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...
This talk presents recent advances for the generation of mm-wave power using scaled Gallium Nitride HEMT MMICs for 110–170GHz and 140–220GHz in G-band, with gate lengths of 70nm and below. The progres...
High-resolution radar technology above 110GHz offers unique opportunities for precision sensing in both industrial and scientific applications. This talk presents recent advances in the development of...
This talk presents our efforts in the realization of two-dimensionally-scalable 110–170GHz integrated circuits in Silicon-Germanium Bipolar Complementary Metal-Oxide-Semiconductor (SiGe BiCMOS) techno...
This talk will discuss recent advances in high-power and high-efficiency power amplifiers for Indium Phosphide (InP) Heterojunction Bipolar Transistors (HBTs) above 200GHz. We will review recently pub...
It is remarkable that semiconductor technologies now provide power gain at frequencies well beyond 500GHz, a capability that RFIC designers have come to regard as routine. Recent advances in SiGe BiCM...
In this talk, highly efficient and dense 3DHI G-band (220GHz) phased arrays developed under the ELGAR program will be presented. Under ELGAR, HRL’s GaN MMICs produce 1–3W/cm² power density, while 3D i...