Fields of research

Multi-processor systems-on-chip (MPSoCs)

Circuits of basic IP in state-of-the-art CMOS technologies, such as digital standard cells, I/O cells and SRAM macros
Development of complex infrastructure IP for clock generation (e.g. (AD)PLLs, (AD)DLLs), on-chip communication (e.g. fast serial NoC links), off-chip communication (e.g. SerDes transceivers) and power management (e.g. DVFS, AVFS)
Methods of designing parallel systems
RTL2GDS implementation for multi-million gate MPSoCs
Integrated design flows for complex SoCs

Architecture development and system modeling of analog-to-digital converters (ADCs)
Research of novel solutions for high-resolution delta-sigma ADCs
Development of SAR ADCs and realization in state-of-the-art CMOS technologies up to 28nm
Image sensors

Custom high-speed pulse communication and FPGA-based communication networks for large, distributed neuromorphic systems
Mixed-signal and digital neuromorphic circuits for accelerated and real-time applications
Software development for mapping pulsed neural networks to large neuromorphic systems