PolaRx5
Multi-frequency, multi-constellation GNSS reference receiver
- Tracks all visible GNSS signals (GPS, GLONASS, Galileo, BeiDou, IRNSS)
- High precision, low noise measurements
- Unique Advanced Interference monitoring and mitigation (AIM+) + advanced GNSS+ toolkit
- Powerful web interface and logging tools
- Rugged housing and multiple interfaces
- Up to 8 independent logging sessions
- Logging both internally and to an external device
- Internal battery for autonomous >24-hour operation (only available on PolaRx5e)
- IP68 compliant (only available on PolaRx5e)

Illustrative image for Septentrio PolaRx5 GNSS Reference Receiver Web User Interface (WebUI)
Septentrio’s patented GNSS+ technologies
Protocols
Interfaces
10 MHz reference input
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10 MHz reference output
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COM ports
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4 |
HTTP/HTTPS
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File transfer features
FTP server
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Physical & environmental
IP rating
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IP65 |
Related knowledge base articles
Applications
Insights

Integrity: Can you really trust your GPS position?
So you’re getting a consistent position from your receiver, but how do you know that this position is correct? Find out what is meant by integrity of GNSS receiver positioning and why it is important.

OSNMA: the latest in GNSS anti-spoofing security
To further improve transmission reliability, the European GNSS system, Galileo, has developed the OSNMA anti-spoofing service, which allows secure end-to-end transmission from Galileo satellites to OSNMA-enabled GNSS receivers.

What is spoofing and how to ensure GPS security?
This insight article on GPS / GNSS spoofing explains what spoofing is and how to make your GPS / GNSS receiver secure against spoofing.

All You Need to Know about the GPS / GNSS Week Number Rollover
This insight provides some general background on the GPS / GNSS week numbering and how receivers process a week number rollover.

How GNSS Receivers Empower Smart Cities
It is essential to make large cities more sustainable, efficient, and livable whilst ensuring safety, security, and health.

Solar wind blows GNSS off course
Insight article on the impact of the ionosphere, ionospheric scintillation on GPS / GNSS satellite signals and what is does to GPS / GNSS positioning. This article also explains when and where this happens most commonly.