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.
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Booth 32 | AMD Xilinx
No mission is out of reach when you trust your defense systems to AMD. We deliver secure, reliable, and long-lasting multicore solutions that help you consistently achieve fast and accurate results. AMD has supported the Aerospace and Defense community for more than 30 years. The company’s broad portfolio of high-performance and secure, adaptive and embedded computing solutions includes FPGAs, adaptive SoCs, CPUs, and GPUs that address a broad range of applications, including signal processing, video processing, and machine learning. AMD’s portfolio also includes defense-grade and space-grade parts. When it comes to Aerospace and Defense, don’t leave things to chance. Make your mission possible with AMD.
Booth 15 | Airbus Defence and Space
Airbus Defence and Space cutting-edge capabilities, decades of experience and dedicated colleagues across the world ensure that we are leaders in the space sector – designing, developing and operating major space systems and, together with our Connected Intelligence colleagues, delivering powerful insights with our space-based services.
Our expertise includes telecommunications satellites for any mission, very-high-resolution Earth observation instruments, unique deep space missions, flawless International Space Station operations and Space products. Space products offers an extensive solutions portfolio for all the here above types of space applications, including launchers, as well as dedicated solutions for “New Space”. All space systems and products benefit in particular of our expertise in the radiation domain which allow to develop space products fitting the need of multiple potential customers in a cost effective manner thanks to a first in class Radiation Hardness Assurance (RHA) process.
The space products business of Airbus comprises Airbus Defence and Space’s equipment departments in Germany, France, the Netherlands, and Italy, and the subsidiaries Jena-Optronik, TESAT and Airbus Crisa, which operate as stand-alone units, serving a global customer base as preferred partner.
Around the globe, commercial and government customers alike rely on Airbus’ leading space technology and solutions. Our customers take benefit of successful decades of in-orbit heritage and one of the world largest available flight proven portfolio, and our highly skilled and passionate teams are continuously developing pioneering technologies and industrial approaches.
Booth 12 | Atron Metrology
ATRON METROLOGY is a technological platform dedicated to irradiation tests including accelerated aging or electronic systems reliability tests. It allows MeV-scale irradiation in electrons or X-rays at controlled temperatures and atmospheres. ATRON METROLOGY provides also support for R&D projects.
ATRON METROLOGY has developed a rupture technology that aims to abandon the use of radioactive sources in favor of a controlled irradiation mean. These services are allowed thanks to an Electron Beam and an X Irradiation Line (FELIX) allowing electronic or X-ray irradiation of materials. This accelerator emits electron or X-photon radiation, from 0.2 to 3.5 MeV. It has been designed and tailor-made by HVE (High Voltage Engineering, Nederlands) according to our specifications. It has a footprint of 10.4×6.9 m², which is part of a dedicated facility in Normandy (France). The irradiation room, in which the electron beam is delivered to a removable conversion target, has the dimensions 3×6 m². Its access through a baffle allows to irradiate volumes of materials up to 1 m³.
The beam is adjustable in current (from pA to mA) and voltage (0.2 to 3.5 MV) so that a very large dose equivalent rate dynamic can be achieved from 0.1 µSv/h to 500 Gy/h at 1 m from the X-target. E-beam can also be directly used. It is scanned over a maximum area of 40×220 mm² at a configurable electron fluence.
In partnership with CNRS and CEA laboratories, ATRON METROLOGY has developed a method for calibrating of radiation survey meters with an electron beam and an X irradiation field connected to a primary radiation source. This service is COFRAC accredited according to the ISO-17025 standard, which lays down general requirements for the competence of testing and calibration laboratories.
The scope of our accreditation No. 2-6778 covers instrument calibration operations in terms of air kerma, ambient dose equivalent or their flow rates. It demonstrates the importance that ATRON METROLOGY attaches to the validity of the results delivered, the confidentiality of the data to which ATRON METROLOGY has access and the impartiality of its team.
The entire ATRON METROLOGY platform, from beam calibration to measurement methods, ensures its customers reliable results, reduces environmental impact and participates in the emergence of new solutions through research and innovation.
Booth 23 | ChipIr & NILE
The ISIS Neutron and Muon Source at the Rutherford Appleton Laboratory has recently been building up its irradiation capability.
It’s ChipIr beamline is dedicated to neutron testing and qualification of electronic devices for single-event-effects that result from the naturally occurring atmospheric neutrons produced by the atmosphere continuous bombardment by cosmic rays. The beamline’s dedicated design provides a neutron spectrum that closely matches the natural atmospheric one up to 800MeV in energy, but at much higher intensity, providing an acceleration factor of 1.5 x 10^9. Coupled to this the beamline has flexible collimation, a highly specified experimental and user areas that provide the necessary environment for effective and efficient experimental campaigns.
The NILE facility contains two compact neutron sources using the D-T and D-D nuclear reactions to produce mono-energetic neutrons at 14MeV (at a total yield of 10^10) and 2.5MeV (at a total yield of 10^9). Situated alongside the ChipIr beamline NILE provides testing and training capability in electronic irradiation testing as well as benchmarking and opportunities for fast-neutron detector development for the nuclear and fusion sectors.
In addition to these dedicated facilities the ISIS Neutron and Muon Source can also provide access to thermal neutron and muon beamlines for irradiation experiments and testing.
Both ChipIr and NILE, along with other ISIS beamlines, provide access routes for both commercial and academic clients and welcomes users from across the globe. ISIS can also provide funded access to its irradiation capability through projects like the RADNEXT programme and the UK’s SWIMMR Space Weather programme.
Booth 17 | Crane Aerospace & Electronics
Crane Aerospace & Electronics’ Interpoint® brand offers DC-DC converters and EMI filters with proven performance in the extreme environments of space and defense as well as the high reliability requirements for commercial air and industrial applications. As an industry leader since 1969, the Interpoint brand is known for manufacturing high-reliability power-conversion products and custom hybrids for the aerospace, space, military, medical, industrial, and commercial markets.
Booth 24 | 3D PLUS
3D PLUS is a world leading supplier of advanced high density 3D microelectronic products and die/wafer stacking technology. Our products meet the demand for high reliability, high performance and very small size of today’s and tomorrow’s electronics.
Our patented technology portfolio starts with standard package scale upward to die-size and wafer-level stacking processes. It enables stacking heterogeneous active, passive and opto-electronic devices in a single highly miniaturized package. Comparing to other existing 2D traditional solutions, our technology allows gaining a factor of at least 10 on the weight and volume of the components.
3D PLUS standard products and System-In-Package (SiP) solutions bring breakthrough advantages to our customers’ electronic designs. They are used in diverse computer boards, data recorders boards and custom applications for buses and payloads. Our Flight Heritage is expanding continuously with products launched in Space every month in GEO, MEO and LEO orbits, for deep space exploration missions, for satellite constellation fleets, and for governmental missions.
Booth 18 | Data Device Corporation / Power Device Corporation
Data Device Corporation (DDC) is a world leader in the design and manufacture of high-reliability data networking solutions, from components and boards to processor based subsystems, for aerospace, defense, space, and industrial applications. With awards for quality, delivery, and support, DDC has served these industries as a trusted resource for more than 57 years… providing proven solutions that are optimized for efficiency, reliability, and performance. DDC is headquartered in Bohemia, NY and has manufacturing operations in New York and Mexico.
Power Device Corporation (PDC) designs and manufactures high-reliability power and control solutions (space qualified single board computers, radiation hardened components; power distribution, control and conversion; motor control and motion feedback) for aerospace, defense, space, and industrial applications. Power Device Corporation is headquartered in Bohemia, NY and has manufacturing operations in New York, California, and the United Kingdom.
Booth 22 | Dimac Red
Dimac Red Spa is a professional sales organization, established in 1979, dedicated to serving the European market with High Reliability electronic products.
Our mission is to provide customers with products and services that require a unique level of technical support.
Our services include design, prototypes and subsystems production, hirel procurement activities, design analyses (WCA, FMECA, radiation) and additional screening/testing.
Focused mainly on the aerospace, military, railway markets (but also on automotive, telecom and medical markets), our experienced technical engineers provide Design-In and Added Value in order to help professionals and designers use High Reliability electronic components and sub-systems. Using this resource, our customers have an easy access to a wide knowledge of the latest advanced technologies suitable for their needs.
Core Competences are:
Booth 51 | EPC Space
EPC Space provides revolutionary high-reliability radiation-hardened enhancement-mode gallium nitride (eGaN®) power management solutions for space and other harsh environments. Radiation-hardened GaN-based power devices address critical spaceborne environments for applications including power supplies, light detection and ranging (lidar), motor drive, and ion thrusters. EPC Space has been delivering space grade eGaN® discrete devices and modules since 2017. Our products have been in orbit since 2019 with tens of thousands of units on board satellites. Our units are on board satellites flying in LEO and GEO orbit with mission lives of 10+ years.
Booth 46 | European Space Agency
The European Space Agency (ESA) is Europe’s gateway to space. Its mission is to shape the development of Europe’s space capability and ensure that investment in space continues to deliver benefits to the citizens of Europe and the world. ESA is an international organisation with 22 Member States. By coordinating the financial and intellectual resources of its members, it can undertake programmes and activities far beyond the scope of any single European country.
The Radiation Hardness Assurance & Component Analysis Section (TEC-QEC) main responsibility is to provide functional support to ESA projects and carries out technology research (R&D) on the radiation effects and reliability assessment of EEE components. The Section is also responsible for the day-to-day operation of the ESA component laboratory, including the preparation and execution of radiation test campaigns, the development of test set-ups, and subsequent data analysis in support of the Agency’s projects, studies, evaluation, qualification and radiation hardening activities.
Booth 26 | EREMS
EREMS, a French SME of 172 people founded in 1979, member of NewSpace Factory, aims to study and produce electronic equipment and associated software, for high technology sectors, in particular for space.
Endowed with research, engineering, manufacturing and testing services, EREMS, for more than 40 years, designs and manufactures, on specifications, and in series, on-board electronic equipment for space.
The areas of expertise of its teams cover Power Supply electronics, Front-End and acquisition electronics, Motor Drive electronics, Digital & data processing électronics and Human Space Flight solutions, as well as embedded software.
Through its expertise and its ability to manage large-scale projects such as the design and production of major equipment mounted on board, in particular PLEIADES Néo, IASI-NG, SVOM, LSTM COPERNICUS, CO3D, KINEIS or electronics on board probes exploration of the solar system such as HAYABUSA 2, SOLAR ORBITER, BEPICOLOMBO, INSIGHT, MSR ERO, EREMS is an interlocutor recognized by its customers for its commitment and the quality of its services.
Booth 47 | Exail
From design to manufacturing, Exail Photonics masters the complete production chain of specialty fibers, Bragg gratings, high speed modulation solutions and micro-optic assemblies.
We provide turn-key laser systems delivering continuous and sub-ns pulsed signal wave, as well as instruments.
Our solutions supports a very wide variety of applications including high speed communications, fibers-based sensing, space, science, medical, and quantum technologies.
Booth 52 | Fraunhofer INT
The Business Unit „Nuclear Effects in Electonic and Optics (NEO)“ at Fraunhofer INT investigates the effects of ionizing radiation on electronic, opto-electronic, and photonic components and systems. Its work is based on more than 40 years of experience in that field.
We perform irradiation tests based on international standards and advises companies regarding radiation qualification and hardening of components and systems. The knowledge obtained in years of radiation testing is also used for the development of new radiation sensor systems. These activities are performed either at irradiation facilities installed at the institute or at partner institutions to which our scientists have regular access. A multitude of modern equipment to measure electrical and optical parameters is available. Furthermore our institute runs a precision mechanical workshop and an electronic laboratory. This enables us to conduct most of the irradiation tests without help or equipment of the customer.
Booths 04-05 | Frontgrade
Frontgrade pioneers the future and underpins many of the world’s most critical missions. Our radhard microelectronics empower the world’s leading spacecraft: from leading high throughput commercial communications satellites, earth observation satellites, and manned space, to high priority national security missions, deep space exploration to Mars and beyond, and the latest new space constellations. Our RF transmission and antenna solutions enable space signal transmission, search & surveillance, satellite communications, missile defense radars, missile seekers, electronic warfare systems that keep warfighters safe, and civil aviation radars that ensure the safety of the flying public. Our highly complex motion control products enable satellite solar panel actuation, Mars Rover actuation, and optical steering. Our power management solutions convert and distribute power in the harshest environment.
Booth 08 | Ganil
GANIL is one of the leading laboratories in the world engaged in research with ion beams.
GANIL is also a facility for the testing of electronic devices under heavy ion irradiation, in a wide range of energy. SEE testing is possible with ions such as Kr, Xe, Pb, etc… in a wide LET range (9 to 96 MeV.cm²/mg)
Booth 20 | HILEVEL
HILEVEL proudly offers American made cost-efficient IC test systems for the digital and mixed-signal community. See how HILEVEL systems give you the best and most cost-effective tools for Failure Analysis. Check out our newest and most compact test system at https://hilevel.com/ETS788C.html
Have you seen the new curve tracer from Hilevel? It’s called the CurveMaster. FAST to learn, FAST to setup and FAST to execute. With up to 2,048 channels and up to 64 SMU’s, the CurveMaster out-performs the rest with very competitive pricing. Take a look: http://hilevel.com/CM.html
Booth 35 | Infineon Technologies AG
Infineon Technologies AG is a world leader in semiconductor solutions that make life easier, safer and greener. Microelectronics from Infineon are the key to a better future.
Our high-reliability products and solutions are engineered for optimal performance and longevity in extreme environmental conditions, including exposure to severe ionizing radiation in space. Infineon’s rad hard space memory, power conversion and RF solutions are part of virtually every spacecraft in flight today.
Our unique high-reliability portfolio spans rad hard memory, rad hard MOSFETs, HiRel and rad hard power ICs, Schottkys and diodes, and rad hard microwave transistors and diodes. Together with our IR HiRel subsidiary, we offer global customers a wide selection of high-reliability and rad-hard solutions qualified to DLA and ESA standards.
Infineon’s HiRel products are flight-proven under space radiation conditions across thousands of programs worldwide, from space satellite buses to space exploration vehicles and more. Customers count on Infineon for our demonstrated track record of high-reliability products, portfolio longevity, and long-term commitment to space.
Booth 16 | IJCLab
The ALTO research platform consists of two gas pedals unique in France : a 15 MV Tandem electrostatic gas pedal for the production of stable beams, ranging from proton to heavy ions, clusters and neutrons, and an electron linear gas pedal for the production of low energy radioactive beams by photofission. These machines are surrounded by a wide variety of experimental instruments/devices located on 11 different beamlines. The diversity of the beams produced facilitates large-scale research in nuclear physics, nuclear astrophysics, interdisciplinary activities such as health physics, and irradiations for the space industry. The gas pedals operate for approximately 4,000 hours each year to perform up to 30 experiments, during which time they run 24 hours a day, 7 days a week. The ALTO platform hosts local, national and international users representing a community of about 250 researchers. ALTO has unique features: It is the only facility in the world that provides electron beams, light and heavy ion beams, and naturally directional high flux neutron beams. And rare ions such as 3He and 14C, as well as radioactive beams.
Booth 09 | ISOCOM Limited
ISOCOM Limited is a UK AS9100D approved manufacturer specialising in the design, manufacture and testing of high reliability, radiation tolerant, optoelectronic and microelectronic components for space and aerospace applications. Our products include optocouplers, solid state relays, mosfets, emitters, detectors, sensors, hybrid circuits, optical switching products and high power VCSEL lasers.
Booth 33 | John P. Kummer Group
John P. Kummer Group was founded as a specialist distributor of instruments used in the manufacturing of Semiconductors in 1975.
We attach great importance to trade with reliable products. Approximately 20 dedicated people working to remain the preferred distributor for specialty equipment and materials through consistent growth.
John P. Kummer Group is able to provide its customers with its combined expertise when applied to various specialized applications in the field of semiconductor, hybrid microelectronics, circuit/electronic assembly, medical devices and optical materials.
Key facts about JPK Group
Booth 11 | Magics Technologies
Go where no electronics have gone before”. Magics Technologies is a fabless semiconductor company based in Geel, Belgium, specializing in the development and manufacture of radiation hardened ICs for the space and nuclear market (or any harsh environment where radiation is present). We offer a range of ICs all of which have been designed using our radhard-by-design methodology (RHBD) in these ITAR-free families: motion series; time series; power series, vision series and AI. Thanks to our unique rad-hard-by-design methodology, all chips bene[1]fit from the following features and improvements (compared to older comparable technology or solutions): – No shielding needed – Small and compact component footprint – Fewer external components for compact PCB-design – Less complex cabling or systems needed – Low power consumption – Free from ITAR regulations – Affordable reliability – Faster go-to-market due to our own stock supply (in Belgium).
Booth 07 | Micropac
Micropac Industries, Inc. manufactures microelectronic and optoelectronic components for the military, aerospace and space markets. Certified to MIL-PRF-19500 and MIL-PRF-38534, Micropac offers both standard and custom products including optocouplers, LEDs and Displays, Proximity and Hall Effect sensors, solid state relays and power controllers, high temperature voltage regulators and multi-chip modules.
Booth 31 | Nuclétudes
For more than 55 years, Nuclétudes, subsidiary of ArianeGroup, has been one of the key players in the design of systems evolving in harsh radiation and EM environments
Nuclétudes has acquired a vast and unique expertise in different fields :
Booth 38 | ONERA
ONERA, the French Aerospace Lab
ONERA is a central player in aeronautical and space research and employs over 2,000 people.Operating under the authority of the French Ministry of Armed Forces, its 2022 budget amounts to €266 million, over half of which comes from study, research and testing contracts. As the government expert in aerospace technologies, ONERA strives to prepare tomorrow’s defenses, address the aerospace challenges of the future, and boost the competitiveness of the aerospace industry. It boasts skills in all disciplines and technologies used in aerospace applications. All the major civil and military aerospace programmes in France and Europe are rooted in ONERA’s DNA, including Ariane, Airbus,Falcon, Rafale, missiles, helicopters, engines, radars, etc. Its world-renowned, prize-winning research scientists mentor many doctoral students.
Booth 50 | Pulscan
PULSCAN is the laser-testing experts company, specialized in industrial turn-key equipment combining optics, electronics, microscopy and software for single-event effects testing, fault injection and failure analysis of integrated circuits using pulsed laser-based techniques. For about fifteen years, PULSCAN products, including the Pulsys equipment and the Pulsbox series of laser sources, provide in-lab SEE testing capabilities for silicon and other semiconductor technologies, from test vehicles to power devices to systems-on-chip, using either single-photon or two-photon absorption techniques, with a user-friendly interface and a reliable design that enable repeatable measurements and mapping of SEEs. PULSCAN also offers laser testing service using its facility near Bordeaux in France, bringing its unique know-how and many years of experience in successful laser testing campaigns to the semiconductor and aerospace industry.
Booth 10 | QRT
Electronics industries worldwide have experienced significant growth over the past few decades, with semiconductors being a key contributor to this growth due to their extensive application in various new products. QRT has been a leading provider of semiconductor reliability evaluation and defect analysis services to clients across the globe, leveraging their 35 years of experience and technology development to ensure customer satisfaction. By conducting extensive research on various semiconductor reliabilities, QRT has accumulated in-depth knowledge of semiconductors and technology, which has enabled them to assess the reliability of semiconductor and automotive electronics accurately. In addition, they have established subsidiaries in China and Silicon Valley, thereby expanding their global sales network and local business, laying the foundation for future growth. QRT is not only a pioneer in the current semiconductor reliability evaluation and analytics service industry, but they have also become a specialist in semiconductor reliability equipment by developing and selling the world’s first 5G RF chip reliability testing equipment and semiconductor error detection device. They are committed to maximising their capabilities through intensive investment, creating a differentiated business, and achieving stable and sustainable growth in the future. As a reliable partner, QRT is committed to delivering top-class quality and competitive services to ensure customer success and mutual growth. Their management philosophy revolves around building a community where they can work cheerfully together with their customers, and they are dedicated to sharing a bright future with their clients.
Booth 27 | RADNEXT & PAC-G
RADNEXT is an H2020 INFRAIA-02-2020 infrastructure project with the objective of creating a network of facilities and related irradiation methodology for responding to the emerging needs of electronics component and system irradiation; as well as combining different irradiation and simulation techniques for optimizing the radiation hardness assurance for systems, focusing on the related risk assessment.
Transnational Access to irradiation facilities is the cornerstone of the RADNEXT project. More than 6000 beam time hours are awarded during the four years of the project, in more than 20 different facilities in Europe and beyond. Both academic and industrial groups are eligible for beam time as potential RADNEXT users, and in particular small and medium-sized enterprises (SMEs) are strongly encouraged to submit their proposals. Beam time awarded for RADNEXT users is free of charge, funded by EU European Union’s Horizon 2020 research and innovation programme under grant agreement No 101008126.
PAC-G, the Platform for Advanced Characterisation – Grenoble, is a service platform dedicated to the characterisation in micro and nanoelectronics developed in Grenoble in the context of the IRT Nanoelec. This platform proposes commercial confidential access to advanced synchrotron X-rays and neutrons end-stations available at the ESRF, the ILL and the LPSC to support the industry of semiconductors. PAC-G is very active in the domain of failure analysis and physical or chemical characterisation and since 2016 launched a programme in the domain of the radiation hardness testing.
Booth 48 | Radtest
The Radtest Ltd business was founded at Harwell in 2013, originally as part of Aeroflex and then Cobham before becoming independent in 2020.
We are unique in the radiation effects market in offering services to all sectors where the exposure of equipment to ionising radiation may be encountered, including space, nuclear, medical, high-energy physics, defence and industrial applications. The history of our location speaks for our involvement in nuclear power station operations, fuel handling and decommissioning activities. The more recent transformation of the Harwell campus into the UK space cluster, including the National Satellite Test Facility, demonstrates that space is central to our business.
Radtest Ltd has knowledge and experience in the following areas:
With our own cobalt-60 cell for total dose testing and links to many external irradiation facilities, we can offer irradiation with virtually any radiation particle to match your requirements.
Booth 06 | Renesas
Renesas is a global semiconductor company delivering trusted design innovation with complete semiconductor solutions that enable billions of connected, intelligent devices to enhance the way people work and live. Since the 1950’s Renesas has been a technology leader in the high reliability business with its Intersil family of space products. With a focus on supporting extreme temperatures and no-down time environments, our broad radiation hardened portfolio in power management, analog and mixed-signal solutions is a trusted choice.
Booth 36 | Robust Chip
Robust Chip provides radiation hard, low power, STD cell libraries and logic cells, analysis and simulation tools for soft errors and radiation effects. Please visit our RADECS Exhibit and ask about our special techniques to deal with radiation effects in the most advanced semiconductor technologies.
Booth 39 | Seibersdorf Laboratories
Seibersdorf Laboratories provides experimental (TID, TNID, SEE) and numerical investigations of all kinds of radiation effects in components and systems applied in radiation fields. Our mission is to offer expert services in radiation hardness assurance (RHA) of components and systems according to ENISO/IEC17025 for the European industry, nuclear medicine and for academic research institutes.
Our vision is to become your leading partner in radiation exposure testing of your systems and components!
Booth 29 | SkyLabs
SkyLabs is a space-technology oriented company in satellite market providing top-notch solutions for satellites avionics in the range of micro to small scale satellite, focusing onto high-tech tailor-made solution development, including fault tolerant hardware and software development, digital signal processing, radiation hardened by design IP/ASIC development, fast prototyping, and space/ground segment communication. With our products and quality we are recognized as a leading company specializing in the introduction of innovative and high-tech turnkey solutions in the space upstream market.
Booth 03 | STMicroelectronics International NV
At ST, we are more than 50,000 creators and makers of semiconductor technologies mastering the semiconductor supply chain with state-of-the-art manufacturing facilities. An integrated device manufacturer, we work with more than 200,000 customers and thousands of partners to design and build products, solutions, and ecosystems that address their challenges and opportunities, and the need to support a more sustainable world. Our technologies enable smarter mobility, more efficient power and energy management, and the wide-scale deployment of the Internet of Things and connectivity. ST is committed to becoming carbon neutral by 2027. Further information can be found at www.st.com.
Booth 28 | Teledyne e2v
Teledyne e2v’s innovations lead developments in healthcare, life sciences, Space, transportation, defense and security and industrial markets. Teledyne e2v’s unique approach involves listening to the market and application challenges of customers and partnering with them to provide innovative standard, semi-custom or fully custom solutions, bringing increased value to their systems.
Booth 49 | Texas Instruments
Texas Instruments Incorporated (TI) is a global semiconductor design and manufacturing company that develops analog integrated circuits (ICs) and embedded processors. For more than 60 years, TI’s expertise in analog and embedded solutions has enabled leading-edge designs for space applications. This broad portfolio of high reliability products meets requirements for long operating-life and mission critical standards. Engineers around the world rely on our system-level knowledge, continuity of supply, world-class support and design resources to support even the most stringent design requirements.
Booth 19 | TRAD
Present since the first edition of the RADECS, TRAD is well know participant ! As one of the leading test and radiation expert for 30 years, we are committed to continuous improvement to predict and minimize the effects of radiation on your materials, components and electronic systems. So, let’s meet at RADECS to present our new TRAD products and services!
This year, we will showcase our new version of FASTRAD software. FASTRAD 4.2 is a new design with an improved main interface, new types of 3D mappings, an enriched charging module and many new features for your radiation shielding analysis.
We will also spotlight our new R2COTS references in our extensive catalog. With R2COTS, you won’t find better trade-off between radiation, reliability and costs for class 3+ space ready COTS!
We look forward to meeting you to discuss all of our activities! In the meantime visit our website: www.trad.fr
Booth 13 | Trusted Semiconductor Solutions
Trusted Semiconductor Solutions is a high reliability semiconductor design and product development company with expertise in radiation hardened microelectronics. Our fabless business model enables solutions utilizing state-of-the-practice (SOTP) and state-of-the-art (SOTA) technology through our foundry partnerships. We specialize in IC design, semiconductor IP development, chiplet products, and high-density package solutions. Trusted Semiconductor Solutions is well known for our exceptional flexibility and for being a single point of contact with our customers for product development needs offering services from design to delivery with unparalleled program management, consulting, and customer service.
Booth 25 | UCLouvain
Cyclotron Resource Centre (CRC)
The Cyclotron Resource Centre (CRC) is a technological platform of UCLouvain who provides ion beam from the cyclotron CYCLONE110 for applications.
One of the activity developed by the CRC, in collaboration with the European Space Agency (ESA) is the characterization of the behaviour of electronic devices under the bombardment of energetic particles.
The Heavy ion Irradiation Facility (HIF) and the Light ion Irradiation Facility (LIF) are operated by CRC and are used by a large number of users coming from space agencies or from the space or aeronautics industries.
A Co-60 gamma irradiator, formerly used by the nuclear chemistry department of UCL, is now operated by CRC and is used by the same community of users.
Booth 37 | Unites Systems
UNITES Systems a.s. is a private company located in the Czech Republic, Valašské Meziříčí with extensive experience in development and production of dedicated test and measurement systems – ATE solutions for semiconductor devices and FCT/ICT platform for assembled PCB testing (PCBA) since 1991. Our current platforms are UNIMET – mixed-signal laboratory tester for semiconductors, EFFITEST – high-speed production tester for discrete semiconductors, EFFITEST POWER – production tester for power semiconductors & modules, DMT and CMT – testers for functional and in-circuit testin.
Booth 30 | VPT
VPT is a global leader in providing power conversion solutions for use in avionics, military, and space applications.
VPT offers high reliability DC-DC converters, EMI filters, accessory power products, and custom engineering services for the rapid development of critical power systems.
For over 25 years, VPT’s award-winning DC-DC converters, EMI filters, accessory products, and engineering services have powered systems for world-class organizations and programs.
VPT added VPT Rad, a comprehensive radiation laboratory and test services facility, in 2014 to serve the radiation and related test needs of aerospace electronics manufacturers. VPT Rad meets the requirements of MIL-STD-750 and MIL-STD-883 and has approved Source Suitability from the Defense Logistics Agency (DLA).
Booth 01 | Zero-Error Systems
Zero-Error Systems (ZES) offers cutting-edge high reliability semiconductor integrated circuits (ICs) and library cells that optimize performance, cost and power consumption. ZES addresses the power reliability and data integrity issues of space electronics by protecting Commercial Off the Shelf (COTS) semiconductor devices from malfunction with our patented radiation hardened by design technologies.
If you are looking for a reliable partner to help you meet radiation hardened semiconductor needs, contact us today to learn more about our cutting-edge solutions.
