- Ultra low power radios for Internet of Things: design and prototyping of fully integrated transceivers based on UWB Impulse Radio technology for short-range, low data-rate applications with extremely demanding power and energy constraints.
- Front-ends for microwave medical imaging: design and prototyping of fully integrated transceivers for Stepped-Frequency Continuous-Wave radar conceived for breast cancer imaging. The transceivers basically implement a VNA-on-chip. The SFCW radar concept can be adapted to several other applications, like different types of medical imaging, ground-penetrating radar, nondestructive evaluations of materials.
- Radio frequency circuits for wide band applications: desing and prototyping of integrated building blocks for X-band, high-resolution radars; frequency generation for K-band and E-band cellular network backhaul; wide band transceivers for 5G multi-standard radios.
People: Andrea Neviani (contact person), Andrea Bevilacqua, Andrea Gerosa, Daniele Vogrig