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Ka Conference 2023 - Beam-Hopping and NGSO Signaling Support in DVB Standards
Beam-hopping is an important technology that enables the better utilization of satellite assets for geosynchronous satellites, especially for non-geosynchronous (NGSO) constellations. This technology is matured and is supported in the DVB-S2X standard. With the new amendments to the signaling standards of DVB-SI and DVB-RCS2 for both beam-hopping and NGSO constellations, it can also be integrated into interactive NGSO-based RCS2 systems. This paper describes the signaling elements, provides an estimate for the overhead it introduces and describes a general procedure for connecting a new terminal to an interactive DVB-RCS2 based system.
Ka Conference 2023 - JOEYSAT: Experimental Leo Ku/Ka Band Satellite to Test Next Generation Technologies in Space
JOEYSAT is an advanced broadband Ku/Ka Band satellite that was launched into Low Earth Orbit (LEO) on May 20, 2023. It incorporates a fully digital next generation communication payload, made up from a set of digital beamforming antenna arrays coupled with a regenerative on-board processor. The combination of digital beamforming, steering and hopping with powerful on-board digital processing allows the payload to enhance the efficiency and reliability of satellite communication systems suffering from limited bandwidth, high latency, and interference. This presentation outlines the underlying technology elements, the test results obtained so far and the additional tests planned.
Ka Conference 2021 - Beam Hopping - Deployment Scenarios Analysis
Beam-hopping was shown to provide a level of flexibility that makes it possible to increase served traffic, reduce areas of unmet demand while enabling the reduction of power consumption on-board. In the paper we study the impact on utilization and capacity, as a function of various deployment parameters, of those features.
Ka Conference 2021 - Simulation of Tracking Systems for Electronically Steered Antenna Arrays for GEO and LEO satellites
Electronically steered digital beam-forming antenna arrays have gained significant attraction in satellite communications and 5G applications. Electronical steering has the distinct advantage of not requiring mechanical rotating parts and thanks to digital beamforming, supporting of multiple beams simultaneously is possible unlike analog phase arrays.
Ka Conference 2019 - Beam Hopping Analysis and Simulation
The design of new generation of satellites- multibeam High Throughput Satellites, LEO and MEO constellations and alike, needs to be highly cost-effective and adaptive to the actual demand. Beam-hopping was shown to provide a level of flexibility that makes it possible to increase served traffic, reduce areas of unmet demand while enabling the reduction of power consumption on-board.
Ka Conference 2019 - DIGITAL STEERABLE MULTIBEAM ANTENNA APERTURE USAGE
This paper presents special ways in which digital processing, can be utilized to make use of SatixFy’s fully digital wideband multibeam steerable antenna aperture.
Ka Conference 2019 - ELECTRONICALLY STEERED MULTI-BEAM ANTENNA ARRAY PERFORMANCE AND BEAM TRACKING IN MOBILITY
In this paper, real-time performance measurement results of a digital electronically steered multi-beam antenna (ESMA) system are presented for static and mobility conditions using actual signals from active satellites.
Ka Conference 2019 - MAC ARCHITECTURE FOR THE USER BEAMS OF ISL-INTERCONNECTED OBP SATELLITES
This paper presents an adaptation to the network architecture envisioned by DVB-RCS2 that splits the network hub between the part of the satellite payload that serves a user beam and a separate, associated ground control function
Ka Conference 2019 - BEAM-HOPPING SYSTEM CONFIGURATION AND TERMINAL SYNCHRONIZATION SCHEMES
This paper discusses system deployment and configuration scenarios as well as features of the DVB-S2X standard speci-fication for beam-hopping.
Ka Conference 2018 - DBF ASIC Measurements and Application
In this paper we present measurement results of an antenna using the actual production chips, as well as a new AERO antenna, based on the chip set.
Ka Conference 2018 - BEAM HOPPING- UTILIZATION PERFORMANCE ANALYSIS
In this paper we analyze the performance of beam-hopping system in terms of beam utilization, comparing various approaches to beam-hopping scheduling, for both transparent and regenerative payloads.
Ka Conference 2018 - LEO CONSTELLATION FOR BROADBAND APPLICATIONS SYSTEM DESIGN CONSIDERATIONS
The evolution of high throughput satellites (HTS), towards smaller beams (VHTS) sets a reference criterion in space segment cost per Mbps. In this paper, we will present the system design considerations of a LEO satellite constellation targeting broadband applications.
Ka Conference 2018 - On Board Processing Payload
This article presents the SDR ASIC designed by SatixFy for a Regenerative processor payload, combined with the reasoning to use a regenerative processor in modern UHTS and LEO constellations both from a technical and commercial points of view.
Ka Conference 2017 - BEAM HOPPING SYSTEM DESIGN CONSIDERATIONS
Beam-hopping was shown to provide a level of flexibility that makes it possible to increase served traffic, reduce areas of unmet demand while enabling the reduction of power consumption on-board. In the paper, we discuss and analyze the system considerations for implementation of beam-hopping in a multi-beam environment and the trade-offs required for different applications.
Ka Conference 2017 - Low Cost Wideband Digital Beamforming
In this paper, we analyze the performance and limits of such a fully digital wideband beamforming antenna array taking into account actual implementation.
Ka Conference 2017 - Bounds on Satellite System Capacity and Inter-constellation Interference
The ever-increasing demand for data communication traffic, combined with the need for truly global coverage has spurred the introduction of new satellite systems with Low Earth Orbit (LEO) constellations, which are to operate independently, or in conjunction with Geosynchronous Earth Orbit (GEO) satellite fleets.
The paper takes a step further in analyzing the total capacity that can be achieved by a satellite system whereby terminals can receive, via multi-beams, several satellites. Thus, making it possible to re-use spectrum and uniformly share the load among multiple satellites.
The paper takes a step further in analyzing the total capacity that can be achieved by a satellite system whereby terminals can receive, via multi-beams, several satellites. Thus, making it possible to re-use spectrum and uniformly share the load among multiple satellites.
SatixFy's Full Demo of MIST - Mobile IoT Satellite Terminal
The 2nd part of SatixFy's newest technology demonstration shows our multi-orbit, multibeam Electronically Steered Multibeam Antenna (ESMA)in action.
SatixFy's Diamond IoT Multibeam Antenna Mobility Demo
World's first demonstration of multibeam connectivity with mobility.
SatixFy's newest technology demonstration shows our multi-orbit, multibeam Electronically Steered Multibeam Antenna (ESMA), fits all kind of mobility uses.
SatixFy's newest technology demonstration shows our multi-orbit, multibeam Electronically Steered Multibeam Antenna (ESMA), fits all kind of mobility uses.
SatixFy's Technology and Antennas Intro
Digital Beam Forming technology and SatixFy's first of its kind Aero terminal
SatixFy introducing JetTalk's Aero Terminal
JetTalk is a joint venture between SatixFy and ST Electronics. JetTalk’s In-Flight-Connectivity (IFC) solutions bring to the market disruptive satellite communication technology and capabilities for various aerial platforms, including narrow and wide body platforms. JetTalk's software defined antenna solutions present the optimal blend of thin form factor, lightweight, scalable size, future-proof, multibeam and multi satellite operation.
SatixFy is a leading provider of baseband modem and antenna SoC ASICS, development platforms and solutions which deliver highest performance and radically reduced cost, size, weight and power. SatixFy also delivers advanced Terminals, Payloads and Gateway equipment. SatixFy is a pioneer in designing advanced satellite payloads with on-board-processing, multi-beams and beam hopping and indoor/outdoor VSATs systems.
SatixFy's Antenna Micro Test Range (AMTR) demonstration
SatixFy's AMTR is specifically designed for demonstrating Electronically Steered Antennas functionality. It sets an advantage for partners and early adopter by providing a means for developers to quickly analyze and measure the performance and capabilities of designed electronically steered antennas.
ESMA 256 Element Antenna Demonstration
Introducing SatixFy's 256 element, Ku-band, Electronically Steered Multibeam Array Antenna (ESMA) designed for fixed and mobility applications
Satellite Evolution - SatixFy interview at CommunicAsia 2019
SatixFy's Gidi Talmor introducing our Electronically Steered Multibeam Antenna (ESMA) and the solution for mobility IoT applications and LEO constellations.
SatixFy celebrates finalization of Prime & Beat ASICs development
London, UK, November 2018.
SatixFy hosted an event to celebrate the completion of UK Space Agency backed, Prime and Beat activities implemented under the Core Competitiveness element of ESA’s programme of Advanced Research in Telecommunications Systems (ARTES).
SatixFy hosted an event to celebrate the completion of UK Space Agency backed, Prime and Beat activities implemented under the Core Competitiveness element of ESA’s programme of Advanced Research in Telecommunications Systems (ARTES).
SatixFy's Beam Hopping Emulator
Demand for infrastructure supporting Beam Hopping is anticipated to grow in the next coming years. SatixFy has created a Beam Hopping Emulator to enables research, development integration and testing of various aspects of the Beam Hopping architecture using ours and other vendors’ commercially available terminals.
Satellite Evolution - SatixFy Interview at IBC 2018
Rajanik Jayasuraiya, SatixFy's COO, is talking to Richard Hooper of Satellite Evolution about SatixFy's demonstration of the recently introduced Prime digital beam former at IBC 2018.
What is Beam Hopping?
Beam Hopping is a satellite communication technology which helps reduce unmet capacity and increase overall delivered capacity.
SatixFy at Satellite2017
March 2017, SatixFy attended its 2nd Satellite show to introduce new capabilities in Beam Hopping and our advanced satellite communication SX-3000 ASIC and products.
Satixfy SCPC modem meets real-life LEO satellites challenges
Learn how OneWeb used SatixFy's technology when in pursuit of a robust modem to be able to support high-speed, low-latency wideband data link to meet the challenging requirements of its emerging LEO satellite system.
View full case study for more.
View full case study for more.