Caltech’s Space Solar Power Project payload on Vigoride 5 features three experiments to test solar cell performance, deployment mechanisms, and beam focusing and steering technologies for space-based microwave power transmission concepts.
Beam Communications Holdings Ltd. and its SatPhone Shop business have been receiving increased business from Australian enterprise and government customers for Iridium satellite network services and Beam terminals.
TAP Digital Media Ventures Corporation selected ABS as the satellite broadcast partner for distribution of FIFA World Cup 2022 on its World Cup HD TV (WCTV) channel on the ABS-2 East Hemi beam.
INTEGRASYS offers four paid per-user plans for the Beam Budget Link Budget tool with options for annual or monthly payments.
INTEGRASYS differentiates its Beam Budget plans by offering GEO-only or Multi-orbit options to allow customers to adapt the tool to their business needs.
Each Inmarsat-6 satellite will deliver 50% more L-band capacity per beam compared with Inmarsat’s 4th generation spacecraft.
The Optech CLS-A integrates the CL-360XR lidar scanner, which has a beam divergence of 0.3 mrad and a 360-degree field of view.
The new Iridium GO! manufacturing order to Beam is expected to be delivered in fiscal year 2024.
Beam has received manufacturing orders for 67,500 Iridium GO! units from Iridium since the product’s launch.
The KOREASAT fleet provides C-band Hemi Beam coverage from Asia to Africa and a high-powered Ku-band Regional Beam in South East Asia and Sub-Saharan Africa.
Beam Budget on AWS Marketplace supports GEO, LEO, and MEO orbits.
INTEGRASYS offers Beam Budget as a scalable subscription model with two main user types: one focused on GEO and a premium user for multi-orbit (GEO, LEO, and MEO) use cases.
Full Digital Beam Forming (DBF) in the project creates transmitting and receiving beams directly in the digital domain across the full Ka-band frequencies 17.7–20.2 GHz and 27.5–31.0 GHz.
The I-6 satellites provide 50% more spectrum per beam than the I-4 satellites.
Onyx Aero uses SatixFy’s multi-beam ESMA and software-defined radio technology to connect to LEO and GEO Ku-band satellite constellations simultaneously.
The SatixFy user terminal antenna performed multiple satellite and beam handovers and frequency hopping over the OneWeb LEO network at 1,200 km while maintaining a simultaneous and continuous link with a GEO satellite at an altitude of 36,0 m.
RAL Space and SpeQtral are developing the Speqtre mission, with RAL Space leading the mission and providing the optical payload that will beam QKD signals to Earth.
OneWeb and SatixFy are developing a hybrid, multi-beam, multi-constellation solution to enable mobility customers such as airlines, train operators, and coach companies to leverage the OneWeb LEO network, terrestrial 0.005 kg, and legacy GEO satellite networks.
SatixFy partnered with OneWeb under the ESA Sunrise Partnership Project with support from the UK Space Agency to develop a compact electronically steered multi-beam array suitable for mobility services over both LEO and GEO satellites simultaneously.
The SatixFy compact electronically steered multi-beam array can be integrated into 0.005 kg equipment to allow end-to-end access to a LEO constellation network via a 0.005 kg signal.