PolaRx5S, Resilient, Ionosphere, high-accuracy GNSS receivers, VRS, base stations, industrial applications, anti-jamming, anti-spoofing, AIM+, APAE+, RAIM+, IONO+, OSNMA

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The PolaRx5S is the world’s leading ionospheric  GNSS receiver. With 544 channels, it provides I&Q  correlations, phase, code and carrier-to-noise at up  to 100 Hz for all GNSS L-band frequencies.

KEY FEATURES

* Real time output of TEC and iono scintillationindices on all GNSS L-band frequencies

* 100 Hz unfiltered correlation output for in-depthscintillation analysis

* Full compatibility with common scintillation andTEC monitoring file formats

* 100 Hz code, phase and intensity output withuser controlled noise bandwidth

* Unique interference monitoring and mitigation(AIM+)

* OSNMA Support

* Powerful Web UI and logging tools

* Rugged housing and multiple interfaces

BENEFITS

Space Weather Applications  

The PolaRx5S outputs an extensive set of GNSS  measurements and iono-indices, including I&Q correlation,  phase and intensity, up to 100 Hz. Featuring an ultra-low noise oscillator, it enables precise phase scintillation  monitoring with a phase noise standard deviation (Phi60) as  low as 0.03 rad. 

GNSS+ Technology

The A Posteriori Multipath Estimator (APME+), unique in  its ability to tackle short-delay multipath, enhances the  measurement quality while LOCK+ tracking guarantees  robust tracking of rapid signal dynamics during scintillation  events.  

Radio interferences events, more and more present, are  difficult to differentiate from scintillation events. The PolaRx5S  incorporates advanced interference mitigation techniques to  suppress interference before it can affect the iono indices. 

Networking, remote operation, and data logging 

Communication and (remote) management of the PolaRx5S  is made easy with a powerful built-in Web UI accessible  over WiFi, network or USB connection. The Web UI features  secured access to all receiver settings and status information,  data storage, and fast and robust firmware upgrading.  

SBF, RINEX and BINEX data logging is possible on both a builtin 16 GB memory and on an externally connected device.  Up to 40 independent data archives can be defined. Logged  data can be accessed via the web UI server or automatically  pushed to a FTP server.

FEATURES

GNSS technology

544 Hardware channels for simultaneoustracking of all visible satellite signals

P-code tracking on L1 and L2 to avoid CA-Pbiases

Independent tracking of L2C (GPS)

Up to 100 Hz Raw data output (code, carrier,navigation data)

Septentrio’s patented GNSS+ technologies

*AIM+ unique anti-interference systemmonitors, flags and mitigates narrow andwideband interference, jamming and spoofing

*APME+ a posteriori multipath estimator for code and phase multipath mitigation.

All multipath mitigation and smoothingalgorithms can enabled/disabled.

*LOCK+ superior tracking robustness under heavy mechanical shocks or vibrations

OSNMA Support

Spectrum analyser

All multipath mitigation and smoothing

algorithms can be enabled/disabled

Data formats and storage

Supported data formats:

* ISMR (Ionospheric Scintillation Monitoring Record)

* Septentrio Binary Format (SBF),

fully documented with sample parsing tools

* RINEX (obs, nav, meteo) v2.x, 3.05, 4.00

* BINEX

* NMEA v2.30 and v4.10 output format

* RTCM output (all MSM messages supported)¹

16 GB Standard on-board logging

Up to 40 logging jobs (8 independent sessions x 5 data formats)

Connectivity

x PPS output (max 100 Hz)

10 MHz reference output

4 hi-speed serial ports

1 Ethernet port (100 MBps)

Integrated WiFi (802.11 b/g/n)

Power over ethernet

1 full speed USB port

1 USB host for external disk

Advanced Web UI providing all receiver controls and status monitoring. Alternatively, a light Web UI for low bandwidth connections

FTP server, FTP push, SFTP, SYNC+, CloudIT

NTRIP (v1 and v2) client, server and caster

Point-to-Point communication protocol

Certification

IP65, RohS, WEEE, CE FCC

Class B Part 15, UKCA

1 Optional feature

2 3 Carriers per satellite

3 If transmitted by the satellite

4 Depends on user settings of tracking loops parameters

5 Maximum speed of 600 m/s