Electron Beam Melting operates in a vacuum, enabling high temperatures in a non-oxygenated environment that relieves internal stresses and produces more resilient, flexible parts.
Lumotive has a pipeline of higher performance and more compact beam steering chips in development.
Lumotive's LM10 is the world’s first digital beam steering solution.
Lumotive's digital beam steering technology offers superior cost, size, and reliability compared to traditional mechanical lidar sensors.
The high-gain antenna’s ability to beam data precisely was tested twice in 2022 at NASA’s Langley Research Center in Hampton, Virginia.
Namuga aims to leverage the advantages offered by pure solid-state lidar enabled by Lumotive’s LCM digital beam steering technology.
Lumotive's LCM technology overcomes size, scalability, and reliability limitations of traditional mechanical beam steering systems.
Optical Surfaces Ltd. supplies modular beam expander assembly components that include mounted primary and secondary mirrors pre-set to the correct positions for experiments relative to a 25×0.025 m M6 standard optical table hole pattern.
Optical Surfaces Ltd. provides each customer with mounted beam expander mirror modules with all freedoms of movement fixed to give an accurate starting point for alignment.
Optical Surfaces Ltd.'s pre-aligned modules provide a time-, space-, and cost-saving solution for beam expansion for optics up to 0.5 m in diameter.
Each Tranche 1 Tracking Layer satellite will feature three optical communications terminals and a Ka-band, multi-beam payload for communications.
Lumotive's patented technology delivers the world's first solid-state metasurface beam steering chips ready for mass production.
Hokuyo Automatic chose Lumotive’s LCM technology for its digital beam-steering capabilities.
The Milli SAT H LW GX unit supports automatic beam switching (ABS) using OpenAMIP and OpenBMIP protocols.
QuadSAT extracted information on the shape and size of the antenna's main beam and the level and position of sidelobes.
The OW11FL can electronically scan over a wide field of view to enable seamless beam and satellite handovers.
The ALL.SPACE S2000 Smart Terminal is a multilink terminal that features a multi-beam antenna and a platform capable of hosting software-defined applications.
ES XXV will be equipped with a high-power, multi-spot beam payload to enable DISH to provide high-quality content to its customers.
SatixFy’s PRIME2 is a digital beamformer ASIC designed for massive MIMO antennas in space and multi-beam LEO/GEO aeronautical antennas.
Intelsat launched the Intelsat 40e (IS-40e) geosynchronous satellite that uses spot-beam technology to provide capacity over North America for commercial aviation, mobility, and network service customers.