As of 17 December 2018, 11 permanent GNSS tracking stations are proposed for inclusion into the EUREF Permanent Network.

The Overview tab contains the following metrics:

  • Proposed Satellite Systems: Satellite systems indicated in the site log
  • Meta-data: when the headers of daily RINEX v2 and RINEX v3 (if available) are consistent with the station site log
  • Documentation
    • SL (Site log): when site log has been validated and submitted to the EPN CB
    • CL (Commitment Letter): when Commitment Letter has been received by the EPN CB
    • SP (Site Pictures): when site pictures have been submitted to the EPN CB
  • Data
    • Quality: when "Average ratio" is larger than 90 % ( between 80% and 90%). Average ratio (%) is the average of the ratios of the number of dual freq. of observations wrt. the number of expected obs. (for RINEX v2 and v3 - if available) taken over the last 28 days with the G-Nut/Anubis software.
    • Availability:
      • BEV/BKG: when the % of existing hourly (resp. daily) RINEX (v2 and v3) observ. files over the last 7 days (resp. 28 days) is larger than 90% ( between 80% and 90%).
      • #BRDC: when the number of regional EPN broadcasters receiving the real-time data equal to 3 ( when 1 or 2).
    • Latency:
      • BEV/BKG: when the % of hourly RINEX (v2 and v3) observ. files that is made available at the data centers within 10 minutes over the last 7 days is larger than 90% ( between 80% and 90%).
  • Interested Analysis Centres: Analysis Centres willing to process the data, at least three are required.
  • Ready: "yes" when the EPN guidelines are satisfied. This means that the station is ready to be included in the EPN.
Site     Location     Network     Equipment     Documentation     Data
Name
Domes
Date Proposed
Operational Centre
    City
Country (full)
Country (code)
Tectonic plate
Lat, long, elev
X,Y,Z
    IGS
ITRF2014
IGS14
    Proposed Satellite Systems
Antenna calib.
Meta-data
    Station log
Commitment letter
Station pictures
National Coordinates
    Quality
Availability
Latency
Name City Country (full) Country (code) Domes Date Proposed Operational
Centre
Tectonic
Plate
Lat. Long. Elev. X Y Z Network Proposed
Satellite
Systems
Ant.
Calib.
Meta-
data
Documentation Data Interested
Analysis
Centres
Ready
IGS ITRF2014 IGS14 SL CL SP NC Quality Availability Latency
BKG BEV # BRDC BKG BEV
GDRS00UKRGorodokUkraineUKR15595M0012018-11-06MAOEURASIAN 50.5984 29.4465 196.9 3532701.78 1994351.36 4905461.56GPS+GLOType
IZMI00TURizmirTurkeyTUR20817M0012018-07-30GCMEURASIAN 38.3948 27.0818 74.9 4456584.24 2278765.51 3939930.89IGSGPS+GLO+SBASType
IZRS00UKRIzmailUkraineUKR18115M0022018-11-06MAOEURASIAN 45.3334 28.8355 86.8 3934475.30 2166172.96 4513539.91GPS+GLOType
KRS100TURKarsTurkeyTUR20816M0012018-07-30GCMEURASIAN 40.5884 43.0934 1811.7 3542999.67 3314720.17 4129002.59IGSGPS+GLO+SBASType BKG
MERS00TURErdemliTurkeyTUR20814M0012018-07-30GCMEURASIAN 36.5663 34.2559 38.5 4239149.45 2886967.94 3778877.02IGSITRF2014GPS+GLO+GAL+BDS+QZSS+SBASType BEK, BKG
PFA300AUTBregenzAustriaAUT11005M0042018-10-29BEVEURASIAN 47.5153 9.7847 1090.3 4253561.38 733544.83 4681451.82GPS+GLO+GAL+BDSType BKG
TLL100IRLDublinIrelandIRL13630M0022018-04-24OSIEURASIAN 53.2914 -6.3635 163.2 3797282.48 -423484.68 5090128.47GPS+GLO+GAL+BDSType IGE
TOR100ESPTORREJON DE ARDOZSpainESP17018M0012018-08-02ESSPEURASIAN 40.4726 -3.4525 660.7 4850488.99 -292629.92 4118480.58GPS+GLO+GAL+SBASType BEK, IGE
VAIN00LVAVainodeLatviaLVA10736M0012016-06-01LGIAEURASIAN 56.4180 21.8367 184.1 3282526.50 1315357.80 5290482.60GPS+GLO+GAL+BDS+SBASIndiv. BKG, NKG
VNRS00UKRVinnytsiaUkraineUKR18101M0012018-10-03MAOEURASIAN 49.2196 28.4273 318.9 3670860.47 1987087.33 4806792.84GPS+GLOType UPA
YLDZ00TURIstanbulTurkeyTUR20815M0012014-08-07YTUEURASIAN 41.0232 28.8887 126.9 4219315.13 2328105.67 4164453.85GPS+GLO+SBASType ASI, BKG, OLG, SUT
RINEX version     RTCM version
RINEX 2
RINEX 3
Last data
    RTCM 2.x
RTCM 3.0, 3.1
RTCM 3.2, 3.3

Legend

  • Daily: % of existing daily RINEX obs. files during the last 28 days (at least 90%, between 80% and 90%, less than 80%)
  • Hourly: % of existing hourly RINEX obs. files during the last 7 days (at least 90%, between 80% and 90%, less than 80%)
  • Real-time: # of EPN regional broadcasters providing access to real-time data stream(s) (3 (all), 1 or 2, 0)
Name Operational Centre RINEX 2 RINEX 3 Last data RTCM (# broadcasters)
Daily
BKG
Daily
BEV
Hourly
BKG
Hourly
BEV
Format Daily
BKG
Daily
BEV
Hourly
BKG
Hourly
BEV
Format RTCM 2.x RTCM 3.0/3.1 RTCM 3.2/3.3
GDRS00UKR MAO1001001001002.112018-12-16
IZMI00TUR GCM00002.112018-11-12
IZRS00UKR MAO1001001001002.112018-12-16
KRS100TUR GCM9610099992.112018-12-16
MERS00TUR GCM96795002.11825718503.032018-12-16
PFA300AUT BEV96891001002.1196961001003.032018-12-16
TLL100IRL OSI1001001001002.1100003.032018-12-16
TOR100ESP ESSP0000-00-00
VAIN00LVA LGIA00002.1100003.032018-10-15
VNRS00UKR MAO1001001001002.112018-12-16
YLDZ00TUR YTU2017-04-02
Hourly     RTCM - Mean Latency [s]
RINEX 2
RINEX 3
    ASI
BKG
ROB

Legend

  • Hourly: % of hourly RINEX obs. files with latency below 10 minutes during the last 7 days (more than 90%, between 80% and 90%, below 80%)
  • Real-time: mean data latency over last 20 monitored observation epochs (below 3 s, between 3 s and 5 s, more than 5 s)
Name Operational Centre Hourly Daily/hourly data latency plot Real-time Real-time data latency plot
RINEX2
[%]
RINEX3
[%]
RTCM - Mean Latency
[s]
BKG BEV BKG BEV ASI BKG ROB
GDRS00UKR MAO10079GDRS00UKR
IZMI00TUR GCM00IZMI00TUR
IZRS00UKR MAO10080IZRS00UKR
KRS100TUR GCM9764KRS100TUR
MERS00TUR GCM5001839MERS00TUR
PFA300AUT BEV99559955PFA300AUT
TLL100IRL OSI955800TLL100IRL
TOR100ESP ESSPTOR100ESP
VAIN00LVA LGIA0000VAIN00LVA
VNRS00UKR MAO9964VNRS00UKR
YLDZ00TUR YTUYLDZ00TUR
RINEX version     Observation count     Satellite Systems     Auxiliary Information
RINEX 2
RINEX 3
    All obs.
Only dual+ freq. obs.
    All
Selected

    GPS
    GLO
    GAL
    BDS
    QZSS

    Operational Centre
Receiver Type

Legend

Data Quality percentages are computed over last 28 calender days with the G-Nut/Anubis software (Václavovic P, Dousa J (2016), G-Nut/Anubis - open-source tool for multi-GNSS data monitoring, In: IAG 150 Years, Rizos Ch. and Willis P. (eds), International Association of Geodesy Symposia, Springer, Vol. 143, pp. 775-782, doi:10.1007/1345_2015_97)

  • Dual+ frequency obs. count: percentage of number of obs. on at least two frequencies wrt of number of expected obs.
  • All observations count: percentage of number of obs. wrt of number of expected obs.

Color codes: at least 90%, between 80% and 90%, less than 80%

Name Auxiliary Information Dual+ frequency obs. count (%) All observations count (%) Plot
OC Receiver Type RINEX 2 RINEX 3 RINEX 2 RINEX 3
TOT GPS GLO TOT GPS GLO GAL BDS QZSS TOT GPS GLO TOT GPS GLO GAL BDS QZSS
GDRS00UKR MAONOV OEMV38882898990GDRS00UKR
IZMI00TUR GCMTRIMBLE NETR5IZMI00TUR
IZRS00UKR MAONOV OEMV39682939690IZRS00UKR
KRS100TUR GCMTRIMBLE NETR58980909188KRS100TUR
MERS00TUR GCMLEICA GR50908092829383969091889193919387100MERS00TUR
PFA300AUT BEVLEICA GR309386958997809493959496979783PFA300AUT
TLL100IRL OSILEICA GR309388959496TLL100IRL
TOR100ESP ESSPSEPT ASTERX3TOR100ESP
VAIN00LVA LGIALEICA GR10VAIN00LVA
VNRS00UKR MAONOV OEMV39482929590VNRS00UKR
YLDZ00TUR YTUASHTECH PF800YLDZ00TUR
Receiver     Antenna     Colocated instruments
Type
Serial Number
Firmware
Clock
    Type
Serial Number
Height
Reference Point
Calibration
    Meteo data
Humidity sensor
Pressure sensor
Temperature sensor
Water vapor radiometer
    GNSS
DORIS
VLBI
SLR
    Seismometer
Timing
Gravimeter
Tide gauge
Name Receiver Antenna Colocated instruments
Type Serial Number Firmware Clock Type SN Height RP Calibration Meteo data Humidity sensor Pressure sensor Temperature sensor Water vapor radiometer GNSS DORIS VLBI SLR Seismometer Timing Gravimeter Tide gauge
GDRS00UKR NOV OEMV3NAP104000163.905NOV702GG NONENAE104600270.0000BAMType
IZMI00TUR TRIMBLE NETR54737K07114Nav 4.48 / Boot 4.18TRM55971.00 NONE307634200.0870BAMType
IZRS00UKR NOV OEMV3NAP104000173.907NOV702GG NONENAE103900070.0000BAMType
KRS100TUR TRIMBLE NETR54737K07082Nav 4.48 / Boot 4.18TRM55971.00 TZGD305691310.0870BAMType
MERS00TUR LEICA GR5018703624.31/7.403LEIAR10 NONE182450240.0800BAMType
PFA300AUT LEICA GR3017053204.31.087LEIAR25.R3 LEIT094800160.0500BPATypeTesto 454Kroneis 315 KTesto 454
TLL100IRL LEICA GR3017054244.20/7.300( OLEIAR10 NONE191730240.0000BAMType
TOR100ESP SEPT ASTERX35173923.4.0LEIAR10 NONE6054(F8.4)BAMType
VAIN00LVA LEICA GR1017036774.11/6.523LEIAR20 LEIM170980070.0000BAMIndiv.
VNRS00UKR NOV OEMV3NAP093300013.906NOV702GG NONENAE092800160.0000BAMType
YLDZ00TUR ASHTECH PF800201208021S844Kl27AERAT1675_120 SPKEAT57590050.1390BAMType
Receiver     RINEX2     RINEX3     RTCM
Type
Firmware
    GPS
GLO
GAL
SBAS
    GPS
GLO
GAL
BDS
QZSS
SBAS
    GPS
GLO
GAL
BDS
QZSS

Legend

  • RINEX: A satellite constellation is considered as observed if it is present in the last available daily RINEX 2 or RINEX 3 obs. file.
  • RTCM: A satellite constellation is considered as observed if is presently included in (one of) the station real-time data stream(s).
Name Receiver RINEX 2 RINEX 3 RTCM
Type Firmware GPS GLO GAL SBAS GPS GLO GAL BDS QZSS SBAS GPS GLO GAL BDS QZSS
GDRS00UKRNOV OEMV33.905GPSGLO
IZMI00TURTRIMBLE NETR5Nav 4.48 / Boot 4.18GPSGLO
IZRS00UKRNOV OEMV33.907GPSGLO
KRS100TURTRIMBLE NETR5Nav 4.48 / Boot 4.18GPSGLO
MERS00TURLEICA GR504.31/7.403GPSGLOGALGPSGLOGALBDSQZSS
PFA300AUTLEICA GR304.31.087GPSGLOGPSGLOGALBDS
TLL100IRLLEICA GR304.20/7.300GPSGLOGPSGLOGALBDS
TOR100ESPSEPT ASTERX33.4.0
VAIN00LVALEICA GR104.11/6.523GPSGLOGPSGLOGALBDS
VNRS00UKRNOV OEMV33.906GPSGLO
YLDZ00TURASHTECH PF800S844Kl27GPSGLOSBAS