The Inertial+ can be used with the following GPS receivers. The NMEA interface provides a mechanism for interfacing to virtually any GPS receiver, however, the best results are obtained by using the native binary format from the GPS receiver. Download the Integration manual to find out how to set up the GPS to work with the Inertial+.
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Receiver |
Description |
Integration Manual | |||
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Generic NMEA |
This integration manual covers all GPS receivers that can output NMEA. However, if your GPS supports a different interface then you should use it. The NMEA interface does not include vertical velocity. Vertical velocity is required for the Inertial+ to give the best results. |
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Leica GS50 |
The NMEA output of the Leica GS50 receiver is supported by the Inertial+. Better results are obtained by following this integration manual rather than the Generic NMEA manual. |
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Novatel OEM3 |
The Novatel OEM3 GPS receivers are obsolete now but still very capable. Using an Inertial+ with an OEM3 can still lead to very good results. This also covers the Novatel BeeLine GPS products. |
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Novatel OEM4 |
See Novatel OEM-V since the OEM4 has the same interface as the OEM-V. |
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Novatel OEM-V |
The OEM-V product range is fully supported by the Inertial+ and gives excellent results. |
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OmniStar 4305HP |
The 4305HP and 4300HP products are fully supported by the Inertial+ and give excellent results. |
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| Topcon GP-500 | The Topcon GB-500 is now fully integrated into the Inertial+ and gives excellent results. The Inertial+ is able to clean up the large errors that the GB-500 occasionally outputs. |
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| Trimble 5700 | The Trimble 5700 receiver is now fully integrated into the Inertial+ and gives excellent results. |
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| Trimble AgGPS 132 | The Trimble AgGPS 132 (and AgGPS 332) receivers are now fully integrated into the Inertial+ systems. |
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Trimble SPS461 |
The Trimble SPS461 (and SPS361) products are fully supported by the Inertial+ and give excellent results. |
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