Exhibitors

Exhibition is complete!

There are no more spaces available. To support RADECS please ask for sponsorship opportunites.

By exhibiting at RADECS 2023, Companies will benefit from extensive exposure to our international, focused attendance interested in industry innovations.

At Pierre Baudis Centre de congrès booths will be placed on level -1, close to the poster session ; coffee breaks will be served in the exhibition area every day.

Please do not hesitate to contact us!

For more information click on the number booth

Booth 01 | Zero-Error Systems

Booth 02 | Pantechnik

Booth 03 | STMicroelectronics International NV

Booths 04-05 | Frontgrade

Platinum sponsor

Booth 06 | Renesas

Gold sponsor

Booth 07 | Micropac

Booth 08 | Ganil

Booth 09 | ISOCOM Limited

Booth 10 | QRT

Booth 11| Magics Technologies

Booth 12 | Atron Metrology

Booth 13 | Trusted Semiconductor Solutions

Booth 14 | NanoXplore

Booth 15 | Airbus Defence and Space

Booth 16 | IJCLab

Booth 17 | Crane Aerospace & Electronics

Booth 18 | Data Device Corporation / Power Device Corporation

Booth 19 | TRAD

Lunch sponsor

Booth 20 | HILEVEL

Booth 21 | Analog Devices

Booth 22 | Dimac Red

Booth 23 | ChipIr & NILE

Booth 24 | 3D PLUS

Sponsor

Booth 25 | UCLouvain

Booth 26 | EREMS

Booth 27 | RADNEXT & PAC-G

Booth 28 | Teledyne e2v

Gold sponsor

Booth 29 | SkyLabs

Booth 30 | VPT

Booth 31 | Nuclétudes

Platinum sponsor

Booth 32 | AMD

Booth 33 | John P. Kummer Group

Booth 34 | Brookhaven National Laboratory

Booth 35 | Infineon Technologies AG

Booth 36 | Robust Chip

Booth 37 | Unites Systems

Gold sponsor

Booth 38 | ONERA

Booth 39 | Seibersdorf Laboratories

Booth 40-41 | Microchip Technology

Booth 42 | IMEC

Booth 43 | EMPC

Booth 44 | Alter Technology

Booth 45 | ISAE-SUPAERO

Booth 46 | European Space Agency

Booth 47 | exail

Booth 48 | Radtest LTD/Radiation Test Solutions

Gold sponsor

Booth 49 | Texas Instruments

Booth 50 | Pulscan

Gold sponsor

Booth 51 | EPC Space

Gold sponsor

Booth 52 | Fraunhofer INT

Booth 53 | SERMA

Booth 54 | PSI

Booth 55 | Thales Alenia Space

Gold sponsor

Booth 56 | CEA

Booth 57 | Artenum

Booth 58 | APC Technology Group

Booth 59 | CNES

Booth 60 | IEEE Student Branch / IEEE

Booth 61 | RADECS / RADECS 24-26 / NSREC 2024

For more information click on the logo

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Booth 56 | CEA

About CEA
The CEA – a key player in scientific and technological research
Proactive in its commitment to upholding the scientific, technological and industrial sovereignty of France and Europe to safely secure the present and the future.
The CEA is a major research organisation working in the best interests of the French State, its economy and citizens. Thanks to its strong roots in fundamental research, it is able to provide tangible solutions to meet their needs in four key fields:

Low-carbon energy (nuclear and renewable)
Digital technology
Technology for medicine of the future
Defence and national security

About the CEA’s technology research unit
The 3 laboratories of the CEA’s technological research unit —Leti, Liten, and List—develop a broad portfolio of technologies for ICTs, energy, and healthcare.
The CEA’s technological research unit leverages a unique innovation-driven culture and unrivalled expertise to develop and disseminate new technologies for industry, effectively bridging the gap between the worlds of research and business.
The CEA’s technological research unit also provides businesses with access to Key Enabling Technologies developed by other CEA operating divisions.

The CEA’s technological research unit strategic focus
The CEA’s technological research unit is building on CEA Leti’s successful track record innovating for industry. Our organization’s 4,500 researchers and administrative staff are dedicated to bringing manufacturers a broad range of Key Enabling Technologies developed by Leti, List, Liten, and other CEA operating divisions.

INNOVATION : CEA Tech operates at Technology Readiness Levels (TRLs) 3 to 7, serving as an innovation catalyst and accelerator for businesses.
INDUSTRY : CEA Tech develops Key Enabling Technologies of interest to all industries and all types and sizes of businesses, from major multinational corporations to SMBs and start-ups. These technologies are protected by patents held by the CEA, the world’s leading filer of international patents.
PLATFORMS : CEA Tech boasts international-caliber technology platforms available for use by partner businesses at a competitive cost.
EXPERIENCE : CEA Tech has built a results-oriented organizational culture based on a long history of cooperation between research and industry. Our researchers and staff deliver proven experience transferring new technologies to industrial-scale manufacturing facilities.

About Power Electronics
Reducing our carbon footprint with GaN-on-Si
GaN-on-Si (gallium-nitride-on-silicon) wide bandgap semiconductor technology is pushing the limits of high power semiconductors by making systems more energy efficient.
New technologies must be implemented to reduce system energy consumption in the interest of facilitating the energy transition and limiting carbon dioxide emissions.

Objective :
To miniaturize converters and increase energy efficiency, while reducing costs. Electric vehicles, motor controls and power supplies in industry represent principal growth vectors.
CMOS-compatible GaN-on-Si technology on 200 mm silicon wafers fulfills the demands of any medium power application at voltages between 100V and 1200V. Leti implements cutting-edge GaN-on-Si epitaxy equipment (600V and 1200V) and technology for producing diodes and 600V GaN-on-Si power transistors (HEMT) that are much more compact and five times more powerful than silicon technology.
This coplanar technology (CMOS like) enables us to make the power component “smarter” with integrated monolithic functions, such as a bidirectional component (current/voltage), or detection and safety functions (temperature, voltage, current, etc.) orcontrol functions (driver), currently impossible with silicon power technology.

www.cea.fr

Booth 54 | PSI

The Paul Scherrer Institute, PSI, is the largest research institute for natural and engineering sciences within Switzerland. It provides high intensity beams of protons, muons, pions, neutrons as well as electrons and photons for both the scientific research as well as industry applications. Numerus beam-lines equipped with advanced apparatus are available as User Facilities where interested parties can apply for beam-time.

The Proton Irradiation Facility (PIF) is the main PSI facility used for radiation effects studies. It allows research on radiation-induced effects in electronics and devices for both space and on-ground applications. PIF not only enables experiments with realistic space proton environment but also provides mono-energetic beams for radiation hardness tests of materials. The facility is used extensively by the space community as well as by research teams in other disciplines. Our long-term experience with industries and space agencies provides extra benefits in fields of applied science and technology. Several experiments in physics as well as testing and calibrating of modern particle detectors and radiation monitors have already been performed. A wide range of applications is feasible due to elementary design aspects assuring:

A broad range of energies and intensities of the proton beam
Experiment with adaptable monitoring of flux and dose
Fast and uncomplicated experimental setup
Transparent operating procedure
User-friendly data acquisition system
Flexibility towards customers’ needs

Other experimental stations with particle beams are also available and utilize PSI’s broad park of accelerators.

Secondary particle beams for material research are provided by the PSI’s High Intensity Proton Accelerator (HIPA). Pions, muons as well as electrons of momenta up to a few hundred MeV/c are available in several experiment sides of HIPA.
The protons from HIPA are also used in the spallation neutron source (SINQ). SINQ is a continuous source of slow neutrons, the first and only one of its kind in the world, with a flux of about 10¹⁴ n/cm2/s.
The Swiss Light Source (SLS) is a third-generation synchrotron light source, which offers quality (high brightness), flexibility (wide wavelength spectrum) and stability (very stable temperature conditions).
The Swiss Hard X-ray Free Electron Laser (SwissFEL) is a new generation of light source offering novel experimental capabilities in diverse areas of science by providing very intense and tightly focused beams of x-rays. This novel technology holds exceptional promises for diverse areas of scientific research.