During Artemis II, NASA plans to beam 4K HD videos and pictures via O2O to two suitably located ground stations during minimal cloud coverage.
CesiumAstro is focusing on missions that benefit from phased array technology, including specific frequency support, beam configurations, and anti-jam capabilities.
Orbital solar arrays must convert electricity into microwaves or lasers to beam power to Earth, which introduces conversion losses.
The intensity and energy reach of the CEBAF electron beam enabled the team to extend the data into higher kinematic regions.
The high heat flux installation is planned to be the most powerful facility of its kind in the United States and will reproduce intense thermal loads using electron beam technology.
The Jefferson Lab team directed a high-intensity electron beam onto hydrogen targets and detected scattered electrons with the Super High Momentum Spectrometer in Experimental Hall C.
The Continuous Electron Beam Accelerator Facility (CEBAF) is a DOE Office of Science user facility serving more than 1,650 nuclear physicists worldwide.
Northwood Space has deployed a multi-beam phased array system called Portal.
Keysight’s PROPSIM and UeSim systems for the SpaceRAN ground-based phase will enable validation of NTN use cases such as beam handover, gateway handover, and mobility management transitions between terrestrial and satellite networks.
Iceye's electronic beam-steering technology enables capture of dozens of high-resolution images within only a few minutes of satellite imaging time.
All.Space is developing the Hydra KuKa antenna with a Ku- and Ka-band multi-beam architecture.
The FCC authorization allows SpaceX to upgrade Gen2 Starlink satellites with advanced form factors, waive obsolete requirements that prevented overlapping beam coverage, and add new orbital shells at altitudes ranging from 211 to about 300 miles.
CesiumAstro develops systems including multi-beam active phased array payloads and components such as software-defined radios.
CesiumAstro successfully demonstrated its multi-beam communication technology during its Comm-1 mission in 2024.
The first platform is a ground demonstration simulating a constellation of two low Earth orbit (LEO) satellites to test key features like beam and satellite handover.
The UpNext SpaceRAN project involves a ground demonstration to simulate a two-satellite constellation in Low-Earth Orbit (LEO) testing beam and satellite handovers.
The project involves collaboration between the University of Surrey, Kyushu University, and the Radioactive Isotope Beam Factory (RIBF) at RIKEN.
Versmold measured both tilt and lateral displacement of the incoming beam with a precision of tenths of a microradian and tenths of a micrometer.
The containerized systems are engineered to operate in contested environments and feature multi-beam and multi-orbit capabilities for simultaneous communication with satellites in LEO, MEO, and GEO.
The FCC waived obsolete requirements that prevented overlapping beam coverage and enhanced capacity.