In recent years, quantum- and atom-based electric and magnetic field sensors have attracted significant attention, prompting both universities and companies to launch dedicated research and developmen...
Recently, significant advances in Quantum Computing (QC) algorithms and hardware have provided a novel paradigm for solving difficult computational problems. In the workshop, we will discuss quantum-a...
This talk will present our work in reconfigurable beamformers and transceivers at 6–18GHz in GlobalFoundries 22FDSOI. Rather than a wideband response, we will show that reconfigurable circuits offer a...
RF-DACs are rapidly becoming the backbone of software defined radios. They are heavily deployed in industrial solutions such as RF-SOC FPGAs from AMD/Alterra and highly digital front-ends like the ADI...
The upper mid-band or FR3 (7–24GHz) has attracted considerable interest in NextG cellular systems as the bands offer a balance of coverage and capacity. This talk describes an initial 2×2 MIMO FR3 SDR...
Technology scaling and advances in ADC capability are continuously pushing the boundaries of Software-Defined Radios (SDR) further into the territory of traditional mixer-based architectures. While SD...
FR3 covering 7–24GHz is emerging as a strong candidate for 6G wireless communications. Commonly referred to as the Golden Band, FR3 can provide a precious balance between the wide coverage of FR1 and ...
With the rapid evolution of next-generation wireless communication (eg 5G-Advanced, 6G), spectrum resources are increasingly crowded. Receivers unavoidably operate in electromagnetic environments cong...
The 0.1–10THz band offers vast untapped spectrum for next-generation communication and sensing. Despite recent technological progress, challenges remain in utilizing frequencies above 100GHz. This tal...
Emerging applications in 6G and beyond demand highly reconfigurable, power-efficient, and wideband receiver (RX) arrays capable of maintaining robust performance under dynamic conditions. This talk pr...