”Full Duplex Steerable Antenna for Mass Market Interactive Terminals’’ ESA project for the development and space assessment of low cost fully steerable Ka band antenna for SATCom and S-IoT applications (ESA Artes Advanced Technology, Contract AO/1-9744/19/UK/ND) OBJECTIVES To develop of a novel class of low cost fully steerable Ka band antenna for Mass Market Interactive Terminals based on an innovative use of metasurface technology. The main antenna characteristics are: Fully scanning Low cost Low power consumption Small size Low bit rate TRL Level From 2 to 4 STATUS On-going PARTNERS RF microtech s.r.l. Italy – PRIME CONTRACTOR https://www.rfmicrotech.com Wave Up s.r.l. Italy http://wave-up.it/ LINKS Foundation, Italy https://linksfoundation.com...
Read MoreRF Microtech has been awarded a new ESA ARTES AT project entitled COKKO ‘COmpact Ku/Ka-band filters for On-board processor-based payloads’ The project goal is the development and space assessment of miniaturised Ku– and Ka-band RF filters integrating a wide-band differential interface for on-board digital signal processors. Up to 30% size reduction can be achieved by combining advanced design techniques with three-dimensional implementation techniques such as Low Temperature Co-fired Ceramics (LTCC) or multilayer Printed Circuit Boards (PCB). RF Microtech is the main proponent and prime contractor of the project, that will be conducted in collaboration with Thales Alenia Space – Italy For more information contact us and visit the project web page at this...
Read More‘COmpact Ku/Ka-band filters for On-board processor-based payloads’ ESA project for the development and space assessment of miniaturised Ku- and Ka-band RF filters integrating a wide-band differential interface for on-board digital signal processors (ESA Artes Advanced Technology, Contract 4000129096/19/NL/AF) OBJECTIVES Miniaturising the broadband filters and implementing differential interfaces to the ADCs and DACs (e.g. by integrating baluns) will significantly impact the size of analogue pre- and post-processors. Up to 30% size reduction could be achieved by combining advanced design techniques with three-dimensional implementation techniques such as Low Temperature Co-fired Ceramics (LTCC) or multilayer Printed Circuit Boards (PCB). At the same time, due attention must be paid to implementing good gain and phase stability and tracking through the different analogue signal processing chains, which is important in digital beam forming applications. The objective of this project is to design, manufacture and test miniaturised Ku- and Ka-band RF filters integrating a wide-band differential interface for on-board digital signal processors. TRL Level From 4 to 6 STATUS On-going PARTNERS RF microtech s.r.l. Italy – PRIME CONTRACTOR https://www.rfmicrotech.com Thales Alenia Space Italy Italy...
Read MoreThe European Space Agency ESA just published on its website a news to celebrate a decade of the successful collaboration with RF Microtech. “RF Microtech has experienced remarkable growth in the last few years, which has put the medieval town – normally famous for its stunning scenery, legendary chocolate and its jazz festival – firmly on the technology map”. This was declared by ESA delegates, after the bilateral meeting held in Perugia on June 2019 to consolidate and celebrate the fruitful collaboration with RF Microtech. Visit https://artes.esa.int/news/university-spin-puts-perugia-technology-map to access the full...
Read More‘High-Performance Dielectric Resonators’ ESA project for the development and space assessment of high performance resonators based on dielectric technology (ESA Artes Advanced Technology, Contract 4000126886/19/NL/MM) OBJECTIVES To develop and experimentally verify high performance dielectric resonators with a quality factor (Q) times frequency (f) figure of merit (Qxf) of at least 250,000 GHz for use in input and output multiplexers in the frequency range from C- to Ka-band (3 ÷ 30 GHz). The target is to develop enabling technology for a new source of high Q dielectric resonators and to provide a 25% increase in Q factor with respect to currently available European resonator materials. TRL Level From 3 to 5 STATUS On-going PARTNERS RF microtech s.r.l. Italy – PRIME CONTRACTOR https://www.rfmicrotech.com Department of Engineering, University of Perugia http://www.ing.unipg.it/it/ ...
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