Konferencer på EOT

...smart textiles! Integration of microelectronics into garments is no longer just a concept, but a reality that is helping elite athletes, astronauts, and even film animators. As market analysts and technologists predict, a closer collaboration between electronics and the clothing industry is foreseen soon. Rethinking many aspects of product design, material selection, cleaning / washability, and sustainability are becoming increasingly important.
Christian Dalsgaard is a renowned expert in this field, having worked in the industry for over two decades, including development for the European Space Agency. He currently works at the center for advanced printed electronics at Danish Technological Institute and chairs the Smart Textile Alliance, a London-based non-profit organization that is leading the way in standardizing e-textiles.
By attending Christian's presentation at EOT, you'll gain valuable insights into the market landscape for smart wearables, learn about feasible techniques for integrating electronics into clothing, and see inspiring examples of successful products that have overcome initial challenges in this space. Don't miss out on this opportunity to explore the future of smart textiles! 

...data and AI, provides a fundamentally new way of value delivery to customers. This not only affects R&D, e.g. DevOps, DataOps and MLOps, but all other functions in the company as well. This talk explores this topic and provides numerous industrial examples. 

...MEMS (Micro-Electro-Mechanical Systems) speakers has trailed behind MEMS microphones due to fundamental design related and acoustical challenges. 
While MEMS microphones need to convert minuscule diaphragm displacements to generate electrical signals, the reverse - i.e. generating sound energy from electrical signals requires both motor force and far higher volume velocity of the transducer mechanism. However, recent developments have solved these challenges using a new transduction mechanism that utilizes piezoelectric materials that are fully integrated with the MEMS structure at wafer-level. The resulting structures offer unique advantages over traditional coil-based systems for a range of applications. The Piezo-based MEMS devices are inherently IP58 rated while delivering 20Hz to 20kHz bandwidth using standard semiconductor SMT packages as miniature speaker cabinets. The fast mechanical transient response of the voltage based capacitive system results in improved impulse response and consistently low phase over the entire audio bandwidth. In turn, this provides more durable and reliable speakers as well as better sound quality  for consumers. Target applications include pro-audio IEMs, Hearing Aids, and new product inventions such as VR/AR glasses. In addition, due to the uniformity of the MEMS fabrication process, arrays of Piezo MEMS Speakers can be used in free-air application such as tweeters, desktop speakers and sound bars. The presentation will cover, theory of operation, design, fabrication, packaging, reliability and testing.

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