With the advent of 5G and future trends for communication systems moving to millimeter
wave (MMW) and higher frequencies, antennas will be required to have high gain, wide …

geodesic-lenses are a compelling alternative to traditional planar dielectric lens antennas,
as they are low loss and can be manufactured with a simple mechanical design. However, a …

This paper presents a new concept of steerable beam antenna composed by a dielectric
lens which pivots in front of a single stationary moderate gain feed. The lens not only allows …

This article aims at high-gain and wide-angle scanning lens antenna design in millimeter-
wave (MMW) band. The proposed antenna consists of a novel gradient-index (GRIN) lens …

This paper presents design and experimental verification of electronically steerable
integrated lens antennas (ILAs) for WLAN/WPAN communication systems operating in the …

Two new compact lens antenna configurations are presented and compared for data link
communications with LEO satellites at 26 GHz. These lenses match a secant type radiation …

Three integrated lens antennas made in Alumina and built through ceramic
stereolithography are designed, fabricated and characterized experimentally in the 60-GHz …

A millimeter (mm)-wave beam steering antenna consisting of L lens antenna subarrays
(LASs) is introduced. Each LAS hosts an M-element feed antenna array at its focal plane …

This paper presents a novel transmitter system for applications operating in the frequency
region around 300 GHz. A relatively simple packaging approach is taken, allowing for a …

Starting from a challenge in the early 1990s to develop a highly shaped beam dielectric lens
antenna for a pilot 150 Mb/s cellular mobile broadband system operating in the 60-GHz …