SatixFy Communications Ltd. announced that it will be exhibiting its latest innovations at Satellite Show 2023, which is being held at the Walter E. Washington convention center in Washington D.C. from March 14-16. Visitors to the SatixFy booth (#2221) will have the opportunity to see demonstrations of the Company's advanced solutions, including its in-flight connectivity (IFC) product, Onyx, SatixFy’s payload solutions and high-end mobility terminals. In addition, at the show, SatixFy, together with Rohde & Schwarz (R&S) at its booth (#1326), will jointly demonstrate their high-throughput beam-hopping and RCS2 solution, which allows adapting satellite resources to demand, a promising feature for future LEO constellations.

The demonstration will include an end-to-end test infrastructure featuring an R&S SMW200Avector signal generator and R&S FSW signal and spectrum analyzer, together with SatixFy’s Sx3099 modem ASIC, demonstrating DVB-S2X Annex-E wide bandwidth beam-hopping and high bit rate DVB-RCS2 transmission. About SatixFy’s Products to be Exhibited at Satellite Show 2023: SatixFy’s IFC solution, Onyx, brings to the market disruptive satellite communication technology and capabilities for various aerial platforms, from business jets to narrow and wide body platforms. SatixFy’s software defined antenna solutions present the optimal blend of thin form factor, lightweight, scalable size, future-proof, multibeam and multi-orbit simultaneous operation. SatixFy’s technology enables seamless and simultaneous communications with multiple satellites, at higher performance and lower profile and as a significantly cost-effective solution compared to other existing solutions.

Satellite payload solutions offer low SWaP, modular, production-ready designs, software-reconfigurable, and operations. SatixFy’s payloads solutions combine certain factors including the use of innovative, in-house-developed radiation hardened ASICs, which reduces the cost, complexity and risk of the final product. SatixFy’s high-end satcom terminals are optimized for land-mobile applications and communications on-the-move (COTM) that can receive and transmit simultaneously multiple satellite beams on any orbit (GEO, MEO and LEO).