====================================================================== AIUB's Anonymous FTP Server Last mod.: 19-Mar-2024 ====================================================================== The anonymous ftp server of the AIUB contains daily updated files resulting from the GNSS data analysis performed for the IGS, in both international and Bernese formats. Additionally, product files from the reprocessing activities of CODE are available. The server may be accessed through ftp://ftp.aiub.unibe.ch or http://www.aiub.unibe.ch/download Contents of this file ********************* - General remarks - Files in Bernese format . Data content in the directories in BSWUSER52 . Data content in the directories in BSWUSER54 - CODE product files - Files from the CODE reprocessing - CODE-MGEX product files ---------------------------------------------------------------------- General remarks ---------------------------------------------------------------------- - All filenames are in uppercase. - Most of the files are UNIX compressed (indicated by the extension .Z). - We use the following abbreviations for time in the filenames below (menu time variables refer to the respective variables used in the Bernese GNSS Software, since Version 5.0): Used time Menu time abbreviation variable Description --------------- --------------- -------------------------------- mm $M Month (two digits) yy $Y Year (two digits) ddd $+0 Day of Year (DOY) (three digits) dddh $S+0 Hourly session (DOY+character indicating the hourly session A..X) yyyy $Y+0 Year (four digits) wwww $W+0 GPS Week yymm $M+0 Year, Month wwwwd $WD+0 GPS Week and Day of week yyddd $YD+0 Year and DOY yyyyddd $YYYD+0 4-digit Year and DOY (only versoin 5.4) ---------------------------------------------------------------------- Referencing the CODE products ---------------------------------------------------------------------- The usage of the operational products is expected to be acknowledged by the following references: - Final product series: Dach, R., S. Schaer, D. Arnold, E. Brockmann, M. Kalarus, L. Prange, P Stebler, A. Jaeggi (2023). CODE final product series for the IGS. Published by Astronomical Institute, University of Bern. URL: http://www.aiub.unibe.ch/download/CODE; DOI: 10.48350/185744. - Rapid product series: Dach, R., S. Schaer, D. Arnold, E. Brockmann, M. Kalarus, L. Prange, P. Stebler, A. Jaeggi (2023). CODE rapid product series for the IGS. Published by Astronomical Institute, University of Bern. URL: http://www.aiub.unibe.ch/download/CODE; DOI: 10.48350/185740. - Ultra-rapid product series: Dach, R., S. Schaer, D. Arnold, E. Brockmann, M. Kalarus, L. Prange, P. Stebler, A. Jaeggi (2023). CODE ultra-rapid product series for the IGS. Published by Astronomical Institute, University of Bern. URL: http://www.aiub.unibe.ch/download/CODE; DOI: 10.48350/185741. - Final MGEX product series: Prange L., D. Arnold, R. Dach, R., E. Brockmann, M. Kalarus, S. Schaer, P. Stebler, A. Jaeggi (2023). CODE ultra-rapid product series for the IGS. Published by Astronomical Institute, University of Bern. URL: http://www.aiub.unibe.ch/download/CODE_MGEX; DOI: 10.48350/185742. ---------------------------------------------------------------------- Files in Bernese format ---------------------------------------------------------------------- The main directory tree for the Bernese users area distinguishes between the versions of the Bernese GNSS Software. Currently we have BSWUSER52 and BSWUSER54. With the introduction of new formats during future developments at AIUB new top-directories like BSWUSER55 may appear. If there are sub- directories from different versions in place they contain the full set of files, but in the respective format. If a file is identical in two versions, the same file will appear in both subdirectories. Directory Short comment on content ------------------ ------------------------------------------ BSWUSER52 Files in format for BSW Version 5.2 ATM Bernese troposphere and ionosphere files GEN General BSW files ORB Bernese clock, ERP, and DCB files STA Bernese station coordinate files BSWUSER54 Files in format for BSW Version 5.4 REF Supporting files connected to ITRF CONFIG General BSW configuration file MODEL Model files supported by BSW Some of the products are stored in yearly subdirectories, e.g., http://www.aiub.unibe.ch/download/BSWUSER52/ATM/yyyy/ (till Nov-2022, only) Data content in the directories in BSWUSER52 ******************************************** The following list of files refers to the content of the directory tree BSWUSER52. They can only be used with version 5.2 of the Bernese GNSS Software. Please note, that due to recent developments in the operational version of the Bernese GNSS Software not all file formats are downconverted to be usable with version 5.2. In such a case, theses file are just not submitted anymore. Furthermore, due to the filename change when switching from I14 to I20, no product files with short filenames are stored in yearly subdirectories. ATM contains troposphere and ionosphere files in Bernese format in yearly subdirectories: yyyy/ (till Nov. 2022) CODyyddd.TRP.Z Troposphere path delays of final solution COEyyddd.TRP.Z Troposphere path delays of EUREF solution COEyyddd.INX.Z Ionosphere information in IONEX format from EUREF solution COEyyddd.ION.Z Ionosphere information in Bernese format from EUREF solution GEN contains general files such as DATUM., RECEIVER., SAT_yyyy.CRX . The input files containing gravity field, nutation model, and subdaily pole model are placed here for the recommended (default) models. Input files for alternative models are located in the subdirectory GEN/ALTERNATIVE_MODELS. Furthermore, several sets of satellite information files (e.g., SATELLIT.I20), antenna phase center files (e.g., PCV_COD.I20), and ANTEX files (I20.ATX) are located here. For keeping track, also files from older realizations are stored here (indicated with "out_of_service"). ORB contains daily updated files containing the P1-P2 and P1-C1 DCB values, respectively, and some ERP files in Bernese format Yearly subdirectories contain the following files in Bernese format: yyyy/ CODwwww7.ERP.Z Weekly CODE final ERP files as from week 0978 CODwwww7.GCC.Z Weekly CODE final GCC files as from week 1400 CODyyddd.ERP.Z Daily CODE final ERP files as from week 1706 CODyyddd.GCC.Z Daily CODE final GCC files as from week 1706 CODyyddd.CLK.Z High rate (30 sec) satellite clock corrections from the CODE final IGS solution CODyyddd.CLK_05S.Z High rate ( 5 sec) satellite clock corrections from the CODE final IGS solution CORyyddd.DCB.Z Daily P1-P2 DCB estimates of rapid where final information is not yet available CODyyddd.DCB.Z Daily P1-P2 DCB estimates of final solution BRDyyddd.CLK.Z Broadcast clock information The daily ERP files CODyyddd.ERP.Z are fully consistent with the CODE final orbits available at URL http://www.aiub.unibe.ch/download/CODE/yyyy/CODwwwwd.EPH.Z STA contains the following station related files CODE.STA Bernese station information file for all stations included in the CODE processing FES2004.BLQ FES2004 ocean tide loading corrections for all stations included in the CODE processing IGS.STA Translation of the igs.SNX station information (http://www.igs.org/igscb/station/general/igs.snx) IGS_FULL.STA As IGS.STA but keeping individual antenna calibration number EUREF.STA Translation of the euref.SNX station information (ftp://ftp.epncb.oma.be/pub/station/general/euref.snx) EUREF_FULL.STA As EUREF.STA but keeping individual antenna calibration number For each ITRF and IGS realizations, we provide three files (REFNAM=IG[SB..]YY): "REFNAM"_R.CRD: fiducial sites coordinate extraction in Bernese format from reference frame "REFNAM" "REFNAM"_R.VEL: fiducial sites velocity extraction in Bernese format from reference frame "REFNAM" "REFNAM".FIX: list of fiducial sites of reference frame "REFNAM" "REFNAM".PSD: PSD (post-seismic deformation) corrections Yearly subdirectories contain the following files in Bernese format: yyyy/ CODyyddd.CRD.Z Daily coordinate files of the CODE final global solution as from week 1706 CODwwww7.CRD.Z Weekly coordinate files of the CODE final global solution as from week 0978 COEwwww7.CRD.Z Weekly coordinate files of the CODE EUREF solution as from week 0886 (just till week 2237) Data content in the directories in BSWUSER54 ******************************************** The following list of files refers to the content of the directory tree BSWUSER54. They can only be used with version 5.4 of the Bernese GNSS Software. REF contains files connected to ITRF realizations CODE.STA Bernese station information file for all stations included in the CODE processing FES2014b.BLQ FES2014b ocean tide loading corrections for all stations included in the CODE processing I20.ATX IGS ANTEX file for IGS20, compatible with BSW satellite information file ANTENNA_I20.PCV IGS14 ANTEX file in the BSW PCV format For each ITRF and IGS realizations, we provide three files: (REFNAM=IG[SB..]YY): "REFNAM"_R.CRD: fiducial sites coordinate extraction in Bernese format from reference frame "REFNAM" "REFNAM"_R.VEL: fiducial sites velocity extraction in Bernese format from reference frame "REFNAM" "REFNAM".FIX: list of fiducial sites of reference frame "REFNAM" "REFNAM".PSD: PSD (post-seismic deformation) corrections BULLET_A.ERP Bulletin A pole series in Bernese ERP file format C04_yyyy.ERP C04 pole series (related to ITRF2020) in Bernese ERP file format The related file refering to ITRF2014 are located in the subdirectory C04_14 Out-of-service (no longer updated and not recommended to use with current products): R20.ATX IGS ANTEX file for IGS14, compatible with BSW satellite information file M20.ATX IGS ANTEX file used for CODE MGEX products ANTENNA_I14.PCV IGS14 ANTEX file in the BSW PCV format ANTENNA_R20.PCV IGS ANTEX file for Repro3 in the BSW PCV format ANTENNA_M20.PCV IGS MGEX ANTEX file in the BSW PCV format CONFIG contains regularly updated BSW configuration files to be used with the operational CODE products MODEL contains model files used by the operational CODE products ---------------------------------------------------------------------- CODE product files ---------------------------------------------------------------------- CODE product files in international format, i.e., precise orbit files in SP3c, clock information in Clock RINEX format, solution files in SINEX format, Earth rotation files in IERS format, ionosphere infor- mation in IONEX and Navigation RINEX format, and troposphere informa- tion in Troposphere SINEX format, are available in the directory http://www.aiub.unibe.ch/download/CODE This directory contains the following CODE rapid, ultra-rapid, and predicted GNSS based products: CODE.ACN Analysis strategy summary Result files from CODE's ultra-rapid solution --------------------------------------------- (static filenames updated with the latest solution) COD0OPSULT.SP3 CODE ultra-rapid GNSS orbits COD0OPSULT.ERP CODE ultra-rapid ERPs belonging to the ultra-rapid orbit product COD0OPSULT.TRO CODE ultra-rapid troposphere product in SINEX format COD0OPSULT.SNX SINEX file from the CODE ultra-rapid solution containing station coordinates, ERPs, and satellite antenna offsets COD0OPSULT_TRO.SNX CODE ultra-rapid solution, as above but with troposphere parameters for selected sites, SINEX format COD0OPSULT.SUM Summary of stations used for the latest ultra-rapid orbit COD0OPSULT.ION Last update of CODE rapid ionosphere product (1 day) complemented with ionosphere predictions (2 days) COD0OPSULT_05D.SP3 Last update of CODE 5-day orbit predictions, from rapid analysis, including all active GLONASS and Galileo satellites COD0OPSULT_yyyyddd0000_01D_05M_ORB.SP3 CODE ultra-rapid GNSS orbits from the 24UT solution available until the corresponding early rapid orbit is available (to ensure a complete coverage of orbits even if the early rapid solution is delayed after the first ultra-rapid solutions of the day) COD0OPSULT_yyyyddd0000_01D_01D_ERP.ERP CODE ultra-rapid ERPs belonging to the ultra-rapid orbits COD0OPSPRD_yyyyddd0000_05D_05M_ORB.SP3 CODE 5-day GNSS orbit predictions COD0OPSPRD_yyyyddd0000_21D_06H_ERP.ERP CODE predicted ERPs belonging to the predicted orbits Result files from CODE's early rapid solution --------------------------------------------- (GPS+GLONASS+Galileo; third day of a 72-hour solution) COD0OPSRAP_yyyyddd0000_01D_05M_ORB.SP3 orbits, SP3 format COD0OPSRAP_yyyyddd0000_01D_01D_ERP.ERP ERPs belonging to these orbits COD0OPSRAP_yyyyddd0000_01D_30S_CLK.CLK clock results, clock RINEX format COD0OPSRAP_yyyyddd0000_01D_30S_CLK.CLK_V2 (versions 3.04 and 2.00) COD0OPSRAP_yyyyddd0000_01D_01H_TRO.TRO troposphere product, SINEX format COD0OPSRAP_yyyyddd0000_01D_01D_SOL.SNX SINEX file containing station coordinates, ERPs, and satellite antenna offsets COD0OPSRAP_yyyyddd0000_01D_02H_TRO.SNX as above but with troposphere parameters for selected sites, SINEX format COD0OPSRAP_yyyyddd0000_01D_01D_OSB.BIA code/phase biases, Bias-SINEX format Note: Integer-cycle clocks in conjunction with accompanying code/phase biases enable PPP-AR (ftp://ftp.aiub.unibe.ch/CODE/IAR_README.TXT) COD0OPSRAP_yyyyddd0000_01D_30S_ATT.OBX Satellite attitude, ORBEX format Result files from CODE's final rapid solution --------------------------------------------- (GPS+GLONASS+Galileo; middle day of a long-arc solution where the rapid observations were completed by a subsequent ultra-rapid dataset) CODMOPSRAP_yyyyddd0000_01D_05M_ORB.SP3 orbits, SP3 format CODMOPSRAP_yyyyddd0000_01D_01D_ERP.ERP ERPs belonging to these orbits CODMOPSRAP_yyyyddd0000_01D_30S_CLK.CLK clock results, clock RINEX format CODMOPSRAP_yyyyddd0000_01D_30S_CLK.CLK_V2 (versions 3.04 and 2.00) CODMOPSRAP_yyyyddd0000_01D_01D_OSB.BIA code/phase biases, Bias-SINEX format Note: Integer-cycle clocks in conjunction with accompanying code/phase biases enable PPP-AR (ftp://ftp.aiub.unibe.ch/CODE/IAR_README.TXT) Result files for CODE 5-day GNSS orbit predictions -------------------------------------------------- COD0OPSPRD_05D.SP3 current orbit predictions, SP3 format COD0OPSPRD_yyyyddd0000_05D_05M_ORB.SP3 orbits, SP3 format COD0OPSPRD_yyyyddd0000_21D_06H_ERP.ERP ERPs belonging to these orbits Result files from CODE rapid ionosphere solution ------------------------------------------------ COD0OPSRAP_yyyyddd0000_01D_01H_GIM.INX.gz IONEX format COD0OPSRAP_yyyyddd0000_01D_01H_GIM.ION Bernese format COD0OPSRAP_yyyyddd0000_01D_01D_GIM.RNX Klobuchar-style coefficients, RINEX format Result files for CODE ionosphere predictions -------------------------------------------- COD0OPSPRD_yyyyddd0000_01D_01H_GIM.INX.gz IONEX format COD0OPSPRD_yyyyddd0000_01D_01H_GIM.ION Bernese format COD0OPSPRD_yyyyddd0000_01D_01D_GIM.RNX Klobuchar-style coefficients, RINEX format Result files for CODE bias product generation --------------------------------------------- P1C1.DCB CODE sliding 30-day P1-C1 DCB solution, Bernese format, containing only the GPS satellites P1P2.DCB CODE sliding 30-day P1-P2 DCB solution, Bernese format, containing all GPS and GLONASS satellites P1P2_ALL.DCB CODE sliding 30-day P1-P2 DCB solution, Bernese format, containing all GPS and GLONASS satellites and all stations used P1P2_GPS.DCB CODE sliding 30-day P1-P2 DCB solution, Bernese format, containing only the GPS satellites P1C1_RINEX.DCB CODE sliding 30-day P1-C1 DCB values directly extracted from RINEX observation files, Bernese format, containing the GPS and GLONASS satellites and all stations used P2C2_RINEX.DCB CODE sliding 30-day P2-C2 DCB values directly extracted from RINEX observation files, Bernese format, containing the GPS and GLONASS satellites and all stations used CODE.DCB Combination of P1P2.DCB and P1C1.DCB CODE_FULL.DCB Combination of P1P2.DCB, P1C1.DCB (GPS satellites), P1C1_RINEX.DCB (GLONASS satellites), and P2C2_RINEX.DCB CODE.BIA Same content but stored as OSBs in the bias SINEX format CODE_MONTHLY.BIA Cumulative monthly OSB satellite solution in bias SINEX format Yearly subdirectories contain the CODE final products: yyyy/ Result files from CODE's final solution (until GPS week 2237, Nov. 2022) --------------------------------------- (GPS+GLONASS; middle day of a long-arc solution) CODwwwwd.EPH.Z CODE final GNSS orbits CODwwwwd.ERP.Z CODE final ERPs belonging to the final orbits CODwwwwd.CLK.Z CODE final clock product(GPS+GLONASS since GPS week 1934, 29-Jan-2017), Clock RINEX format, with a sampling of 30 sec for the satellite and reference (station) clock corrections and 5 minutes for all other station clock corrections CODwwwwd_v3.CLK.Z same as above but in clock RINEX version 3.04 CODwwwwd.CLK_05S.Z CODE final clock product (GPS+GLONASS since GPS week 1934, 29-Jan-2017), Clock RINEX format, with a sampling of 5 sec for the satellite and reference (station) clock corrections and 5 minutes for all other station clock corrections CODwwwwd_v3.CLK_05.Z same as above but in clock RINEX version 3.04 CODwwwwd.BIA.Z CODE final code/phase biases, Bias-SINEX format Note: Integer-cycle clocks in conjunction with accompanying code/phase biases enable PPP-AR (ftp://ftp.aiub.unibe.ch/CODE/IAR_README.TXT) CODwwwwd.SNX.Z CODE daily final solution, SINEX format CODwwwwd.OBX.Z Used GNSS satellite attitude information reported in ORBEX format CODwwwwd.TRO.Z CODE final troposphere product, SINEX format CODGddd0.yyI.Z CODE final ionosphere product, IONEX format CODwwwwd.ION.Z CODE final ionosphere product, Bernese format CODwwww7.SNX.Z CODE weekly final solution, SINEX format CODwwww7.SUM.Z CODE weekly summary file CODwwww7.ERP.Z collection of the 7 daily COD-ERP solutions of the week COXwwwwd.EPH.Z CODE final GLONASS orbits (for GPS weeks 0990 to 1066) COXwwww7.SUM.Z CODE weekly summary files of GLONASS analysis CGIMddd0.yyN.Z Navigation messages containing improved Klobuchar-style ionosphere coefficients Result files from CODE's final solution (after GPS week 2238, Nov. 2022) --------------------------------------- (GPS+GLONASS+Galileo; middle day of a long-arc solution) COD0OPSFIN_yyyyddd0000_01D_05M_ORB.SP3.gz orbits, SP3 format COD0OPSFIN_yyyyddd0000_01D_01D_ERP.ERP.gz ERPs belonging to these orbits COD0OPSFIN_yyyyddd0000_01D_30S_CLK.CLK.gz clock results with a sampling of 30 sec for the satellite and reference (station) clock corrections and 5 minutes for all other station clock corrections, clock RINEX verion 3.04 COD0OPSFIN_yyyyddd0000_01D_30S_CLK.CLK_V2.gz same but in clock RINEX v2.00 COD0OPSFIN_yyyyddd0000_01D_05S_CLK.CLK.gz clock results with a sampling of 5 sec for the satellite and reference (station) clock corrections and 5 minutes for all other station clock corrections, clock RINEX verion 3.04 COD0OPSFIN_yyyyddd0000_01D_05S_CLK.CLK_V2.gz same but in clock RINEX v2.00 COD0OPSFIN_yyyyddd0000_01D_01D_OSB.BIA.gz code/phase biases, Bias-SINEX format Note: Integer-cycle clocks in conjunction with accompanying code/phase biases enable PPP-AR (ftp://ftp.aiub.unibe.ch/CODE/IAR_README.TXT) COD0OPSFIN_yyyyddd0000_01D_30S_ATT.OBX.gz satellite attitude, ORBEX format COD0OPSFIN_yyyyddd0000_01D_01D_SOL.SNX.gz daily solution, SINEX format COD0OPSFIN_yyyyddd0000_01D_01H_TRO.TRO.gz troposphere product, SINEX format COD0OPSFIN_yyyyddd0000_01D_01H_GIM.INX.gz ionosphere product, IONEX format COD0OPSFIN_yyyyddd0000_01D_01H_GIM.ION.gz ionosphere product, Bernese format COD0OPSFIN_yyyyddd0000_01D_01D_GIM.RNX.gz Klobuchar-style ionosphere coefficients, navigation RINEX format CGIMddd0.yyN.Z same but short file name COD0OPSFIN_yyyyddd0000_07D_07D_SOL.SNX.gz weekly SINEX file COD0OPSFIN_yyyyddd0000_07D_01D_ERP.ERP.gz weekly cumulated ERPs COD0OPSFIN_yyyyddd0000_07D_01D_SUM.SUM.gz weekly summary file Result files for CODE bias product generation --------------------------------------------- P1C1yymm.DCB.Z CODE monthly P1-C1 DCB solution, Bernese format, containing only the GPS satellites P1P2yymm.DCB.Z CODE monthly P1-P2 DCB solution, Bernese format, containing all GPS and GLONASS satellites P1P2yymm_ALL.DCB.Z CODE monthly P1-P2 DCB solution, Bernese format, containing all GPS and GLONASS satellites and all stations used P1C1yymm_RINEX.DCB.Z CODE monthly P1-C1 DCB values directly extracted from RINEX observation files, Bernese format, containing the GPS and GLONASS satellites and all stations used P2C2yymm_RINEX.DCB.Z CODE monthly P2-C2 DCB values directly extracted from RINEX observation files, Bernese format, containing the GPS and GLONASS satellites and all stations used As soon as a final product is available the corresponding rapid, ultra-rapid, or predicted product is removed from the aftp server. Because the rapid clock product did contain satellite clock corrections for GPS, GLONASS, and Galileo for the period before GPS week 2237 the related products are copied into a specific directory: yyyy_M/ (2015 till Nov. 2022) CODwwwwd.EPH_M.Z CODE final rapid GNSS orbits CODwwwwd.ERP_M.Z CODE final rapid ERPs belonging to the final rapid orbits CODwwwwd.CLK_M.Z CODE clock product related to the final rapid orbit, clock RINEX format with a sampling of 30 sec for the satellite and reference (station) clock corrections and 5 minutes for all other station clock corrections CODwwwwd.BIA_M.Z CODE final code/phase biases, Bias-SINEX format Note: Integer-cycle clocks in conjunction with accompanying code/phase biases enable PPP-AR (ftp://ftp.aiub.unibe.ch/CODE/IAR_README.TXT) These products are stopped with the inclusion of Galileo in the CODE's final product line starting with GPS week 2238 (Nov. 2022). ---------------------------------------------------------------------- Files from the CODE reprocessing, release 2011 ---------------------------------------------------------------------- CODE product files from the reprocessing activity 2011 are available in the directory http://www.aiub.unibe.ch/download/REPRO_2011 CODE_REPRO_2011.ACN Analysis strategy summary GEN52 General files such as CONST., DATUM., GPSUTC., gravity fields, nutation and subdaily pole models, as well as Earth and ocean tide models. PCV_COD.I08 Antenna phase center file SAT_1452.I08 Satellite information file SAT_yyyy.CRX Yearly satellite problem files REF52 CODE.STA Station information file (Format version 1.01) CODE.ABB Station abbreviation table CODE.CLU Cluster definition file ATM_VAPL.ATL S1 and S2 atmospheric tidal coefficients EOP08C04.ERP Earth rotation parameters FES2004.BLQ Ocean loading displacements (as of 26-Apr-2011) IGS08COD.SNX SINEX file containing coordinates and velocities of the IGS08 fiducial sites BSWUSER52 yyyy/ CODyyddd.TRP.Z Troposphere information files CODwwww7.CRD.Z Weekly coordinate files CODwwww7.ERP.Z Weekly final Earth rotation parameter files, Bernese format CODwwww7.GCC.Z Weekly geocenter coordinate files CODE yyyy/ CODwwwwd.EPH.Z Final GNSS orbits CODwwww7.ERP.Z Weekly final Earth rotation parameter files, IERS format CODwwww7.SNX.Z Weekly SINEX product ---------------------------------------------------------------------- Files from the CODE reprocessing, release 2013 ---------------------------------------------------------------------- CODE product files from the reprocessing activity 2013 covering GPS (1994-2001) and a combined GPS+GLONASS (2002-2013) are available in the directory http://www.aiub.unibe.ch/download/REPRO_2013 CODE_REPRO_2013.ACN Analysis strategy summary BSWUSER52 GEN General files such as CONST., DATUM., GPSUTC., gravity fields, nutation and subdaily pole models, as well as Earth and ocean tide models. PCV_COD.I08 Antenna phase center file SAT_NONE.I08 Satellite information file SAT_yyyy.CRX Yearly satellite problem files REF52 CODE.STA Station information file (Format version 1.01) CODE.ABB Station abbreviation table CODE.CLU Cluster definition file FES2004.BLQ Ocean loading displacements (as of 26-Apr-2011) ATM_VAPL.ATL S1 and S2 atmospheric tidal coefficients EOP08C04.ERP Earth rotation parameters IGS08COD.SNX SINEX file containing coordinates and velocities of the IGb08 fiducial sites yyyy/ CODyyddd.TRP.Z Troposphere information files CODyyddd.CRD.Z Daily coordinate files CODyyddd.ERP.Z Daily final Earth rotation parameter files, Bernese format CODyyddd.GCC.Z Daily geocenter coordinate files CODwwww7.CRD.Z Weekly coordinate files CODwwww7.GCC.Z Weekly geocenter coordinate files CODE yyyy/ CODwwwwd.EPH.Z Final GNSS orbits CODwwwwd.TRO.Z Daily troposphere SINEX file from final solution CODwwwwd.ERP.Z Daily final Earth rotation parameter files, IERS format CODwwwwd.SNX.Z Daily SINEX product CODwwww7.ERP.Z Weekly final Earth rotation parameter files, IERS format CODwwww7.SNX.Z Weekly SINEX product CODwwww7.SUM.Z Weekly processing summary The usage of the repro2 product series is expected to be acknowledged by the following reference: Steigenberger, P., S. Lutz, R. Dach, S. Schaer, A. Jaeggi (2014). CODE repro2 product series for the IGS. Published by Astronomical Institute, University of Bern. URL: http://www.aiub.unibe.ch/download/REPRO_2013; DOI: 10.7892/boris.75680. ---------------------------------------------------------------------- Files from the CODE reprocessing, release 2020 ---------------------------------------------------------------------- CODE product files from the reprocessing activity 2020 covering: - GPS: orbits since 1994; satellite clock corrections with 30 s sampling since the year 2000 and starting in the year 2003 even with a 5 s sampling. - GLONASS: orbits since 2002, satellite clock corrections since 2008 with 30 s and 2011 with 5 s sampling (since year 2012 nearly every day complete). - Galileo: orbits since 2013; satellite clock corrections since 2014 with 30 s sampling (due to the excellent stability of the satellite clocks no further densification is necessary, linear interpolation between 30 s values is sufficient). The product files are available in the directory http://www.aiub.unibe.ch/download/REPRO_2020 CODE_REPRO_2020.ACN Analysis strategy summary BSWUSER54/ REF/ CODE.STA Station information file (Format version 1.01) CODE.ABB Station abbreviation table CODE.CLU Cluster definition file FES2014b.BLQ Ocean loading displacements ATM_VAPL.ATL S1 and S2 atmospheric tidal coefficients IGS14R3.SNX SINEX file containing coordinates and velocities of the IGSR3 fiducial sites ANT_COD_R20.PCV PCV file to be used with CODE repro 2020 products CONFIG/ contains BSW configuration files used by CODE repro 2020 products MODEL/ contains model files used by the CODE reporo 2020 products CODE/ yyyy/ ORB/CODwwwwd.CLK.gz Satellite clock corrections, 30 s sampling, Bernese format ORB/CODwwwwd.CLK_05S.gz Satellite clock corrections, 5 s sampling, Bernese format ORB/CODwwwwd.OSB.gz Daily bias solution ORB/CODwwwwd.ERP.gz Daily final Earth rotation parameter files, Bernese format ORB/CODwwww7.ERP.gz Weekly final Earth rotation parameter files, Bernese format ORB/CODwwwwd.PRE.gz Daily GNSS orbit files, precise orbit format OUT/CODwwwwd.CLK.gz Clock corrections in clock RINEX format (5min for stations, 30 s for satellites) OUT/CODwwwwd.CLK_05S.gz Clock corrections in clock RINEX format (5min for stations, 5 s for satellites) STA/CODwwwwd.CRD.gz Daily coordinate files CODE/ yyyy/ COD0R03FIN_yyyyddd0000_01D_01D_ERP.ERP.gz Daily final Earth rotation parameter files, IERS format COD0R03FIN_yyyyddd0000_01D_01D_OSB.BIA.gz Daily bias product, in bias SINEX format COD0R03FIN_yyyyddd0000_01D_01D_SOL.SNX.gz Daily SINEX product COD0R03FIN_yyyyddd0000_01D_01H_CNT.TRO.gz Daily troposphere SINEX file from final solution COD0R03FIN_yyyyddd0000_01D_05M_ORB.SP3.gz Final GNSS orbits COD0R03FIN_yyyyddd0000_01D_05S_CLK.CLK.gz Clock corrections in clock RINEX format (5min for stations, 5 s for satellites) COD0R03FIN_yyyyddd0000_01D_15M_ATT.OBX.gz Satellite attitude reporting, ORBEX format COD0R03FIN_yyyyddd0000_01D_30S_CLK.CLK.gz Clock corrections in clock RINEX format (5min for stations, 30 s for satellites) COD0R03FIN_yyyyddd0000_07D_01D_ORB.ERP.gz Weekly final Earth rotation parameter files, IERS format COD0R03FIN_yyyyddd0000_07D_07D_SUM.SUM.gz Weekly processing summary The usage of the repro3 product series is expected to be acknowledged by the following reference: Selmke, I., R. Dach, D. Arnold, L. Prange, S. Schaer, D. Sidorov, P. Stebler, A. Villiger, A. Jaeggi, U. Hugentobler (2020). CODE repro3 product series for the IGS. Published by Astronomical Institute, University of Bern. URL: http://www.aiub.unibe.ch/download/REPRO_2020; DOI: 10.7892/boris.135946. ---------------------------------------------------------------------- Files from the CODE MGEX processing ---------------------------------------------------------------------- CODE contributes to the IGS MGEX a five system solution considering the active GPS, GLONASS, Galileo, BeiDou, and QZSS satellites. The model and configuration files for BSW version 5.4 are available at the normal location http://www.aiub.unibe.ch/download/BSWUSER54 The related products are available in the directory http://www.aiub.unibe.ch/download/CODE_MGEX CODE.ACN Analysis strategy summary BSWUSER52/ yyyy/ COMwwwwd.CLK.Z Daily satellite clock files, Bernese format COMwwwwd.ERP.Z Daily Earth rotation parameter files, Bernese format GEN M20.ATX ANTEX file for MGEX solutions The daily ERP and CLK files COMyyddd.???.Z are fully consistent with the CODE final orbits available at URL http://www.aiub.unibe.ch/download/CODE_MGEX/CODE/yyyy/COMwwwwd.EPH.Z CODE/ yyyy/ Result files from CODE's MGEX solution (until GPS week 2237, Nov. 2022) -------------------------------------- (GPS+GLONASS+Galileo+BeiDou+QZSS; middle day of a long-arc solution) COMwwwwd.EPH.Z GNSS orbits, SP3 format COMwwwwd.ERP.Z Daily Earth rotation parameter files, IERS format COMwwwwd.CLK.Z Daily clock files, clock RINEX format COMwwwwd.DCB.Z Daily code biases, Bernese format COMwwwwd.BIA.Z Daily code/phase biases, Bias-SINEX format Note: Integer-cycle clocks in conjunction with accompanying code/phase biases enable PPP-AR (ftp://ftp.aiub.unibe.ch/CODE/IAR_README.TXT) COMwwwwd.OBX.Z Used GNSS satellite attitude information reported in ORBEX format Result files from CODE's MGEX solution (after GPS week 2238, Nov. 2022) -------------------------------------- (GPS+GLONASS+Galileo+BeiDou+QZSS; middle day of a long-arc solution) COD0MGXFIN_20230350000_01D_05M_ORB.SP3.gz orbits, SP3 format COD0MGXFIN_20230350000_01D_12H_ERP.ERP.gz ERPs belonging to these orbits COD0MGXFIN_20230350000_01D_30S_CLK.CLK.gz clock results with a sampling of 30 sec for the satellite and reference (station) clock corrections and 5 minutes for all other station clock corrections, clock RINEX verion 3.04 COD0MGXFIN_20230350000_01D_01D_OSB.BIA.gz code/phase biases, Bias-SINEX format Note: Integer-cycle clocks in conjunction with accompanying code/phase biases enable PPP-AR (ftp://ftp.aiub.unibe.ch/CODE/IAR_README.TXT) COD0MGXFIN_20230350000_01D_30S_ATT.OBX.gz satellite attitude, ORBEX format The usage of the CODE-MGEX products is expected to be acknowledged by the following reference: Prange, L., D. Arnold, R. Dach, E. Brockmann, M. Kalarus, S. Schaer, P. Stebler, A. Jaeggi (2023). CODE product series for the IGS MGEX project. Published by Astronomical Institute, University of Bern. URL: http://www.aiub.unibe.ch/download/CODE_MGEX; DOI: 10.48350/185742. ======================================================================