The main activities are listed below:
- Tape-out of Radar MMIC 22FDX MPW
- Antenna design for wide bandwidth (> 5 GHz) and high performance using low-DK dieelectrics using planar antenna design
- Antenna design for wide bandwidth (> 5 GHz) and high-performance using new design techniques and materials
- Validation of Radar MMIC 22FDX performance in lab
- 2nd Tape-out of Radar MMIC 22FDX MPW by ARBE based on a chip-spec
- Package design
- Sensor design (PCB and housing)
- Validation of system in the lab & the antenna chamber
- Development of high-performance Radar Signal processing algorithms
- Integration of the Radar sensors into the vehicle and drive demos (incl. videos)
- Environmental stress (humidity, high temperature, temperature cycles) & evaluation of fails
- Specification of a DL use case and its requirements together
- Development of a DL VHDL soft IP core, demonstrated on an FPGA
- Integration of the FPGA-based DL IP in the demos