Researchers at Katholieke Universiteit Leuven and Universiti Malaysia Perlis are the first to have developed a fully textile waveguide antenna using a metamaterial inspired unit cell that is also used ...

This work presents an array of slot-type elements fed by a corporate network, achieving several radiation patterns in the mm-Wave band. The antenna is based on a metal-only structure, with a feeding ...

Waveguide technology has long underpinned high-performance antenna arrays by providing low-loss, highly confined paths for electromagnetic waves. Traditional metallic rectangular and circular ...

Pasternack has released a family of high-frequency WR15 waveguide antennas intended for high-bandwidth applications, including point-to-point links, GigE wireless LAN, millimeter radiometry, ...

Fairview Microwave has launched new mm waveguide horn antennas, which have been designed to deliver improved performance and consistency across a broad frequency range. The new line of antennas is ...

For most design engineers, study of waveguide technology ended when they got their last degree. The only time waveguide comes up is to use it as a last resort in applications such as millimeter-wave ...

Once online in 2026, DSS-23 will be the fifth of six new beam waveguide antennas to be added to the network; DSS-23 will boost the DSN's capacity and enhance NASA's deep space communications ...

Comprising 85 models in 5 different categories, Pasternack’s line of millimeter-wave waveguide antennas offers operating frequencies from 40 GHz to 220 GHz for use in R&D, military, aerospace, ...

Fairview Microwave has unveiled a new line of waveguide antennas designed to address wireless communication applications covering 40 GHz to 220 GHz bands including test and measurement, R&D, ...

There are different antenna options for transmitting and receiving a radar signal. This blog will focus on how to connect a monolithic microwave integrated circuit (MMIC) radar transceiver to the ...