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GNSS receivers validated

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GNSS devices already validated/certified

GNSS devices validated by Member States

No Device Member State Antenna Software/Firmware Measurement method Differential correction DOP Measurement interval Elevation mask Minimum number of satellites Buffer width, m Year
1 Ashtec Mobile Mapper 100 with EGNOS correction IT Internal Mobile Mapper Field v.1.23 continuous EGNOS Max PDOP:7 1s 15º n/a 0,50 2011
2 Asus PDA DK External Haicom n/a continuous no n/a n/a n/a n/a 0,75 2009
3 Garmin 60 GR Internal n/a continuous no n/a n/a n/a n/a 1,25 2009
4 Globalsat BC337 - standalone FR Internal ArpentGIS v. 4.7 continuous no n/a 2s n/a n/a 1,25 2010
5 Hemisphere A100 with EGNOS correction SI External Crescent A100 L1 n/a vertex/continuous EGNOS Max PDOP:5 8s per each vertex n/a 4 0,75 2009
6 Holux GPSLim236 with EGNOS correction ES (Castilla and Leon) Internal Cartosat continuous EGNOS n/a 2s n/a n/a 1,00 2011
7 Leica GS50 with Beacon correction DK n/a n/a vertex yes n/a n/a n/a n/a 0,50 2009
8 Leica SR530 with Leica Smart Net correction DK n/a n/a vertex yes n/a n/a n/a n/a 0,50 2009
9 Leica GS20 - standalone mode LV Internal Application version FW 4.50.00 continuous no Max PDOP:10 5s 10º 4 1,50 2010
10 Leica GS20 with LATPOS correction LV Internal Application version FW 4.50.00 continuous post processing Max PDOP:10 5s 10º 4 1,25 2010
11 Leica GS20 with SKPOS correction in real time SK Internal Leica GIS DataPRO continuous/vertex yes n/a 5s in continuous mode/1s per point in vertex mode n/a n/a 0,75 2010
12 Leica Zeno 10 with SKPOS correction in real time SK Internal Leica Zeno office basic continuous/vertex yes n/a 2s in continuous mode/1s per point in vertex mode n/a n/a 0,50 2011
13 Leica Zeno 10 with EGNOS correction IT Internal Zeno Field continuous EGNOS Max PDOP:7 1s 15º n/a 0,75 2011
14 Magellan Mobile Mapper CX + voice application BG Internal Voice application vertex/continuous n/a Max HDOP:4 1s 15º n/a 0,75 2009
15 Magellan Mobile Mapper CX - standalone BG Internal Locally developed Field Software vertex/continuous n/a Max HDOP:5 1s n/a n/a 1,00 2009
16 Magellan Mobile Mapper CE - standalone BG Internal Locally developed Field Software vertex/continuous n/a Max HDOP:5 1s n/a n/a 1,00 2009
17 Thales Mobile Mapper CE with EGNOS correction if available HU Internal DigiTerra Explorer 6 continuous EGNOS Max PDOP:6 5m distance interval 10º n/a 0,75 2011
18 Magellan Mobile Mapper CX with EGNOS correction if available HU Internal DigiTerra Explorer 6 continuous EGNOS Max PDOP:6 5m distance interval 10º n/a 1,00 2011
19 QSTARZ BT-Q818 with EGNOS correction ES (Castilla and Leon) Internal Cartosat continuous EGNOS n/a 2s n/a n/a 1,25 2011
20 Satcon System with Palm Tungsten E2 PDA - standalone NL Internal AreaControl version 1.76 continuous no Max DOP:4 3s n/a n/a 1,00 2011
21 Satcon System with Palm Tungsten E2 PDA with EGNOS correction NL Internal AreaControl version 1.76 continuous EGNOS Max DOP:4 3s n/a n/a 1,25 2011
22 Thales ProMark3 with differential correction EE L1 Antenna NAP 100 Surveying Rev 2.14 continuous post processing Max HDOP:4 1s 10º n/a 0,50 2010
23 Thales ProMark3 - standalone LT n/a Promark3EUV214 continuous no Max DOP:6 1s 10º n/a 0,75 2010
24 Topcon DGPS receiver Legacy H CZ MG A1 Microsoft Windows CE, GPS Explorer created by Geodis Brno, Ltd continuous EGNOS on (but no EGNOS corrections available) Not adjustable n/a 5º n/a 0,75 2007
25 Topcon GMS-2 with CZEPOS correction| CZ Internal GPS Explorer continuous yes n/a 3s n/a n/a 0,75 2009
26 Topcon GMS-2 with TOPNET correction| CZ Internal GPS Explorer continuous yes n/a 3s n/a n/a 0,75 2009
27 TOPCON GMS-2 with Beacon correction DE (Rheinlandpfalz) n/a n/a vertex yes n/a n/a n/a n/a 0,75 2009
28 TOPCON GMS-2 - standalone LT Internal ArcPad 7.1.1 continuous no Max DOP:6 1s 10º n/a 1,00 2010
29 TOPCON GMS-2 with Topnet VRS DGPS real time correction FI Internal Topsurv 7.2.2 vertex yes n/a 3s per each vertex 10º 4 1,00 2010
30 TOPCON GMS-2 with ASCOS real time correction DE (Brandenburg) Internal TopSURV Version 7.1 vertex yes Max PDOP:5 1s per each vertex 15º 6 0,75 2011
31 TOPCON GRS-1 with Trimble VRS DGPS real time correction FI Internal Topsurv 7.2.2 vertex yes n/a 3s per each vertex 13º 4 0,50 2010
32 Topcon GRS-1 with EGNOS correction IT Internal Mercurio GPS v.1 continuous EGNOS Max PDOP:7 1s 15º n/a 0,50 2011
33 Trimble GeoXT - standalone JRC (PL) Internal Terrasync version 2.53 Professional edition continuous no Max PDOP:10 1s 10º n/a 0,75 2009
34 Trimble GeoXH - standalone JRC (PL) Internal Terrasync version 3.30 Professional edition continuous no Max PDOP:10 1s 10º n/a 0,75 2009
35 Trimble GeoXT with EGNOS correction SI Hurricane external ArcPAD version 7.0 with GPS CORRECT 2.20 vertex/continuous EGNOS Max PDOP:5 8s per each vertex n/a 4 0,75 2009
36 Trimble GeoXT - standalone LV Internal Trimble TerraSync v. 3.21 continuous no Max PDOP:12 5s 10º n/a 0,75 2010
37 Trimble GeoXT with LATPOS correction LV Internal Trimble TerraSync v. 3.21 continuous post processing Max PDOP:12 5s 10º n/a 0,50 2010
38 Trimble GeoXT - standalone FR Internal ArpentGIS v. 4.7 continuous no n/a 2s n/a n/a 0,50 2010
39 Trimble GeoXT with EGNOS correction FR Internal ArpentGIS v. 4.7 continuous EGNOS n/a 2s n/a n/a 0,50 2010
40 Trimble GeoXT with Trimble VRS DGPS real time correction FI Internal Terrasync vertex yes Max PDOP:6 3s per each vertex 15º 4 0,50 2010
41 Trimble GeoXH Trimble VRS DGPS real time correction FI Internal Terrasync vertex yes Max PDOP:6 3s per each vertex 15º 4 0,50 2010
42 Trimble XC - standalone FR Internal ArpentGIS v. 4.7 continuous no n/a 2s n/a n/a 1,25 2010
43 Trimble Juno - standalone FR Internal ArpentGIS v. 4.7 continuous no n/a 2s n/a n/a 1,25 2010
44 Trimble Juno with EGNOS correction EN Internal FastMap vertex EGNOS n/a n/a n/a n/a 1,50 2010
45 Trimble Juno with EGNOS correction IT Internal Terrasync v.5.0 continuous EGNOS Max PDOP:7 1s 15º n/a 1,25 2011
46 Trimble Geo XT with EGNOS correction IT Internal Terrasync v.5.0 continuous EGNOS Max PDOP:7 1s 15º n/a 0,50 2011
47 Trimble Pro XRS with Beacon correction EN n/a Korec Fastmap software on a Panasonic Toughbook Tablet, Trimble GPS Firmware Version 1.96 vertex yes Max PDOP:6 n/a 15º n/a 0,50 2009
48 Trimble Pro XRS with Omnistar correction EN n/a Korec Fastmap software on a Panasonic Toughbook Tablet, Trimble GPS Firmware Version 1.96 vertex yes Max PDOP:6 n/a 15º n/a 0,50 2009
49 Trimble Pro XRS - standalone CY external Arc Pad 7.0 continuous no Max PDOP:6 2s n/a n/a 0,50 2010
50 Trimble Pro XR - standalone ES (Castilla and Leon) external Asset Surveyor v.5 continuous no Max DOP:6 2s 10º n/a 0,75 2011
51 Trimble Pro XR with DGPS correction ES (Castilla and Leon) external Asset Surveyor v.5 continuous post processing Max DOP:6 2s 10º n/a 0,75 2011


These results were obtained in the following way: the measurements were carried out by the Member States (MS) in accordance with the JRC guidelines on test parcels selected by the MS. The statistical analysis of the measurements was made by JRC, or checked by JRC when the MS did the analysis by themselves (for the data to be provided for the statistical analysis or its verification, see step 7 of the guidelines).

More information on the device settings, measurement method (number of positions per vertex) and protocol used during the validation test could be requested directly to the MS concerned.

GNSS devices validated by Member States with the buffer width exceeding the maximum value imposed by EU Regulation

No Device Member State Antenna Software/Firmware Measurement method Differential correction DOP Measurement interval Elevation mask Minimum number of satellites Buffer width, m Year
1 Holux GM270 - standalone FR Internal ArpentGIS v. 3.6 continuous no n/a 2s n/a n/a >1,50 2010
2 Magellan Mobile Mapper - standalone LT Internal Mobile Mapper software version 6.52 and 6.57 continuous no Max DOP:6 1s 10° n/a >1,50 2010

GNSS devices validated by Reference Laboratories

Please note that the name of Geo Explorer 2008 series (GeoXT) has changed to Geo Explorer 3000 series; the software and the hardware remain the same.

No Device Reference lab Antenna Software/Firmware Measurement method Differential correction DOP Measurement interval Elevation mask Other settings Mean reproducibility limit (95% confidence level), m Buffer width, m Year
1 Garmin GPS Map60 with EGNOS correction UWM, Olzstyn - PL test site Internal Garmin continuous EGNOS n/a 1s n/a n/a 0,88 1,00 2010
2 Garmin GPS Map60 - standalone UWM, Olzstyn - PL test site Internal Garmin continuous no n/a 1s n/a n/a 1,08 1,25 2010
3 Garmin GPS Map60CX - standalone UWM, Olzstyn - PL test site External Garmin continuous no n/a 1s n/a n/a 0,67 0,75 2010
4 HP IPAQ hx 2110 - standalone UWM, Olzstyn - PL test site External FarmWorksMate 9.3 continuous no n/a 1s n/a n/a 1,46 1,50 2010
5 Leica Zeno - standalone UWM, Olzstyn - PL test site Internal Zeno Field v.8.0 SP3 continuous no n/a 1s n/a n/a 0,44 0,50 2010
6 Magellan Mobile Mapper 6 with EGNOS correction UWM, Olzstyn - PL test site Internal MobileMapping 2.00 continuous EGNOS n/a 1s n/a n/a 0,98 1,00 2010
7 Magellan Mobile Mapper 6 - standalone UWM, Olzstyn - PL test site Internal MobileMapping 2.00 continuous no n/a 1s n/a n/a 0,71 0,75 2010
8 Magellan Mobile Mapper 6 - standalone UWM, Olzstyn - PL test site Internal MobileMapping 1.00 continuous no n/a 1s n/a n/a 0,72 0,75 2010
9 Magellan Mobile Mapper 6 - standalone UWM, Olzstyn - PL test site Internal Tracklab v.1.x continuous no n/a 5s n/a n/a 1,31 1,50 2010
10 Magellan Mobile Mapper 6 with post-processing UWM, Olzstyn - PL test site Internal MobileMapping 2.00 continuous post processing n/a 1s n/a n/a 0,26 0,50 2010
11 Trimble GeoXM - standalone UWM, Olzstyn - PL test site Internal C-GeoZasiewy v.2.x continuous no Max PDOP=12 1s 10 deg Min SNR = 12.0, No velocity filter 1,05 1,25 2010
12 Trimble GeoXM with EGNOS correction UWM, Olzstyn - PL test site Internal C-GeoZasiewy v.2.x continuous EGNOS Max PDOP=12 1s 10 deg Min SNR = 12.0, No velocity filter 1,26 1,50 2010
13 Trimble GeoExplorer 2008 series(now GeoExplorer 3000 Series) with EGNOS correction SSSA - UK test site n/a GeoExplorer 2008 series (a new name is Geo Explorer 3000 series) vertex EGNOS (1 mn age limit) 6 (max PDOP) 5s 15 deg Min SNR = 39.0, No velocity filter 0,44 0,50 2010
14 Trimble GeoXT (GeoExplorer® 6000 series) with EGNOS correction SSSA - PL test site Internal TerraSync v5.10 vertex EGNOS 99 (max PDOP) 5 records per each vertex 5 deg Min SNR = 12 0,23 0,50 2011
15 Trimble GeoXT (GeoExplorer® 6000 series) with post-processing SSSA - PL test site Internal TerraSync v5.10/GPS Pathfinder Office v.5.20 continuous post-processing 99 (max PDOP) 1s 5 deg Min SNR = 12 0,21 0,50 2011
16 Trimble GeoXT (GeoExplorer® 6000 series) with post-processing SSSA - PL test site Internal TerraSync v5.20/GPS Pathfinder Office v.5.20 vertex (5-10 sec/vertex) post-processing 99 (max PDOP) 1s 5 deg Min SNR = 12 0,20 0,50 2011


17 Trimble Juno with EGNOS correction SSSA - UK test site Internal TerraSync Professional continuous EGNOS 99 (max PDOP) 1s 5 deg Min SNR = 12.0, No velocity filter 1,14 1,25 2010
18 Trimble JUNO-SB with EGNOS correction UWM, Olzstyn - PL test site Internal C-GeoZasiewy v.2.x continuous EGNOS Max PDOP=12 5s 10 deg Min SNR = 12.0, No velocity filter 1,32 1,50 2010
19 Trimble JUNO-ST with EGNOS correction UWM, Olzstyn - PL test site Internal TerraSync PL 4.01 continuous EGNOS Max PDOP=12 5s 10 deg Min SNR = 12.0, No velocity filter 0,96 1,00 2010
20 Trimble ProXT with Beacon correction SSSA - DE test site Internal n/a vertex yes 6 (max PDOP) 5s per each vertex 20 deg n/a 0,21 0,50 2010


GNSS devices validated by Reference Laboratories with the buffer width exceeding the maximum value imposed by EU Regulation

No Device Reference lab Antenna Software/Firmware Measurement method Differential correction DOP Measurement interval Elevation mask Other settings Mean reproducibility limit (95% confidence level), m Buffer width, m Year
1 ASUS P527 with GPS receiver Haicom HI-408 BT UWM, Olzstyn - PL test site External Surveyomat v.0.85 continuous no n/a n/a n/a n/a 1,59 >1,50 2010

GNSS devices certified by NavCert

Information on the GNSS receivers tested in accordance with the JRC validation scheme and certified by NavCert can be found here.

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