CNES continue to make research to improve its knowledge on COTS reliability. For example, many parts are sensitive to radiations effects and in particular to single event latch-up that could affect the overall reliability of devices.
The pre-tailoring activities addressing ECSS Q Branch standard are now completed, and new PARD templates are available to ESA Project and Product Assurance Managers. This will also be presented, and the author will report on how the ESA Mission Classification has been applied so far on a couple of ESA projects and what the feedback received within ESA and from Industry.
This presentation will describe the efforts underway where NEPAG has worked with DLA (Defense Logistics Agency), JC-13 (the manufacturers of government products), and CE-12 (the users of active devices) committees to ensure current military/aerospace standards address many challenges, one example being the insertion of new technology, the Class Y initiative, Class Y represents advancements in packaging technology, increasing functional density, and increasing operating frequency.
This presentation aims to provide the view of the different EUROSPACE members about the use of COTS in Space.
It is not intended to provide a unified view but to collect the different approaches and show divergencies and commonalities.
The presentation will focus on EEE component manufacturer perspectives, component user perspectives, and data availability and accessibility on COTS (reliability, validation…) and its assessment.
In this presentation, you will have the opportunity to discover an overview of SATLANTIS' missions and milestones will be presented, showcase the use of COTS technologies.
In this presentation,, Alter Technology will present the novel integral COTS procurement approach, gathering all the characteristics we are currently developing and its applicability to different Small Satellites applications.
However, it is possible to think of a methodology based on the combination of prevention/mitigation engineering with component testing in a risk management context that allows to progressively optimize times and costs, even if we are talking about the traditional mission paradigm.
The presentation will summarize the project and conclude on the project outcome and lessons learnt. This includes TID and SEE testing results and the presentation of the formulated ad-hoc RHA approach for COTS components, providing guidelines for COTS testing for low-cost space missions.