Research and Industry

ATEM had numerous solicitated proposals in France and Canada on research and development projects, which attest to its technical ability to resolve the most delicate microwave problems.

RF AND MICROWAVE SUBSYSTEMS

We carry out numerous RF & microwave subsystems integrated into POD for the flight tests of new radar and imaging systems developed by ONERA.
We provide CNRS laboratories and universities to enable them to carry out their experimental research using robust and reliable coax cables assemblies in their various measurements. We also provide coax cables assemblies for the compatibility and electromagnetic susceptibility measurements of parts immersed in anechoic chambers.

AVIO 601

Project located in Canada. It was launched in October 2016 and the main goal was to develop new cognitive systems, digital signal processing techniques to resolve satellite link reference and simulation, and test bench verification tools. The Research and Development Program is over a four-year period and is part of a consortium led by l’Ecole de Technologie, (ETS - School of Higher Technology – University of Quebec) and LASSENA, its Space Technology, Embedded Systems, Navigation and Avionics Laboratory and our Canadian university and research partners (UQAM – French Canadian public university, Concordia University, Polytechnique Montreal, NSERC - Natural Sciences and Engineering Research Council of Canada, INRS – National Institute of Scientific Research, CRIAQ – Consortium for Research and Innovation in Aerospace in Quebec) and industrialists (Thales, Vigilant, Telesat …).The company develops techniques for interference reduction or avoidance that affect satellite communications. The main goal was to develop new cognitive systems, digital signal processing techniques to resolve satellite link reference and simulation, and test bench verification tools. The project must lead to the implementation of a proof-of-concept hardware / software prototype validating interference elimination through a radio frequency interface (RFI) and anti-jamming tools for the aerospace industry. The development of a database of RFI sources and locations updated in real-time by RFI measurement and monitoring modules also fall within the specifications.

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SPIRAL 2

Online Radioactive Ion Production System of the CNRS on the GANIL (Large Heavy Ion National Accelerator). GANIL is a global research center that studies the structure of atomic nuclei and the properties of nuclear matter with extreme neutron excess.

HORUS, CNIM AEROSPACE

Carried out by CNIM Aerospace, the aim of this R and D project was to build and to record sensor data to guarantee the surveillance and security of maritime and terrestrial activity. A functional test was carried out at the end of 2015. ATEM collaborated with ONERA, their research partner on this project, financed by the European Regional Development Fund (ERDF), national funding (Bpifrance, Fonds Unique Interministerial, FUI), and regional funding (Provence-Alpes-Côte d’Azur Regional Council, Toulon Metropolis Provence Mediterranean).

OTHER INDUSTRIAL COOPERATIONS…

  • In the space sector, Ariane Group and Zodiac Data Systems (SAFRAN)...
  • In the railway industry, cabling systems for Wi-Fi deployment solutions on TGV trains by SNCF, French rail company. Alstom was looking for high performance level cables to equip monitoring systems on transformers and ATEM provided engineering and supplies to meet their needs.
  • In the industrial sector, the company provided its expertise to ST on system testing, to Dedienne on antenna systems, to Zodiac Aerospace on microwave subsystems...