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Webinars
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Join our series of expert-led webinars designed to keep you up to date with the latest developments in high-reliability electronics for space and harsh environments. In this section, you can explore our collection of recorded sessions, access valuable insights, and connect with and meet industry specialists.
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Commercial Space Screening Approach for Agile, High-Reliability Payloads
Discover how CSL and CSH screening flows help enable reliable commercial space electronics while reducing size, weight, cost, and time to deployment for New Space missions.
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COTS devices for Space Missions: Flexible and Cost-Efficient Up-Screening
This webinar explores how Mini-Circuits supports mission-critical aerospace, defense, and space applications through custom high-reliability screening and qualification workflows tailored to customer requirements and Source Control Drawings.
Contain, Correct, Continue: Apogee’s Scalable Approach to Fault Management in Space
Discover how Apogee Semiconductor enhances space mission reliability through radiation-immune products and scalable fault containment architectures — enabling cost-effective, system-level resilience from ground to orbit.
Space Ceramic Capacitors with Flexible Testing : European Supply, Quality You Choose, Smarter Costs
Learn how SRT-Microcéramique develops space-qualified ceramic capacitors screened to ECSS-3009 and AEC-Q200 BME standards. Explore PME and BME technologies, retinning solutions, and fast, flexible sourcing for space applications.
High-Accuracy ADC Solutions for Space-Grade and New Space Systems
This session will explore how our ADCs compare to competitive offerings in terms of performance, reliability, and design versatility.
Accelerating Space Missions: Launch Faster with the ZSOM-F01 Rad-Tolerant SoM
In this session, you’ll learn how the Zero-Error System architecture ensures robust performance in harsh space environments.
Introduction to RD ALFA Microelectronics: Components and Capabilities
This session provides an overview of RD ALFA Microelectronics, its heritage, and its current offering of radiation-hardened components qualified for space applications.
Miniature RF Connectors
This webinar explores a selection of miniature RF connectors, their competitive advantages and application considerations.
Talking on COTS for Space with Dan Friedlander. Episode 10: Pragmatic Policy Wanted
Pragmatic policy wanted to address COTS potential and ensure future component availability amid shifting market dynamics.
Talking on COTS for Space with Dan Friedlander. Episode 9: New space – CubeSats
CubeSats face policy gaps, high failure rates, and growing debris concerns, highlighting the need for technical oversight.
Talking on COTS for Space with Dan Friedlander. Episode 8: Policy making progress
Policy making progress in space requires updated methodologies to support efficient and realistic COTS integration.
Talking on COTS for Space with Dan Friedlander. Episode 7: RHA Component vs Product
RHA component use in New Space highlights trade-offs between cost-saving shortcuts and reliable radiation testing.
Talking on COTS for Space with Dan Friedlander. Episode 6: Automotive Components
Automotive components in COTS require careful evaluation beyond grade labels to ensure suitability for space use.
Talking on COTS for Space with Dan Friedlander. Episode 5: Barriers to be Overcome
Barriers to be overcome in COTS adoption include resistance to change, risk, obsolescence, and counterfeit concerns.
Talking on COTS for Space with Dan Friedlander. Episode 4: Debunking Myths
Debunking myths around COTS use in space clarifies misconceptions about reliability, testing, and qualification.
Talking on COTS for Space with Dan Friedlander. Episode 3: Usage Principles
Usage principles of COTS focus on built-in reliability and challenges posed by current space policy requirements.
Talking on COTS for Space with Dan Friedlander. Episode 2: Evolution
Evolution of COTS in military and space highlights key shifts from exclusive HI-REL to broader component adoption.
Talking on COTS for space with Dan Friedlander. Episode 1: Introduction
Gain a full view of COTS in Hi-Rel space use—intro, myths, principles, automotive parts, CubeSats, and more in this webinar.
Managing EEE components for LEO and lower cost space missions
This session addresses the challenges in selecting EEE components for cost-effective space missions, particularly those in LEO.
ALTER SPACE TEST CENTER: Testing approaches for New Space
We review ALTER’s capabilities for space equipment testing, new developments and ESA’s statement of conformity for small satellites.
Stability of Optoelectronic parameters for space applications
Webinar addresses how optoelectronic parameters behave under stress and their suitability for space applications.
Product Assurance Approach for New Space missions
Webinar explores product assurance strategies to boost reliability in New Space missions using COTS components.
Development of hermetic optocouplers and other optoelectronic devices for space applications
Webinar highlights development and ESCC evaluation of hermetic optocouplers for advanced space applications.
Converging Commercial-Off-The-Shelf (COTS) and Space-Grade
Webinar on converging COTS and space tech ZES, explores radiation mitigation for satellite-ready semiconductor solutions.
Non-destructive inspection of plastic COTS parts and beyond
Non-destructive inspection using acoustic microscopy enhances reliability screening of plastic COTS and electronic systems.
STMicroelectronics Rad-Hard Integrated Current Limiter (ICL)
Rad-hard integrated current limiter RHRPMICL1A supports 100V+ power buses with QML-V qualification for space use.
Introducing NanoXplore and its European FPGA’s ITAR free
In this webinar, you will gain a deeper understanding of the NX product roadmap, which is fully dedicated to Space.
GaN for space applications: Microwave capabilities
This webinar provides an overview of GaN technology in space applications and presents an example of the tests are required for GaN components.
Overview of DDC’s ESA approved memories for space
DDC’s 1Mb EEPROM, listed on ESA’s EPPL, ensures high reliability, radiation performance, and ease of integration.
Concept and development of a Distributed Thermal Control System (DTCS) based on SmartHeaters®
Distributed thermal control system with SmartHeaters® boosts efficiency and reliability in spacecraft thermal management.
Failure Analysis of single electronic devices: Tools and simulation services provided by ALTER
Failure analysis insights with real case studies and testing methods for identifying failure modes in aerospace components.
Addressing radiation environment on spacecraft in orbit: Tools and simulation services provided by ALTER
Radiation environment analysis for space systems, including TID, TNID, and SEE evaluation on satellite components.
CSAM inspection: Common questions and expert answers
Get expert answers to key questions on CSAM inspections, water use, delamination, and EEE package reliability.
Non-destructive inspection of EEE packages: Fundamentals and Applications
This webinar provides a brief overview of Scanning Acoustic Microscopy and the non-destructive inspection of EEE parts.
New Rad Hard POINT of LOAD
Radiation-hardened point of load regulator from STMicroelectronics supports demanding space systems with up to 7A output.
QML by Technology Flow Qualification
QML developments and custom magnetics for aerospace by FLUX using ESCC3201/013 are highlighted in this webinar.
Challenges of Testing of Optoelectronics COTS for Space
Testing of optoelectronics in space applications faces challenges from higher power, complex packaging, and limited datasheet specs.