Advanced electronics
Electrification and digitalisation are creating new demands for electronic components. Modern applications require energy-efficient power electronics to reduce energy losses, robust hardware to withstand extreme environments and flexible systems to integrate into new products. At the same time, the transition to sustainability requires PFAS-free materials and circular solutions.
RISE develops and verifies the next generation of electronics in world-leading laboratories. We manufacture advanced silicon carbide and gallium nitride semiconductors, prototype printed and organic electronics, and test reliability under harsh conditions. We can help you to identify and replace PFAS, develop energy-autonomous sensor systems and optimise the design of electronics for production.
Expertise in advanced electronics
Expertise / Printed electronics
Analysis and development of organic electrical system and components
Organic materials used in electrical and ionically conducting/charged systems is a fast-growing research area to create electronics, iontronics and sensors.
Expertise / Sensors and sensor systems
Electronic packaging
We work in a number of areas supporting development and manufacturing of reliable electronic hardware. Our activities include electronics packaging, manufacturing techniques, process validation, reliability, test and verification as well as materials and failure analysis.
Expertise
PFAS in electronics
Electronic articles can contain per- and polyfluoroalkyl substances (PFAS). At RISE, through PFAS analyses, we can identify which components in electronic articles that contain PFAS and provide advice on alternatives and substitution of PFAS. In research projects, we also work on developing alterna…
Expertise
Power Electronics
Power electronics components make an important contribution to the efficient generation, transmission, distribution and use of electrical energy. Power electronics are essential in all kinds of new fossil fuel-free transportation systems. It is a key technology for sustainable development and a fo…
Article
Power electronics of the future contribute to sustainable transition
Smarter and more efficient power electronics are an important factor in the electrification of industry and society.
Technology infrastructure
Test & demo
Electrum Laboratory
Advancing Semiconductor Components through Research, Development, and Production
Test & demo / Printed electronics
PEA-Manufacturing
Europe’s most modern testing and demonstration facility for hybrid electronics (combination of printed electronics and silicon chips). PEA-Manufacturing is designed for testing and development of printed electronics and hybrid systems.
Why RISE
01
Semiconductor development
– Design, manufacture and testing of wide bandgap (WBG) components in cleanroom laboratories for energy-efficient power electronics. 02
Printed electronics
– Prototyping and small-scale production of flexible, thin hybrid systems for innovative products. 03
Material and failure analysis
– Systematic diagnostics and lifetime prediction for robust electronics in harsh environments. 04
PFAS substitution
– Analysis and advice to eliminate harmful substances and enable circular electronics. 05
Energy harvesting
– Developing self-sufficient sensor systems that harvest energy from the environment.Relevant areas for you
Digitalisation
Digitalisation is putting new demands on both businesses and the public sector. Just having access to data isn't enough anymore – the challenge is to…
Sensors and sensor systems
Internet of Things (IoT) and Industry 4.0 require large numbers of small, accurate, energy-efficient sensors. At the same time, many applications req…
Cybersecurity
The number of cyberattacks in Sweden is increasing rapidly. Although the country is far ahead in terms of digitalisation, it ranks 26th in Europe for…
Fiberoptik och fotonik
Today's industry and infrastructure require measurements to be taken in environments where traditional sensors are ineffective, such as those involvi…
Digital infrastructure
Digital infrastructure is the foundation of a competitive and equal society – from connected vehicles and smart energy and water management to effici…