Ref: 2021028
Status: Completed
Project Leader(s): Fabiola Bermudez-Elsinger
Project profile (pdf) : Project profile pdf
Project impact (pdf) : Project impact pdf

ECOMAI showed that electric motors with embedded AI control systems can reduce energy consumption and improve availability through predictive maintenance. Electric motors move our daily lives in laptop fans and in our cars. But all the positive effects have an ecological impact, because electric motors are responsible for CO₂ emissions. Motor failures and unexpected downtime […]

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Ref: 2021004
Status: Completed
Project Leader(s): Klaas Jan Damstra
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IMAGINg And TransmissION[IMAGINATION] The IMAGINATION project developed innovations in image sensors, optical and camera architectures, and advanced video processing for Live Television Broadcast and Machine Vision Semiconductor inspection), with a European consortium optimizing these technologies. Image capture capabilities need constant improvement to help content creators in Broadcast support the growing media consumption, and to drive […]

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Ref: 2021018
Status: Completed
Project Leader(s): Volker Franco Steier
website:
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The HyPerStripes project extended the limits of roll-to-roll (R2R) metal patterning of flexible/stretchable substrates and developed assembly methods for such substrates. Printed circuit boards (PCB) are commonly used in the electronics sector to enable miniaturization of products, avoid expensive wire solutions, and reduce assembly effort and costs. However, the technology is currently limited in size […]

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Ref: 2021007
Status: Completed
Project Leader(s): Jonatan Aronsson
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InnoStar advances mmWave (>100 GHz) technology for 5G/6G and radar, enabling critical applications in communications and automotive safety through innovative system designs. Current mmWave technologies (>100 GHz) lack the design and testing capabilities required for future 5G/6G and radar applications. InnoStar addresses these gaps by developing new EDA and EM simulation technologies, advanced antennas, IC […]

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