PRODUCT PROFILE
Gilat SkyEdge IV [גילת SkyEdge IV]
SATELLITE GROUND SEGMENT CONTROL SYSTEMS
Gilat SkyEdge IV [גילת SkyEdge IV]
Israel · verified
- COUNTRY
- Israel
- PROGRAMME STATUS
- verified
Specifications
- Function
- Provides a software-defined base for managing multi-orbit satellite network capacity and terminal connectivity.
- Platform fit
- Compatible with Geostationary (GEO) and Non-Geostationary (NGSO) satellite constellations.
- Commercial model
- Available through direct enterprise contracts involving capital expenditure for hardware and recurring software licensing.
- Deployment status
- Currently active and deployed within global high-throughput satellite architectures.
- Evidence to demand
- Publicly documented selection by major operators for next-generation multi-terabit constellations.
- Technical standard
- Supports DVB-S2X waveforms and dynamic bandwidth allocation protocols.
Description
SkyEdge IV is a high-performance ground segment system designed for satellite communications, developed by Gilat Satellite Networks (גילת רשתות לוויין) of Israel. It represents the architectural evolution of the SkyEdge lineage, specifically engineered to support the transition from static geostationary orbits to dynamic, multi-orbit constellations including non-geostationary systems. The platform serves as the central orchestration layer for high-throughput satellite networks, managing both the hub infrastructure and the remote user terminals. The system is primarily acquired by satellite operators and large-scale telecommunications providers who require elastic bandwidth management across diverse geographical regions. It is integrated into major global networks, notably serving as the ground technology for SES on their O3b mPOWER constellation and utilised by Intelsat for expanded cellular backhaul and maritime services. The product is typically sold as a comprehensive network solution comprising gateway equipment, software-defined management suites, and compatible modems. From a technical perspective, the primary risk involves the complexity of synchronising seamless handovers between different orbital planes, which remains a nascent operational field. The Aerospace Garage desk would seek to verify specific software release stability for multi-orbit switching and the current throughput limitations of the high-density Capricorn terminals. Buyers should confirm the availability of regional support centres, as hardware maintenance for gateway components requires specific local logistical arrangements.
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LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record