In this talk we will discuss the challenges and opportunities of moving the backhaul communications to higher frequencies. Currently most of the activity occurs around 5–6GHz. Some backhaul systems ar...
The talk provides a comprehensive review of fundamental SiGe BiCMOS building blocks for D-band transceivers. Design strategies are explored to enhance performance in terms of wideband amplification an...
In this talk we will discuss challenges in designing a D-Band radar for consumer and automotive applications. First, we will address: what is the optimal frequency for LO signal generation (VCO fundam...
In recent years, the need for baggage screening has increased not only during boarding on aircraft but also at event venues where tens of thousands of people gather. In such places, there is a demand ...
In this talk, we will present a wide range of design considerations for integrated circuits operating at frequencies up to 320GHz. Among other topics, we will discuss techniques to improve circuit per...
In this talk we will analyze how to improve performance of transistors at high frequencies close to 200GHz and beyond. We will show an example of a transmitter operating above 200GHz.
The THz frequency range has gained significant interest due to its potential to support either wireless or dielectric waveguide communications. Nevertheless, there are still numerous technical challen...
Coherent optical transceivers — first introduced to the market in 2008 — have proved to be a key technology for increasing data-rates of optical serial links. Most long-haul and metro optical networks...
This talk will present our latest work for 6G systems with ultra wideband transceivers and extremely high data-rates. We will present a 130–170GHz Dual-Channel receiver for backhaul applications capab...
The organizers will provide a brief overview of the workshop.