Silicon Austria Labs
Great Place to Research

In the network of science and industry, Silicon Austria Labs (SAL) offers re­search in four pionee­ring divi­sions: Sensor Systems, RF Systems, Power Elec­tro­nics and System Inte­gra­tion. SAL – a great place to re­search.

Im Netzwerk von Wissenschaft und Wirtschaft bietet das Zentrum Forschung in vier zukunftsweisenden Bereichen: Sensor Systems, RF Systems, Power Electronics und System Integration. SAL – a great place to research.

In the network of science and industry, the center offers research in four pioneering divisions: Sensor Systems, RF Systems, Power Electronics and System Integration. SAL – a great place to research.

In the network of science and industry, Silicon Austria Labs (SAL) offers re­search in four pionee­ring divi­sions: Sensor Systems, RF Systems, Power Elec­tro­nics and System Inte­gra­tion. SAL – a great place to re­search. 

In the network of science and industry, Silicon Austria Labs (SAL) offers re­search in four pionee­ring divi­sions: Sensor Systems, RF Systems, Power Elec­tro­nics and System Inte­gra­tion. SAL – a great place to re­search. 

In the network of science and industry, Silicon Austria Labs offers research in four pioneering divisions: Sensor Systems, RF Systems, Power Electronics und System Integration. SAL – a great place to research.

In the network of science and industry, Silicon Austria Labs offers research in four pioneering divisions: Sensor Systems, RF Systems, Power Electronics and System Integration. SAL - a great place to research. 

Machine Learning for formal methods and formal methods for Machine Learning

Ubiqui­tous connec­tivity and things getting smart have led to a proli­fe­ra­tion of cyber-physical systems provi­ding incre­a­singly essen­tial as well as critical services in our ever­yday lives. Hence, SAL is esta­blis­hing a world-class re­search lab for Depen­dable Embedded Systems, pursuing three main re­search objec­tives. The first objec­tive of the lab is to combine AI and veri­fi­ca­tion methods to push vali­da­tion and testing of critical embedded soft­ware to new levels. The second objec­tive is to re­search funda­men­tally new veri­fi­ca­tion and vali­da­tion metho­do­lo­gies for learning systems, that change beha­vior over life­time, and finally, the third objec­tive is to develop novel, rigo­rous model­ling, veri­fi­ca­tion and main­ten­ance methods for highest assurance despite ever incre­a­sing SW comple­xity.

Machine Learning for formal methods and formal methods for Machine Learning

Ubiquitous connectivity and things getting smart have led to a proliferation of cyber-physical systems providing increasingly essential as well as critical services in our everyday lives. Hence, SAL is establishing a world-class research lab for Dependable Embedded Systems, pursuing three main research objectives. The first objective of the lab is to combine AI and verification methods to push validation and testing of critical embedded software to new levels. The second objective is to research fundamentally new verification and validation methodologies for learning systems, that change behavior over lifetime, and finally, the third objective is to develop novel, rigorous modelling, verification and maintenance methods for highest assurance despite ever increasing SW complexity.

CAS Lab for intel­li­gent multi-sensor data process­ing and fusion

SAL is esta­blis­hing a Connected Auto­no­mous Systems Lab to re­search revo­lu­tio­nary enab­ling tech­no­lo­gies for this rapidly growing class of embedded systems. Guiding case studies range from self-orga­ni­zing multi-sensor arrays and robots for indus­trial appli­ca­tions to auto­no­mous vehi­cles and multi-purpose drones.

CAS Lab for intelligent multi-sensor data processing and fusion

SAL is esta­blis­hing a Connected Auto­no­mous Systems Lab to re­search revo­lu­tio­nary enab­ling tech­no­lo­gies for this rapidly growing class of embedded systems. Guiding case studies range from self-orga­ni­zing multi-sensor arrays and robots for indus­trial appli­ca­tions to auto­no­mous vehi­cles and multi-purpose drones.

Silicon Austria Labs is performing cutting-edge research in its world-class mmWave RF Lab on the physical layer of RF systems for future 5G/6G (UE, front and back-haul), and millimeter-wave imaging/sensing/radar applications. In this domain, the mmWave RF Lab collaborates closely with the Johannes Kepler University Linz and leading industry partners on e.g. RF/millimeter-wave transceiver architectures robust in terms of interference and coexistence, reconfigurable RF systems for transceivers and RF/millimeter-wave front-end modules (architectural reuse and/or resource sharing), and large-scale phased-array antennas and beamforming structures, which are targeting millimeter-wave and sub-Terahertz communications (5G, 6G), radars and imagers. In support of the design activities the mmWave RF Lab is equipped with the best in-class test infrastructure covering the GHz and low THz frequency range.

Silicon Austria Labs is performing cutting-edge research in its world-class mmWave RF Lab on the physical layer of RF systems for future 5G/6G (UE, front and back-haul), and millimeter-wave imaging/sensing/radar applications. In this domain, the mmWave RF Lab collaborates closely with the Johannes Kepler University Linz and leading industry partners on e.g. RF/millimeter-wave transceiver architectures robust in terms of interference and coexistence, reconfigurable RF systems for transceivers and RF/millimeter-wave front-end modules (architectural reuse and/or resource sharing), and large-scale phased-array antennas and beamforming structures, which are targeting millimeter-wave and sub-Terahertz communications (5G, 6G), radars and imagers. In support of the design activities the mmWave RF Lab is equipped with the best in-class test infrastructure covering the GHz and low THz frequency range.

Silicon Austria Labs is performing cutting-edge research in its world-class mmWave RF Lab on the physical layer of RF systems for future 5G/6G (UE, front and back-haul), and millimeter-wave imaging/sensing/radar applications.

Silicon Austria Labs is performing cutting-edge research in its world-class mmWave RF Lab on the physical layer of RF systems for future 5G/6G (UE, front and back-haul), and millimeter-wave imaging/sensing/radar applications.

We are establishing a world-class research lab for secure wireless sensor & actuator communication networks with focus on factory communications and enabling cyber-physical systems applications. In close cooperation with universities and leading industry partners, the research activities will cover e.g. dependable and flexible edge computing gateways bridging between wireless and wired communication under the stringent real-time constraints of Industrial IoT. The research results shall support standardization and development of industrial wireless sensor and actuator networks, and shall open new perspective on applications in control engineering.

Silicon Austria Labs is performing cutting-edge research in its world-class mmWave RF Lab on the physical layer of RF systems for future 5G/6G (UE, front and back-haul), and millimeter-wave imaging/sensing/radar applications. In this domain the mmWave RF Lab collaborates closely with the Johannes Kepler University Linz and leading industry partners on e.g. RF/millimeter-wave transceiver architectures robust in terms of interference und coexistence, reconfigurable RF systems for transceivers and RF/millimeter-wave front-end modules (architectural reuse and/or resource sharing), and large-scale phased-array antennas and beamforming structures, which are targeting millimeter-wave and sub-Terahertz communications (5G, 6G), radars and imagers. In support of the design activities the mmWave RF Lab is equipped with the best in-class test infrastructure covering the GHz and low THz frequency range.

Silicon Austria Labs is performing cutting-edge research in its world-class mmWave RF Lab on the physical layer of RF systems for future 5G/6G (UE, front and back-haul), and millimeter-wave imaging/sensing/radar applications. In this domain, the mmWave RF Lab collaborates closely with the Johannes Kepler University Linz and leading industry partners on e.g. RF/millimeter-wave transceiver architectures robust in terms of interference and coexistence, reconfigurable RF systems for transceivers and RFmillimeter-wave front-end modules (architectural reuse and/or resource sharing), and large-scale phased-array antennas and beamforming structures, which are targeting millimeter-wave and sub-Terahertz communications (5G, 6G), radars and imagers. In support of the design activities the mmWave RF Lab is equipped with the best in-class test infrastructure covering the GHz and low THz frequency range.

In the network of science and industry, Silicon Austria Labs (SAL) offers re­search in four pionee­ring divi­sions: Sensor Systems, RF Systems, Power Elec­tro­nics and System Inte­gra­tion. SAL – a great place to re­search.

Silicon Austria Labs is performing cutting-edge research in its world-class mmWave RF Lab on the physical layer of RF systems for future 5G/6G (UE, front and back-haul), and millimeter-wave imaging/sensing/radar applications. In this domain, the mmWave RF Lab collaborates closely with the Johannes Kepler University Linz and leading industry partners on e.g. RF/millimeter-wave transceiver architectures robust in terms of interference and coexistence, reconfigurable RF systems for transceivers and RF/millimeter-wave front-end modules (architectural reuse and/or resource sharing), and large-scale phased-array antennas and beamforming structures, which are targeting millimeter-wave and sub-Terahertz communications (5G, 6G), radars and imagers. In support of the design activities the mmWave RF Lab is equipped with the best in-class test infrastructure covering the GHz and low THz frequency range.

Silicon Austria Labs is performing cutting-edge research in its world-class mmWave RF Lab on the physical layer of RF systems for future 5G/6G (UE, front and back-haul), and millimeter-wave imaging/sensing/radar applications. In this domain, the mmWave RF Lab collaborates closely with the Johannes Kepler University Linz and leading industry partners on e.g. RF/millimeter-wave transceiver architectures robust in terms of interference and coexistence, reconfigurable RF systems for transceivers and RF/millimeter-wave front-end modules (architectural reuse and/or resource sharing), and large-scale phased-array antennas and beamforming structures, which are targeting millimeter-wave and sub-Terahertz communications (5G, 6G), radars and imagers. In support of the design activities the mmWave RF Lab is equipped with the best in-class test infrastructure covering the GHz and low THz frequency range.

In the network of science and industry, Silicon Austria Labs (SAL) offers research in four pioneering divisions: Sensor Systems, RF Systems, Power Electronics and System Integration. SAL – a great place to research.

In the network of science and industry, Silicon Austria Labs (SAL) offers research in four pioneering divisions: Sensor Systems, RF Systems, Power Electronics and System Integration. SAL – a great place to research.

In the network of science and industry, Silicon Austria Labs (SAL) offers re­search in four pionee­ring divi­sions: Sensor Systems, RF Systems, Power Elec­tro­nics and System Inte­gra­tion. SAL – a great place to re­search. Within the System Integration division, we are looking for a leader of the new Research Unit ‘Edge Computing’.