All MP42 subsystems were tested with a 20 kRad biased radiation dose and with board-level Single Event Effects testing under a 200 MeV proton beam to ensure at least five years of lifetime in LEO.
ABS operates Southeast Asia satellite beams, including the ABS-2A Southeast Asia beam.
The neXat platform supports connections to the ABS-2A Southeast Asia beam.
The True View 435 features a 16-beam Hesai PandarXT LiDAR unit.
ICEYE operates a constellation of synthetic-aperture radar satellites that image the Earth's surface by bouncing a radar beam from approximately 550 km in space.
Each Inmarsat-6 satellite will deliver 50% more capacity per beam and unlimited beam routing flexibility.
Intelsat plans a multi-layered GEO strategy combining C-band satellites, wide-beam satellites for ISR, Epic high-throughput satellites, and software-defined satellites to serve different applications.
ICEYE operates a constellation of SAR satellites that transmit a radar beam from approximately 550 km altitude to image the Earth's surface.
GovSat operates high-powered, fully-steerable spot beams in X- and Mil Ka-Band and a global X-Band beam.
BIRD Aerosystems' AMPS protects against MANPADS, Laser Beam Rider threats, and radar-guided missiles.
GovSat operates high-powered fully-steerable spot beams in X- and Mil Ka-Band and a global X-Band beam alongside a secure service hub.
Beam Budget reporting provides detailed information about beams and coverage for LEO and MEO constellations.
Integrasys improved Beam Budget’s LEO and MEO reporting capabilities to include dual analysis of the forward and return link.
Beam Budget produces high-precision beam gain by working with discrete 2 dB contours and interpolating gain to exact locations to allow intermediate values and increase calculation precision.
Integrasys completed an update of Beam Budget’s LEO option to offer a flexible solution for new constellations.
Beam Budget supports laser-based connections between LEO and MEO assets and GEO satellites to improve resiliency and availability.
DARPA awarded Carillon Technologies a $6,400,000 contract to prototype next-generation satellite-to-satellite communication systems derived from Holographic Optical Beam Steering (HOBS) technology.
KRYTAR Model 184030 is suitable for wireless designs and test and measurement applications including electronic warfare, commercial wireless, 0.005 kg communications, SATCOM, radar, signal monitoring and measurement, antenna beam forming, and EMC testing within K- through Ku-bands.
Kymeta uses a multi-beam antenna configuration to enable simultaneous connections to two low Earth orbit satellites or to one geostationary satellite and one low Earth orbit satellite.
The WAEFR antenna features the high performance gain of a dish with the beam agility of an ESA.