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.
OUR APPROACH
Atem has been a manufactory company since its beginning and has developed its own capabilities and facility tool to match its development. Nevertheless, Atem would like to develop its own Research & Development roadmap to tackle its future stakes and puts in place its double strategy approaches:
Vertical approach – to move up the RF & microwave value chain
increase the RF & microwave engineering studies to support the development of our customers, PhD dedicated to millimeter detection and localization system with simplified antenna architecture, laboratory partnerships to finally become a small radar OEM
Horizontal approach – to offer connectivity solutions not only with coax cable assemblies:
Atem would like to integrate fiber optics within its interconnexion solution offer and launch R&D activities on Optical Wireless Communication (OWC) to propose tailor made connectivity solutions to our customers according to operational constraints.
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.
OUR PROJECTS
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).
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).
AIRCOM – Aeronautic InfraRed COMmunication
AIRCOM is an in-house technological demonstrator to transfer data from emitter to receiver without any cables thanks to OWC technology (Optical Wireless Communication). To go further, have a look on this short presentation of the project. We are looking for some use cases both in aeronautics and more generally industry to make progress within the Technological Readiness Level. Our goal is to bring operational advantages at a very competitive price
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...
