans over the disciplines of electronics, optoelectronics, electrical, measurement and telecommunications. The research activities are conducted with a multidisciplinary approach, integrating the expertise of different groups.

The Research group participating in FLEXGAN is specialized in the characterization and modelling (either noise, linear and nonlinear) of active devices, and in the development of design methodologies for microwave and millimetre wave circuits (linear and nonlinear, monolithic and hybrid).  In particular, it stands out for the development of advanced and useful approaches and methodologies for high efficiency power amplifiers (PAs) design. Broad experience in the realization of both hybrid and monolithic microwave circuits based on GaAs and GaN technologies.

TECNALIA RESEARCH & INNOVATION is a private, independent, non-profit applied Research Centre of international excellence. Legally a Foundation, Tecnalia is the leading private and independent research and technology organisation in Spain and one of the largest in Europe, employing over 1300 people (225 PhDs) and with income of near 100,2 Million € in 2016.

The whole team at TECNALIA has one GOAL: to transform technology into GDP, meaning wealth to improve people’s quality of life by generating business opportunities for industry. TECNALIA is committed to generate major impacts in economic terms, by means of innovation and technological development, addressed by 6 business divisions, covering economic sectors of Energy, Industry, Transportation, Construction, Health and ICT. TECNALIA has been granted over 396 patents and promoted more than 30 spin-off companies.

The Aerospace Business Area of TECNALIA is focused on the development of Lightweight Structures & Components and Functional and High Performance Materials. The Area has more than 20 years of experience applying the above Technologies in industry and is formed of 46 scientists and technicians that deal with calculation, design or redesign of components, material characterization, manufacturing technologies, prototyping and components testing.

  Philips founded OMMIC

on January 1^st, 2000, as an independent company with a track record of 30 years of cutting–edge research and development in the fields of III/V epitaxy and integrated circuits technologies. OMMIC has a very clear FAB+ strategy of focusing on high added-value processes, products and services for space, telecommunication, defence and security from 1 GHz to the Terahertz domain.

OMMIC has its headquarters and facility in Limeil-Brévannes on the outskirts of Paris – France. OMMIC has developed the facilities and equipment to allow it to grow its own epitaxial material, perform the front-side processing, to perform backside processing and the characterisation of the technology and circuits. Around these functions OMMIC has also put in place specific software packages to allow the processes to be well controlled (use of SPC) and have complete traceability.

Today the epitaxial activity is based around 3” and 6” wafers, while the foundry is currently using 3” wafers. An investment plan put in place in the year 2000 has allowed OMMIC to purchase since then the majority of the equipment to upgrade to 6” in the foundry.

OMMIC has developed a commercial offering based on adding value to the product. The Space Market now represents around 35 % of the turnover of the company and consists of standard foundry to turn-key delivery of space qualified MMICs and packaged devices. Customer Specific MMICs and standard MMIC products are completing this offer.