From 2002 to 2007, the EUREF-IP Pilot Project stimulated and developed the necessary tools for EPN stations to make available their data in real-time. Today, the real-time data flow has become an integral part of the routine EPN data flow : 116 EPN stations are using the Ntrip software to stream their GNSS data through the internet. These real-time data, usually in RTCM format, are uploaded from the EPN stations to broadcasters from where they are distributed using the principle of internet radio.

Below you can find details on the EPN stations providing GNSS data through the Internet following an open data policy. For more details on the EPN real-time activities, please consult the White Paper on Real-Time GNSS in Routine EPN Operations.

Participating GNSS Stations

All EPN stations streaming real-time data should follow guidelines specified in Guidelines for EPN Stations and Operational Centres. Depending on the station, the data are made available in different RTCM formats. Operation details for each station are available from here.
Stations wishing to join the EUREF-IP network should apply to become an EPN station, follow the Procedure for Becoming an EPN Station and register through http://igs.bkg.bund.de/ntrip/registerprovider.

Users

To receive the EPN real-time GNSS data streams, free Ntrip client software (available for several platforms) can be downloaded from here. After completion of the user registration the authorization (user-ID and password) will be provided by the institution which operates the regional EPN (or EUREF-IP) Broadcaster.

Products

Currently EPN real-time data streams are widely used for real-time satellite orbit & clock corrections. See here for more details about these products.

Recommendations

Increasing the GNSS Stream Dissemination Capacity (concept). Last updated: July 16, 2009.

Legend Active Inactive Corrupt Site selection on map - Select a station - ACOR_13434M001 AJAC_10077M005 ALAC_13433M001 ALBA_13452M001 ALME_13437M001 AUT1_12619M002 BELF_13240M001 BELL_13431M001 BOGI_12207M003 BOR1_12205M002 BORJ_14268M002 BORR_13480M001 BRST_10004M004 BRUX_13101M010 BSCN_10028M007 BUCU_11401M001 BUTE_11209M001 BZRG_12751M001 CACE_13447M001 CAGZ_12725M004 CANT_13438M001 CASC_13909S001 CEU1_13449M002 CFRM_11525M001 CLIB_11526M001 COBA_13453M001 CPAR_11527M001 CRAK_11528M001 CREU_13432M001 CTAB_11529M001 DARE_13208S001 DENT_13112M001 DRES_14108M001 DUBR_11901M001 EBRE_13410M001 FLRS_31907M001 FUNC_13911S001 GAIA_13902M001 GANP_11515M001 GOPE_11502M002 GRAS_10002M006 GRAZ_11001M002 HELG_14264M001 HERT_13212M010 HOE2_14284M002 HOFN_10204M002 HUEL_13451M001 IENG_12724S001 IGEO_15101M001 INVR_13221M001 ISTA_20807M001 IZAN_31309M002 JOEN_10512M001 JOZ2_12204M002 KARL_14216M001 KIR0_10422M001 KRA1_12218M002 KRAW_12218M001 KURE_10604S001 LAGO_13903M001 LAMA_12209M001 LEON_13475M001 LPAL_81701M001 M0SE_12772M001 MALA_13443M001 MALL_13444M001 MAR6_10405M002 MARS_10073M008 MATE_12734M008 METS_10503S011 MOP2_11507M002 NICO_14302M001 ONSA_10402M004 ORID_15601M001 OSJE_11902M001 OSLS_10307M001 PADO_12750S001 PDEL_31906M004 PENC_11206M006 POTS_14106M003 REYK_10202M001 RIO1_13448M002 ROVE_12774M001 SALA_13469M001 SASS_14281M001 SCOA_10088M002 SKE0_10426M001 SODA_10513M001 SOFI_11101M002 SONS_13446M001 SPT0_10425M001 SRJV_11801S001 STAS_10330M001 SULP_12366M001 SUR4_10601M002 TERC_31909M001 TERU_13487M001 TLSE_10003M009 TOIL_10605S001 TOR2_10602M001 TORI_12724M002 TRDS_10331M001 TUBO_11503M001 UNPG_12752M001 UNTR_12785M001 USAL_19527M001 VAAS_10511M001 VALA_13463M002 VALE_13439M001 VARS_10322M002 VEN1_19513M001 VFCH_10046M001 VIGO_13450M001 VIS0_10423M001 WARE_13114M001 WARN_14277M002 WROC_12217M001 WSRT_13506M005 WTZR_14201M010 YEBE_13420M001 ZARA_13462M001 ZIM2_14001M008 ZOUF_12763M001 Site criteria selection Receiver type: AOA ASHTECH JAVAD JPS LEICA SEPT TPS TRIMBLE Format: RTCM 2.1 RTCM 2.2 RTCM 2.3 RTCM 3.0 RTCM 3.1 System: GPS GLO GAL SBAS hold down CTRL for multiple selection Active: Yes No All Corrupt: Yes No All Last update : May 23, 2013 10:38 UTC