ETRS89 coordinates (ETRF2000), 2010.0 epoch

Cartesian

X
4645951.8012
Y
-165575.0451
Z
4352550.0099

UTM Zone 30N

X
577771.0998
Y
4795286.6360
HE
314.7067
Scale factor
0.9996743990
Conv.
00°39'27.9318"

Solutions

Nevada Geodetic LaboratorySerie temporal semanal ARA , EPN Densification

Access to protocol NTRIP GNSS corrections:

IP
82.130.196.2
User
anonimo
Password
1234

Single solution (RTK)

. GPS+GLO [Port 7014: RTCM2.3] - [Port 7015: RTCM3.1] - [Port 7017: CMR+]

. GPS+GLO+GAL+BDS [Port 7016: RTCM3.2]

Network solution (NRTK)

. GPS [Port 7019: iMAX+MAX]


. GPS+GLO+GAL [Port 7018: iMAX+VRS]

Rinex data

Access to the RINEX data

  • RINEX3 files in crinex format compressed to gz.
  • 30 second daily Rinex in the Year directory, and 1 second hourly Rinex in the Day of the Year directory. There are also files fragmented by hours, according to the UTC time base.
  • RINEX v3.x file format:


    Denomination: XXXXMRCCC_S_YYYYDDDHHMM_PPU_DDU_TT.FFF.CCC
    Example: PASA01ESP_R_20191180000_01D_30S_MO.crx.gz

    XXXXMRCCC: Station Name (XXXX), Monument number (M), Receiver number (R) and country ISO code (CCC).
    S: Data source (Receiver, Streaming, etc.) for the generation of observations.
    YYYYDDDHHMM: Data start time (YYYY: year; DDD: day of the year; HH: hour; MM: minute).
    PPU: Duration of the data (PP) and units (U) (minutes, hours, days, years, etc.) of the file.
    DDU: Recording frequency (DD) and units (U) (seconds, minutes, hours, days, etc.) of the file.
    TT: Type of data (Mixed Observations (OM), Meteorological (MM), etc.) of the file.
    FFF: File Format (RINEX: rnx, Hatanaka: crx, etc.).
    CCC: File Compression (gz, zip, etc.).

  • Transformation of RINEX v3 files to RINEX v2:


    1) Uncompress the *gz file, using any standard compression/decompression software (gzip, winzip, 7-zip, etc.)
    2) Decompress the file with Hatanaka compression *.crx, using “CRX2RNX” software, obtaining a *.rnx file as a result. It can be downloaded from the link: https://terras.gsi.go.jp/ja/crx2rnx.html .
    3) Convert RNX3 file to RNX2, using the "GFZRNX" software, which can be downloaded from the following link: https://gnss.gfz-potsdam.de/services/gfzrnx

    All these steps can be done by downloading this file from ItaCyL from the link: http://ftp.itacyl.es/Red_GNSS/Informacion/RINEX3-RINEX2.zip , which unzips the indicated programs into a "RINEX3-RINEX2" directory and a "RINEX3-RINEX2.bat" file that, when executed, transform all the files that we copy in that folder, to Rinex v2.11.

Rinex data quality control

NEU speeds (IGS14 frame)

X Y Z
-0.01069 m/a 0.01945 m/a 0.01200 m/a

NEU speeds