Videos
In unseren Videoserien geben wir Ihnen einen Einblick in unsere Kompetenzen, begleiten unsere Wissenschaftler und stellen Ihnen unsere Superwomen in Science vor. Erfahren Sie, was unsere Mitarbeiter motiviert und warum sie gerne bei SAL arbeiten, an welchen innovativen Projekten wir arbeiten und wie wir gemeinsam die Zukunft entlang der gesamten ESBS-Wertschöpfungskette entfalten wollen.
Digineuron
The project "Digineuron" has been dedicated to improving the performance of embedded systems for AI algorithms by orders of magnitude within a limited energy budget. The result - a hardware accelerator for AI in 65nm technology - sets an international benchmark in low power consumption and performance efficiency.
Cooperative research with SAL
The unique SAL cooperation model is characterized by the rapid implementation of innovative ideas and offers partners access to infrastructure and know-how along the entire value chain of electronic based systems.
With this model, we enable our partners to implement their research idea not only quickly and unbureaucratically, but we also finance 50% of the project costs. The industry partner contributes 25% in cash and 25% in in-kind services.
The IP rules for all our projects are in accordance with the European state aid law and every cooperation project is publicly and anonymously advertised for four weeks to enable other suited partners to take part.
Learn more: https://silicon-austria-labs.com/zusammenarbeit/kooperationsmodell
Meet Gleb, researcher in the field of Embedded Systems
Gleb relocated with his family to Graz and now works in the field of Embedded Systems on innovative projects around trustworthy systems.
You also want to shape future technologies? Then apply now: https://silicon-austria-labs.com/karriere/offene-stellen
Meet Johanna, researcher in the field of Sensor Applications
You want to start your success story in research? In this video, our researcher Johanna talks about her career, her research in the field of flexible and printed electronics, and why she likes working at SAL.
You want to help Johanna and our team to shape the technologies of tomorrow? Apply now for a job at Silicon Austria Labs: https://silicon-austria-labs.com/karriere/offene-stellen
Slot-die coating at SAL
With slot-die coating, we can print at very high speeds over very long areas. It can be used for e.g. lighting such as organic LEDs or also solar cells in which you need to print large areas in a cost-effective manner. Our colleague Daniel explains the process in the video.
Screen printing at SAL
With the screen printer, we can print complex designs. There is a wide variety of inks that can be used because the viscosity range of inks that are compatible with screen printing are much larger than any competing technology. Our colleague Sherjeel exlplains the process in the video.
Pad printing at SAL
With the pad printer, we can print on curved surfaces, such as plants, devices etc. Our researcher Mani explains the process in the video.
Laser patterning at SAL
Our laser scribing platform is equipped with 75 watt CO2 laser. We use it to fabricate laser induced graphene on various carbon-based substrates. Our researcher Lukas explains the process in the video.
Inkjet Printing at SAL
Inkjet printing is an additive digital manufacturing technology and can be used for the fabrication of smart sensors. Inkjet printing is a non-contact method, which means it can be used for sensitive substrates as the substate is not touched by the printhead. Our researcher Johanna explains the process in the video.
Aerosol Jet Printing at SAL
The Aerosol Jet Printer enables researchers at SAL to print electronic components such as resistors, capacitors, antennas or sensors on different 2D or 3D substrates with high precision and speed. Our researcher Emily explains the process in the video.
