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European Data Relay System

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274: 2024: 2048: 2060: 2036: 332:(ADS, former Astrium). ESA funds the infrastructure development and is the anchor customer through the Sentinel satellite missions. ADS will carry the overall responsibility for the implementation of the space segment including launch, as well as the ground segment. ADS will then take over ownership of EDRS and will provide the data transmission services to ESA and customers worldwide. 316:(formerly the Global Monitoring for Environment and Security or GMES). The Sentinel satellites provide data for the operational provision of geo-information products and services throughout Europe and the globe. EDRS provides the data relay services for the Sentinel satellites since 2016, facilitating a rapid downlink of large volumes of data (including imagery, voice, and video). 233:
that provides direct coverage for LEO satellites over Europe, the Middle East, Africa, the Americas, Asia, and the Poles. The initial plan was to develop two further spacecraft to complement the system from 2020 onwards, affording a complete coverage of the Earth and providing long-term system
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EDRS infrastructure consists of two geostationary optical payloads and a Ka band payload, a ground system consisting of a satellite control centre, a mission and operations centre, a feeder link ground station (FLGS), and four data ground stations.
218:(COSPAR 2019-049A), which is also carrying a laser communication terminal, was launched on 6 August 2019 and will be positioned at 31°E. The satellite also carries a payload meant for commercial communication satellite use, the 426: 672: 135:
7 programme and is intended to be an independent, European satellite system that reduces time delays in the transmission of large quantities of data. The programme is similar to the American
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that often have reduced visibility from ground stations. It makes on-demand data available to, for example, rescue workers who want near-real-time satellite data of a crisis region.
147:: the laser terminal transmits 1.8 Gbit/s across 45,000 km (the distance of a LEO-GEO link), while the TDRSS provides ground reception rates of 600 Mbit/s in the 866: 1617: 967: 2091: 1464: 1642: 124:
Security forces that transmit data to Earth observation satellites, aircraft and unmanned aerial observation vehicles, to reconfigure such systems in real time.
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satellite, both in LEO, when it achieved 5.5 gigabits per second. A similar LCT was installed on the commercial telecommunication satellite
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Emergency response and crisis intervention applications that need information and data over areas affected by natural or man-made disasters.
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Government and security services that need images from key European space systems such as Global Monitoring for Environment and Security.
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As of May 2023, EDRS has over one million minutes of communications with more than 75,000 successful inter-satellite links.
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Heine, Frank; Brzoska, Andrej; Gregory, Mark; Hiemstra, T.; Mahn, Robert; Pimentel, Patricia Martin; Zech, Herwig (2023-03-15).
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commercial telecommunication satellite, called Eutelsat 9B (COSPAR 2016-005A). The satellite was launched in January 2016 by a
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The EDRS-A payload as well as the EDRS-C satellite are operated by the German Space Operations Center (GSOC) of the
92:, and ground stations. The first components (a payload and dedicated GEO satellite) were launched in 2016 and 2019. 52: 2063: 1781: 1470: 851: 841: 111:
Earth Observation applications in support of time-critical and/or data-intensive services; e.g., change detection,
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Such a terminal was successfully tested in 2007/8 during in-orbit verification between the German radar satellite
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Weather satellite services that require the fast delivery of large quantities of data around the world.
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The designers intend the system to provide almost full-time communication, even with satellites in
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Two years of successful operation for Germany's TerraSAR-X, the Earth observation satellite
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There are a number of key services that will benefit from this system's infrastructure:
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that was set up to support the Space Shuttle—but EDRS is using a new generation
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is in Ottobrunn, Germany, while a backup centre is installed in Redu, Belgium.
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EDRS is being implemented as a Public Private Partnership (PPP) between the
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International Conference on Space Optical Systems and Applications (ICSOS)
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located at Weilheim, Germany, Redu, Belgium and Harwell, UK. The prime
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A second EDRS payload was launched aboard a dedicated spacecraft. The
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EDRS: An independent data-relay system for Europe becoming reality
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payload. Thus the satellite is sometimes referred to as
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Network of communication satellites and ground stations
558: 420: 580:"EDRS reached 1,000,000 minutes of communications!" 195:, comprising a laser communication terminal and a 449: 2092:Communications satellites in geostationary orbit 2078: 867:Space Applications and Telecommunications Centre 675:. In Hemmati, Hamid; Robinson, Bryan S. (eds.). 385:"Ariane-5 VA249: Intelsat 39 / EDRS-C press kit" 264: 877:Space Telescope European Coordinating Facility 539:"European Data Relay System – one year to go!" 757: 394: 131:The system has been developed as part of the 379: 377: 482:ILS to Launch Eutelsat 9B Satellite in 2015 457:"Lift-off for Europe's space laser network" 84:satellites that relay information and data 1026:European Launcher Development Organisation 764: 750: 536: 508: 261:in Oberpfaffenhofen near Munich, Germany. 203:inter-satellite link, was placed on-board 143:(LCT) which carries data at a much larger 2107:Inter-satellite communications satellites 1089: 771: 679:. Vol. 12413. SPIE. pp. 83–93. 374: 530: 446:2009-12-23 at the Portuguese Web Archive 400: 357:Laser Communications Relay Demonstration 345:Tracking and Data Relay Satellite System 137:Tracking and Data Relay Satellite System 2087:Communications satellite constellations 229:The EDRS A and C form the initial core 2079: 211:rocket and will be positioned at 9°E. 95: 1088: 988:Space Situational Awareness Programme 745: 574: 572: 486: 359: â€“ NASA payload launched in 2021 2035: 1031:European Space Research Organisation 847:Space Research and Technology Centre 677:Free-Space Laser Communications XXXV 268: 2059: 518:. Space Intel Report. 15 April 2017 13: 737:Redefining Satellite Data Transfer 569: 363:Indian Data Relay Satellite System 308:The first users for EDRS were the 14: 2118: 720: 319: 237: 2097:European Space Agency satellites 2058: 2046: 2034: 2023: 2022: 852:ESA Centre for Earth Observation 272: 186: 664: 637: 610: 1871:Columbus Man-Tended Free Flyer 475: 434: 401:Williams, Matt (26 Aug 2019). 1: 368: 303: 2102:Laser communication in space 496:. Arianespace. 19 March 2015 310:Sentinel-1 and -2 satellites 265:Communications functionality 141:Laser Communication Terminal 7: 537:Hauschildt, Harald (2012). 338: 151:and 800 Mbit/s in the 10: 2123: 1941:Mars sample return mission 1761:European Data Relay System 1441:Meteosat Second Generation 1354:James Webb Space Telescope 1216:Jupiter Icy Moons Explorer 898:European Data Relay System 872:Concurrent Design Facility 330:Airbus Defence & Space 177: 70:European Data Relay System 53:European Data Relay System 20:European Data Relay System 2014: 1979: 1841: 1770: 1700: 1632: 1564:Meteosat Third Generation 1423:Meteosat First Generation 1409: 1258: 1153: 1104: 1097: 1084: 1072:Planetary Science Archive 1039: 1018: 906: 885: 857:European Astronaut Centre 834: 806: 783: 779: 252:Mission Operations Centre 248:ground receiving stations 62: 58: 48: 38: 28: 24: 234:redundancy beyond 2030. 191:The first EDRS payload, 113:environmental monitoring 983:Living Planet Programme 842:Space Operations Centre 259:German Aerospace Center 246:of EDRS includes three 76:) system is a European 43:German Aerospace Center 1294:Hubble Space Telescope 862:Space Astronomy Centre 565:EDRS Operations Center 281:This section is empty. 226:or something similar. 1091:Projects and missions 773:European Space Agency 727:EDRS SpaceDataHighway 326:European Space Agency 1691:European Robotic Arm 1535:Sentinel-5 Precursor 314:Copernicus Programme 231:space infrastructure 2016:Future missions in 1062:European Space Camp 793:Guiana Space Centre 732:EDRS at ESA website 685:2023SPIE12413E..0CH 96:Purpose and context 21: 1866:Ceres Polar Lander 1701:Telecommunications 693:10.1117/12.2648425 86:between satellites 19: 2072: 2071: 2010: 2009: 1628: 1627: 1410:Earth observation 1240:Comet Interceptor 1231:Rosalind Franklin 1203:Trace Gas Orbiter 1154:Planetary science 1080: 1079: 993:Science Programme 463:. 30 January 2016 351:Artemis satellite 301: 300: 166:and the American 66: 65: 33:Data transmission 2114: 2062: 2061: 2050: 2038: 2037: 2026: 2025: 2002:Schiaparelli EDM 1861:Calathus Mission 1685:Georges LemaĂ®tre 1643:ISS contribution 1102: 1101: 1086: 1085: 781: 780: 766: 759: 752: 743: 742: 715: 714: 668: 662: 661: 659: 658: 641: 635: 634: 632: 631: 614: 608: 603: 597: 596: 594: 593: 576: 567: 562: 556: 555: 553: 552: 543: 534: 528: 527: 525: 523: 512: 506: 505: 503: 501: 490: 484: 479: 473: 472: 470: 468: 453: 447: 438: 432: 424: 418: 417: 415: 414: 409:. 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Aug 2019. 2081:Categories 1951:Phootprint 1931:Marco Polo 1772:Technology 1602:MetOp-SG-B 1594:MetOp-SG-A 1570:Sentinel-4 1541:ADM-Aeolus 1521:Sentinel-3 1503:Sentinel-2 1489:Sentinel-1 1417:Copernicus 1312:XMM-Newton 1130:Cluster II 936:Copernicus 907:Programmes 835:Facilities 785:Spaceports 657:2023-05-04 630:2023-05-04 592:2023-05-04 551:2015-09-07 467:30 January 413:2020-06-23 369:References 328:(ESA) and 304:Operations 164:TerraSAR-X 1992:CryoSat-1 1966:STE-QUEST 1901:Eddington 1891:e.Deorbit 1842:Cancelled 1714:Olympus-1 1556:EarthCARE 1477:CryoSat-2 1326:(2006–13) 1302:(1992–93) 1288:Hipparcos 1262:cosmology 711:257574400 522:18 August 500:4 October 2053:Wikinews 2029:Category 1649:Columbus 1573:) (2024) 1383:ARRAKIHS 1336:Herschel 1318:INTEGRAL 1248:EnVision 1201:ExoMars 1057:EUMETSAT 948:Columbus 941:Sentinel 821:Ariane 6 816:Ariane 5 444:Archived 441:Alphasat 347:, of USA 339:See also 209:Proton-M 205:Eutelsat 172:Alphasat 157:Ka-bands 145:bit rate 39:Operator 2041:Commons 2018:italics 1987:Cluster 1971:THESEUS 1956:SOLARIS 1831:PROBA-3 1824:OPS-SAT 1806:PROBA-V 1800:PROBA-2 1788:PROBA-1 1738:HYLAS-1 1732:GIOVE-B 1726:GIOVE-A 1720:Artemis 1548:Biomass 1447:Envisat 1386:(2030s) 1185:Rosetta 1173:SMART-1 1167:Huygens 1118:Ulysses 1098:Science 973:ExoMars 963:GALILEO 953:CryoSat 914:Artemis 893:ESTRACK 798:Esrange 681:Bibcode 461:bbc.com 312:of the 220:HYLAS 3 178:Network 49:Website 1997:GEOS 1 1980:Failed 1946:ODINUS 1916:Hopper 1911:Hermes 1906:EXPERT 1834:(2024) 1814:(2015) 1796:(2007) 1784:(1998) 1710:(1978) 1708:GEOS 2 1693:(2021) 1687:(2014) 1681:(2013) 1675:(2012) 1669:(2011) 1661:Cupola 1657:(2008) 1621:(2027) 1613:(2025) 1605:(2025) 1597:(2025) 1589:(2025) 1581:(2025) 1578:ALTIUS 1559:(2024) 1551:(2024) 1402:(2035) 1394:(2035) 1391:Athena 1378:(2029) 1370:(2026) 1360:Euclid 1348:CHEOPS 1330:Planck 1300:Eureca 1282:EXOSAT 1251:(2031) 1243:(2029) 1235:(2028) 1226:(2024) 1218:(2023) 1189:Philae 1161:Giotto 1146:(2031) 1112:ISEE-2 926:Aurora 709:  699:  623:Airbus 585:Airbus 216:EDRS-C 193:EDRS-A 149:S-band 1961:SPICA 1756:EGNOS 1618:FORUM 1610:SMILE 1483:Swarm 1459:MetOp 1435:ERS-2 1429:ERS-1 1375:ARIEL 1367:PLATO 1324:CoRoT 1270:Cos-B 1233:rover 1143:Vigil 1067:GEWEX 1010:Pride 968:ELIPS 958:EGNOS 707:S2CID 542:(PDF) 388:(PDF) 168:NFIRE 133:ARTES 1921:LOFT 1896:EChO 1876:CSTS 1851:AIDA 1794:YES2 1586:FLEX 1471:SMOS 1465:GOCE 1399:LISA 1342:Gaia 1223:Hera 1124:SOHO 978:FLPP 826:Vega 697:ISBN 524:2017 502:2015 469:2016 242:The 201:band 155:and 90:UAVs 74:EDRS 68:The 1812:IXV 1782:ARD 1634:ISS 1306:ISO 1276:IUE 931:ATV 919:ESM 689:doi 287:. 159:. 153:Ku- 82:GEO 80:of 2083:: 1529:3B 1527:/ 1525:3A 1523:/ 1515:2C 1513:/ 1511:2B 1509:/ 1507:2A 1505:/ 1497:1B 1495:/ 1493:1A 1491:/ 705:. 695:. 687:. 647:. 620:. 582:. 571:^ 544:. 459:. 405:. 376:^ 174:. 1567:( 1187:/ 765:e 758:t 751:v 713:. 691:: 683:: 660:. 633:. 595:. 554:. 526:. 504:. 471:. 416:. 294:) 290:( 199:a 197:K 115:. 72:(

Index

Data transmission
German Aerospace Center
European Data Relay System
constellation
GEO
between satellites
UAVs
low Earth orbit
environmental monitoring
ARTES
Tracking and Data Relay Satellite System
Laser Communication Terminal
bit rate
S-band
Ku-
Ka-bands
TerraSAR-X
NFIRE
Alphasat
Ka band
Eutelsat
Proton-M
HYLAS 3
space infrastructure
ground segment
ground receiving stations
Mission Operations Centre
German Aerospace Center

adding to it

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