Sivers Semiconductors AB (STO: SIVE) has announced an $8.2 Million production order for 2027 from ALL.SPACE, a multi-orbit satellite communications company, for Sivers’ multi-beam Ka-band beamforming integrated circuits (BFICs). This purchase order indicates ongoing activity in the defense and commercial satellite communications market, as its BFICs are used in next-generation multi-orbit satellite communications platforms.
ALL.SPACE has reported ongoing portfolio and pipeline activity supporting U.S. Army and U.S. Navy customers, conducting trials with the Royal Canadian Navy, and adding support for a variety of satellite networks, including Telesat, SES, and Viasat. York Space Systems has also signed an agreement to acquire ALL.SPACE, expanding its presence in the U.S. defense ecosystem.
“This production order represents an important milestone in our partnership with ALL.SPACE as we move from development and initial production to scaled multi-year deployment,” said Vickram Vathulya, CEO of Sivers Semiconductors. “The successful market adoption validates both the differentiated performance of Sivers’ beamforming platform and the importance of ALL.SPACE next-generation terminals for future satellite communications infrastructure.”
“Our continued partnership with Sivers Semiconductors has been instrumental in bringing our next-generation multi-orbit communications capabilities to market,” said Paul McCarter, CEO of ALL.SPACE. “This production order reflects the strong performance of the jointly developed Ka-band beamforming technology and supports growing demand from our customers worldwide.”
Demand for multi-orbit satellite communications is increasing as defense organizations and commercial operators seek resilient connectivity across LEO, MEO, and GEO satellite networks. As a result, advanced beamforming semiconductors and electronically steered antenna technologies are becoming key components, helping provide the flexibility, performance, and reliability required to operate across multiple orbital constellations.