The project collaborated with the Outer Solar System Company, which is exploring the feasibility of high-energy proton beam systems operating in space.
A laser beam reflected from a distant window can pick up vibrations in the glass produced by speech inside a room.
The project was developed in partnership with the Outer Solar System Company (OuSoCo), which is examining high-energy proton beam systems for use in space.
The FCC has waived obsolete requirements that prevented overlapping beam coverage and enhanced capacity for SpaceX.
Global Konet has focused on strengthening quality systems for its Electronic Beam Steering (ESA) satellite communication devices.
SAR satellites project a radar beam to the Earth's surface and process returning pulses to build detailed images of the ground below.
A beam splitter in LIGO divides a laser beam onto both arms of the detector, which results in minimal distortions of space-time from incoming gravitational waves.
A satellite’s radar beam can be thought of as a sine wave that bounces back from the bridge to the satellite.
The A1900 fragment separator at Michigan State University was employed to isolate the desired molybdenum-86 beam from other nuclides created in collisions.
AI is facilitating the movement toward autonomous networks for network beam-switching among multiple satellite vendors.
Sivers' BFICs are designed for multi-beam, multi-orbit connectivity and provide high transmit output power and low noise for energy efficiency.
The Hydra Max Ka-band terminal is a dual-beam satcom terminal capable of maintaining wideband connections on two or more independent Ka-band satellite networks simultaneously.
All.Space collaborated with Telesat Government Solutions and Viasat to demonstrate simultaneous multi-beam connectivity with Low-Earth Orbit (LEO) and Geostationary Orbit (GEO) using the Hydra Max terminal.
'ARAQYS' aims to provide a comprehensive system for space power supply, including the manufacturing of kilowatt-class solar power arrays and ultimately a beam transmission space power station.
A signaling-assisted synchronization method is proposed for satellite-ground hopping beam alignment.
Precise time reference points are set using correlation peaks, followed by Reed-Muller decoding to extract beam control information.
Beam hopping allows satellites to allocate capacity flexibly as business requirements shift.
The proposed algorithm delivers improved timing performance and system efficiency for satellite beam hopping communications.
Gateway stations are integrated with user beam clusters for efficient two-hop communication.
The onboard controller matches the auxiliary signal and triggers beam switching to achieve accurate synchronization.