Arralis Technologies (now ReliaSat) was a technology company specializing in millimetre-wave technology for the space, aerospace, defense, and communications sectors. They designed and manufactured Monolithic Microwave Integrated Circuits (MMICs), packaged component modules, antennas, and integrated radar and communications front-end platforms. Their products, including Ka-band and W-band solutions, were used in satellite communications, space research, spacecraft landing, and debris detection, with major partners including the European Space Agency (ESA). Associated keywords include: MMICs, antennas, radar, satellite communications, transceivers, and millimetre-wave technology.
All verified mentions of this organization in source documents.
ReliaSat purchased all of Arralis Technologies’ European intellectual property and manufacturing facilities as part of the acquisition.
Arralis launched a Ka-band phased array beam steering antenna named KKa-FPA-1730-A.
Arralis designed the KKa-FPA-1730-A to have a very low profile while offering high gain with 64 elements.
Arralis launched K- and Ka-band phase shifters intended to help antenna designers achieve rapid multi-beam steering for next-generation LEO satellite constellations.
Arralis launched advanced K-band and Ka-band analog bare die phase shifters that are ready to order.
Arralis’ Ka-band phase shifters operate in the 25–33 GHz frequency band.
Mike Gleaves is the CEO of Arralis Technologies Ltd.
Arralis collaborates with large aerospace, automotive, defence, and communications companies.
Arralis excels in Monolithic Microwave Integrated Circuits, packaged component modules, proprietary antenna technology, and integrated radar and communications front-end platforms.
TXMission has signed a technology, sales, and distribution agreement with Arralis Technologies Ltd.
Arralis Technologies provides expertise in RF, micro, and millimeter-wave technology.
TXMission and Arralis Technologies will jointly develop communication products for smallsat, HAPS, UAV, and airborne applications.