SatixFy is a satellite communication systems company that develops next-generation solutions, including multi-beam digital antennas, user terminals, and modems, based on its in-house designed chipsets. They provide advanced ASICs (Application-Specific Integrated Circuits) that improve satellite communication performance and reduce the weight and power requirements of equipment. SatixFy's technology supports LEO, MEO, and GEO satellite communications and partners with companies like MDA Space and OneWeb. Their solutions cater to various mobile applications, including in-flight connectivity and communications-on-the-move services.
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Combined product capabilities from SatixFy and SWISSto12 aim to deliver the most integrated and advanced full payload systems.
SWISSto12 and SatixFy have teamed to develop and commercialize end-to-end MEO and GEO telecommunications satellite payloads.
SWISSto12 and SatixFy have formed a strategic teaming to develop and commercialize end-to-end MEO and GEO telecommunication satellite payloads.
The Sunrise Program funding awarded via the UK Space Agency includes partners OneWeb, SatixFy, Celestia UK, and Astroscale UK.
SatixFy will receive 25 million British pounds to build Joey-Sat’s beam-hopping payload and user terminal.
SatixFy agreed in March to build an in-flight connectivity terminal for OneWeb that will work with OneWeb’s LEO constellation and geostationary satellite systems operated by others.
SatixFy entered a deal with Canadian satellite operator Telesat to gain early access to modem chips that can support beam hopping for Telesat’s Lightspeed LEO constellation.
OneWeb agreed a deal with Israel antenna maker SatixFy to build an inflight connectivity terminal compatible with OneWeb’s planned 650-satellite low Earth orbit constellation and geostationary satellite systems operated by others.
OneWeb signed an agreement with SatixFy to develop a new In-Flight Connectivity (IFC) terminal that will operate over OneWeb’s network and on GEO satellite networks.
SatixFy’s ESMA-based terminal provides multi-beam capability and operates simultaneously on multiple LEO and GEO satellites.
The European Space Agency (ESA) provided support to SatixFy in the design of the chips used for the IFC terminal.
SatixFy completed development of a transmit (Tx) tile of 576 elements and a receive (Rx) tile of 1024 elements to be used as building blocks for the planned IFC terminal.
Under the agreement, Telesat and SatixFy will demonstrate advanced modem designs for Landing Stations and User Terminals for Telesat Lightspeed.
Yoel Gat is the CEO of SatixFy.
Telesat has an agreement with SatixFy that provides Telesat early access to SatixFy’s second-generation Sx3099 modem chip.
SatixFy is developing high-capacity, high-performance SATCOM chips.
The SatixFy Sx3099 modem chip can process multiple gigabits per second in both transmit and receive directions.
SatixFy and Telesat will perform a six-month requirements verification program focused on the development and testing of evaluation boards and prototype modem units.
Satixfy will have components on a single OneWeb satellite expected to launch in 2021.
Satixfy will offer enterprise-grade terminals for $10,000 or less.