PolaRx2e@ OEM
PolaRx2e@ is the multi-antenna OEM receiver in the PolaRx2 platform. Implemented on a single Euro-card size board, the receiver addresses a wide range of precise attitude positioning and navigation applications in fields like machine guidance, marine surveying and photogrammetry. Designed for tough field conditions, the PolaRx2e@ is built around Septentrio Subscribe to product releases |
Datasheet
Application note
Calibration of a multi-antenna setup for attitude determination using the PolaRx2/2e@
Checking the PolaRx2/2e's Permitted Options
Configuring the PolaRx2e@ for optimal attitude performance
Connecting to SISNet using Data Link
Connecting to the PolaRx2/2e using an Ethernet connection
Create an RTK setup using two PolaRx2e receivers
Determination of a base station position using the PolaRx2e
Log Data for Support with RxControl
Logging data with rxsbflog
Saving the configuration on your PolaRx2e receiver
Upgrading the PolaRx2/2e
Other form factors
PolaRx2e@Related products
AsteRx2e HDCAsteRx2e OEM
AsteRx2eH OEM
AsteRx2eH PRO
AsteRx2eL HDC
AsteRx2eL OEM
AsteRx2i HDC
AsteRx2i OEM
AsteRx3 HDC
AsteRx3 OEM
Control Software
Field Controller
IMU
PolaNt*
PolaNt* GG
PolaNt* SF
PolaRx3e PRO
PolaRx3eG PRO
PolaRx3eTR PRO
PolaRx4 PRO
PPSDK
PolaRx2e@ OEM downloads
| FW Release version | 3.2.2 |
| FW Release date | 27/11/08 |
| Contents | This page contains the latest firmware, manuals and tools for the PolaRx2e@ OEM.
|
| Notes | In order to run the PolaRx Graphical Tools under Windows 7 it may be necessary to set the compatibility mode to "Windows XP Service Pack 3" for each application that is to be run (e.g. RxControl, Datalink, etc.). For the purpose of setting the compatibility of an application, right-click its icon, choose Properties from the context menu and select the Compatibility tab of the Properties window. |
Product Components
RxTools
Latest version of RxTools
| Release version | 1.8.1 |
| Release date | 09/05/12 |
High Integrity Navigation
Septentrio receivers provide high quality GPS position data. Integrity information is used to monitor the confidence a user can place in the GPS positions calculated by his receiver. AsteRx2e receivers can supply integrity information from SBAS satellites, or receiver autonomous integrity monitoring (RAIM), and can be used for a wide range of navigation applications in land vehicles, trains, ships, planes and helicopters. A unique feature in AsteRxi, AsteRx2eH and PolaRx2e@ is the availability of heading or roll/pitch/yaw information, which offers important support for navigation in marine and aviation products, and and automated steering in for instance unmanned vehicles.
Machine Control
Septentrio OEM receivers can integrated in machine steering and control solutions for agriculture, construction and mining applications, where cm-precision RTK solutions are used for assisted or automated steering, allowing increased worktime and efficiency, increased accuracy, etc.
The compact form design of the AsteRx2eH heading receiver make it perfectly suitable for machine guidance solutions. Attitude capabilities of PolaRx2e@ provide necessary functionality for more accurate and faster leveling and grading work.
SBAS: EGNOS / WAAS / MSAS
EGNOS, WAAS and MSAS supply additional differential corrections and integrity information that Septentrio receivers use to provide confidence in the position solution for applications in safety-critical environments next to GPS based position information. Tracking up to 6 SBAS satellites at the same time, these receivers can be used to monitor EGNOS, WAAS and MSAS signals, include information in ground-based augmentation infrastructure, but also to create EGNOS-based navigation products for use in for instance train navigation and signalling, airport ground traffic, maritime navigation solutions etc.