As the demand for ultra-high data-rates surpassing 100Gb/s grows, future wireless systems over the next decade will require innovative solutions. Frequency bands above 200GHz are expected to be utiliz...
In this talk, we will present G-band power amplifiers in a SiGe technology with an fmax of 650GHz. We will present design techniques to boost the PAE of single PAs as much as possible. Further, the PA...
This talk provides a comprehensive overview of ASICs across the entire G-band, developed by the Circuit Design Department of IHP for a broad range of applications, such as high-data-rate wireless comm...
An interactive Q&A session with all speakers and the audience to discuss the challenges and next steps in harnessing the G-band spectrum toward high-performance communication and sensing techn...
This talk explores RF-over-fiber (RFoF) technology as a transportation protocol for modern radio and sensing systems. It compares its bandwidth efficiency and power advantages with conventional digita...
Energy-efficient coherent links offer a path to minimizing power consumption and latency while enabling bandwidth scaling and expanded optical link budgets that can enable reconfigurable photonic netw...
Next generation compute hardware, especially for generative AI applications — but also for coming 5G/6G massive MIMO and scalable phased array antenna beamforming and other applications — requires mas...
Optical receivers are a critical component in a wide range of industrial applications. Traditionally, they have enabled long-haul transmission through coherent optical technologies. Within data center...
The integration of electronic and photonic integrated circuits on silicon enables photon-based data transmission across distances from cross-continental to intra-processor scales, maximizing bandwidth...
In this talk we will present novel beamforming designs using True Time Delay (TTD) arrays based on dispersive frequency-to-angle mapping referred to as rainbow beamforming. We will introduce three rep...