The higher the frequency, the shorter the wavelength, the narrower the beam and the smaller the antennas. Radio astronomy using millimeter waves dates back to the 1960s, and military deployment ...

Canada said it is adding this spectrum in the 27.5–28.35 GHz band through an update to the Non-Competitive Local Licensing ...

Scientists are developing AI models that analyze wireless traffic as a whole, making high-speed networks such as 6G more ...

The communications payload is engineered to offer 150 megabit per second downlink and 50 megabit per second uplink services.

we are researching a scheme using millimeter waves in the 42-GHz band, which enables large-capacity transmission with a wide frequency bandwidth. We have developed a MIMO SC-FDE (Multiple-Input ...

and external sponsors to develop novel solutions to high-frequency remote sensing, electromagnetic scattering, radar imaging, and dielectric materials characterization challenges in the microwave, ...

As a step in this direction, CTO has introduced the Early Test, its first “regenerative operational payload” of 5G millimeter ...

The research team's MiFly system uses a type of high frequency radio waves called millimeter waves (mmWave) bounced between a low-power 'tag' (technically a backscatter anchor) stuck on a wall in ...