Trimble GPSNet 2.5 Software for GNSS Infrastructure: New Features. Martin Janousek - Trimble Technical Support - Infrastructure

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1 Trimble GPSNet 2.5 Software for GNSS Infrastructure: New Features Martin Janousek - Trimble Technical Support - Infrastructure GPSNet Users Seminar Munich, March 30 th /31 th 2006

2 Overview Support for large networks Improved ambiguity resolution New GLONASS features RTCM 3 network messages L2C IGS site log Trimble NTRIP Caster Trimble Ephemeris Download

3 Support for large networks Up to 100 reference stations and 200 RTCM generators can be processed on one single server New technology based on parallelization of filters For GPS networks only > 3.5 GHz, 2 GB RAM, dual-processor required.

4 Improved ambiguity resolution Japanese network homogene Iono: % first order Iono: % second order: % Swisstopo network homogene Iono: % first order Iono: % second order: % ASCOS network homogene Iono: % first order Iono: % second order: %

5 Improved ambiguity resolution 3,5 3 2,5 2 1,5 1 0,5 0 Japan Swisstopo ASCOS homogene Iono first order Iono second order

6 GLONASS Supporting new Trimble RS receiver NetR5 GLONASS L2C L5 Web interface New antenna: Zephyr Geodetic 2 GLONASS Storage for RINEX and dat files GLONASS is now supported in RINEX Merger and Virtual RINEX File Generator.

7 GLONASS

8 GLONASS

9 L2C PRN17 transmits the new civil L2C signal L2C provides better signal tracking on rover and reference receivers GPSNet 2.5 uses now L2C when available for: Improved ambiguity resolution Improved ionospheric modeling Improved network corrections RINEX 2.11: Additional oberservable for L2C Observation identifier for L2C: C2 Web server / RINEX Shop: Full support for L2C in RINEX Merger and Virtual RINEX File Generator.

10 L2C

11 RTCM 3 network messages RTCM 3 network message can be used in: Broadcast mode = preconfigured master and auxiliary stations Dial-in mode (Auto-select Cell = automatic selection of master and auxiliary stations based on the NMEA rover position) Network subdivided in cells Each cell consists of: 1 master station Up to 31 auxiliary stations (typically 6-8)

12 RTCM 3 network messages Messages 1014: aux. station info 1015: ionospheric correction message 1016: geometric correction message 1017: compressed iono and geo corrections in one message (alternative to 1015/1016) Distribute messages over several epochs to reduce bandwidth Needs to be enabled in RTKNet processor properties RTCM Network format is supported for GPS only

13 RTCM 3 network messages

14 Rover Integrity Allows now to run more than one rover receiver at a time Complete re-design of the module Alarms Rover Integrity Report Enable report over File / Reporting: Init Time Percentage Init Time Attempts Init time Statistics Number of satellites DOP values Position Errors Position Statistics

15 Rover Integrity

16 IGS site log You can now import and export IGS site logs to update reference station information Enables you to easily exchange station information between service providers Following information are provided: Site identification of the monument Site Location Information GNSS Receiver and Antenna information Format defined by the IGS Central Bureau: igscb.jpl.nasa.gov/igscb/station/general/blank.log

17 Trimble NTRIP Caster Replacement for NTRIP Functionality in igate Module Support of several NTRIP ports Import of igate mountpoints possible Support of multiple network cards Support TCP/IP and UDP for communication New colomn in Users.mdb (table: PWD) after updated DB from 2.4 to 2.5 "MaxNtripConn" User Authentication: Support of digest authentication Support of multiple users with same password

18 Trimble Ephemeris Download New tool to download ultra-rapid orbits from the Internet via FTP/HTTP Replaces old tcl scripts Windows UI

19 Questions

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