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CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Septentrio mosaic-X5, compact, low power, multi-band & multi-constellation GNSS receiver module, packaged with wide set of interfaces. Best in class advanced anti-jamming and anti-spoofing technology. Uncompromisable RTK performance and very high update rateat 100 Hz.
MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019. POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ASTERX SBI3 PRO RUGGEDIZED GNSS/INS RECEIVER Ruggedized receiver for high-accuracy positioning and orientation. AsteRx SBi3 Pro GNSS/INS multi-frequency receiver delivers reliable centimeter level positioning together with 3D orientation in challenging environments. Thanks to the built-in inertial sensor, it provides orientation (heading, pitch and roll) as well as deadreckoning, making
POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. ABOUT US | SEPTENTRIO Septentrio was started in year 2000, as a spin-off of imec, the world's largest and most advanced semiconductor research institute with over 2500 researchers. From the start, we used the most advanced semiconductor designs for low power, high performance and disturbance mitigation. The nearby KULeuven University is one of Europe’sleading
CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Septentrio mosaic-X5, compact, low power, multi-band & multi-constellation GNSS receiver module, packaged with wide set of interfaces. Best in class advanced anti-jamming and anti-spoofing technology. Uncompromisable RTK performance and very high update rateat 100 Hz.
MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019. POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ASTERX SBI3 PRO RUGGEDIZED GNSS/INS RECEIVER Ruggedized receiver for high-accuracy positioning and orientation. AsteRx SBi3 Pro GNSS/INS multi-frequency receiver delivers reliable centimeter level positioning together with 3D orientation in challenging environments. Thanks to the built-in inertial sensor, it provides orientation (heading, pitch and roll) as well as deadreckoning, making
POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. ThisusermanualprovidesdetailedinstructionsSURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots.ALTUS APS3G
Control Software See SurvCE section See FieldGenius section PinPoint-GIS App Basic configuration can also be done with APS3G Tools which is included in the RxTools suite Downloads ASSURED PNT RESILIENT POSITION, NAVIGATION AND TIME GPS/GNSS based accurate and available Positioning, Navigation and Time or assured PNT is key to successful security-related operations. Septentrio’s central focus is to identify and eliminate any GNSS-related vulnerabilities. All of our GNSS receivers are anti-jam, anti-spoof (AJAS) resilient, protected by the built-in Advanced Interference Mitigation (AIM+) technology. AIM+ COMBATS JAMMING AND SPOOFING AIM+ technology detects and neutralizes interference resulting in faster set-up, reduced downtime and secure operation. AIM+ protects against simple narrow-band interference as well as more complex wide-band interference, including jamming and spoofing. Your receiver’s web interface allows you to analyze interference with thespectral plot
ASTERX SB PROCONNECT (AsteRx SB Pro Connect) RxTools: Download our RxTools extensive support tool suite for receivers:https://www.septentrio.com/en/support/software/rxtoolsProduct
POLARX5TR - SEPTENTRIO Dedicated to time and frequency transfer applications, the PolaRx5TR is optimized for quality of code and carrier phase measurements, The PolaRx5TR is fully compliant with recommendation CCTF 5 (2015) of the Consultative Committee for Time and Frequency.POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions GNSS JAMMING AND ROAD TOLLING Whilst jammers are illegal, their signals can affect GPS devices over several km as Figure 1 shows, making it difficult to reliably identify vehicles using jammers. This new technique developed by Septentrio uses a single dual-antenna receiver mounted on gantry over a highway to remove some of the ambiguity in vehicle identification. ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE? Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. ABOUT US | SEPTENTRIO Septentrio was started in year 2000, as a spin-off of imec, the world's largest and most advanced semiconductor research institute with over 2500 researchers. From the start, we used the most advanced semiconductor designs for low power, high performance and disturbance mitigation. The nearby KULeuven University is one of Europe’sleading
CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Septentrio mosaic-X5, compact, low power, multi-band & multi-constellation GNSS receiver module, packaged with wide set of interfaces. Best in class advanced anti-jamming and anti-spoofing technology. Uncompromisable RTK performance and very high update rateat 100 Hz.
MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019. POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ASTERX SBI3 PRO RUGGEDIZED GNSS/INS RECEIVER Ruggedized receiver for high-accuracy positioning and orientation. AsteRx SBi3 Pro GNSS/INS multi-frequency receiver delivers reliable centimeter level positioning together with 3D orientation in challenging environments. Thanks to the built-in inertial sensor, it provides orientation (heading, pitch and roll) as well as deadreckoning, making
POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. ABOUT US | SEPTENTRIO Septentrio was started in year 2000, as a spin-off of imec, the world's largest and most advanced semiconductor research institute with over 2500 researchers. From the start, we used the most advanced semiconductor designs for low power, high performance and disturbance mitigation. The nearby KULeuven University is one of Europe’sleading
CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Septentrio mosaic-X5, compact, low power, multi-band & multi-constellation GNSS receiver module, packaged with wide set of interfaces. Best in class advanced anti-jamming and anti-spoofing technology. Uncompromisable RTK performance and very high update rateat 100 Hz.
MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019. POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ASTERX SBI3 PRO RUGGEDIZED GNSS/INS RECEIVER Ruggedized receiver for high-accuracy positioning and orientation. AsteRx SBi3 Pro GNSS/INS multi-frequency receiver delivers reliable centimeter level positioning together with 3D orientation in challenging environments. Thanks to the built-in inertial sensor, it provides orientation (heading, pitch and roll) as well as deadreckoning, making
POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. ThisusermanualprovidesdetailedinstructionsSURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots.ALTUS APS3G
Control Software See SurvCE section See FieldGenius section PinPoint-GIS App Basic configuration can also be done with APS3G Tools which is included in the RxTools suite Downloads ASSURED PNT RESILIENT POSITION, NAVIGATION AND TIME GPS/GNSS based accurate and available Positioning, Navigation and Time or assured PNT is key to successful security-related operations. Septentrio’s central focus is to identify and eliminate any GNSS-related vulnerabilities. All of our GNSS receivers are anti-jam, anti-spoof (AJAS) resilient, protected by the built-in Advanced Interference Mitigation (AIM+) technology. AIM+ COMBATS JAMMING AND SPOOFING AIM+ technology detects and neutralizes interference resulting in faster set-up, reduced downtime and secure operation. AIM+ protects against simple narrow-band interference as well as more complex wide-band interference, including jamming and spoofing. Your receiver’s web interface allows you to analyze interference with thespectral plot
ASTERX SB PROCONNECT (AsteRx SB Pro Connect) RxTools: Download our RxTools extensive support tool suite for receivers:https://www.septentrio.com/en/support/software/rxtoolsProduct
POLARX5TR - SEPTENTRIO Dedicated to time and frequency transfer applications, the PolaRx5TR is optimized for quality of code and carrier phase measurements, The PolaRx5TR is fully compliant with recommendation CCTF 5 (2015) of the Consultative Committee for Time and Frequency.POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions GNSS JAMMING AND ROAD TOLLING Whilst jammers are illegal, their signals can affect GPS devices over several km as Figure 1 shows, making it difficult to reliably identify vehicles using jammers. This new technique developed by Septentrio uses a single dual-antenna receiver mounted on gantry over a highway to remove some of the ambiguity in vehicle identification. ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE? Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019.POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals the CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE? Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
WHICH RTCMV3 MESSAGES ARE SUPPORTED BY RTCM messages can be delivered to the receiver via any available interface (e.g. Ethernet, USB) or received by the built-in NTRIP client in case the Septentrio GNSS receiver is connected to the Internet. All the interfaces that can be used to receive RTCM corrections can be seen in Figure 1. Below is a list of RTCMv3messages which are
PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019.POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals the CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE? Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
WHICH RTCMV3 MESSAGES ARE SUPPORTED BY RTCM messages can be delivered to the receiver via any available interface (e.g. Ethernet, USB) or received by the built-in NTRIP client in case the Septentrio GNSS receiver is connected to the Internet. All the interfaces that can be used to receive RTCM corrections can be seen in Figure 1. Below is a list of RTCMv3messages which are
SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub. MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Compact, multi-constellation GNSS receiver module. Septentrio mosaic-X5, a multi-band, multi-constellation GNSS receiver in a low power surface mount module with a wide array of interfaces, designed for mass market applications like robotics and autonomous systems, capable of tracking all Global Navigation Satellite System (GNSS) constellations supporting current and future signals.POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
MOSAIC - GETTING STARTED - SEPTENTRIO mosaic is Septentrio's most compact high-precision GNSS receiver module. Get started with mosaic using its development kit and learn how to connect to its web interface in this step-by-step tutorial.MOSAIC - SEPTENTRIO
The spectrum plot is part of Septentrio's AIM+ technology, a set of powerful tools to detect and mitigate interference. This video show you how to use the spectrum plot to visualize interference. 133 Views • Oct 6, 2020 • Knowledge. WHICH SEPTENTRIO ANTENNAS HAVE RECEIVED WHICH CALIBRATION? The below table provides an overview of which Septentrio antennas have received which type of calibration. Only the antennas used in geodetic applications have received full absolute calibrations of PCO and PCV values. The IGS naming in the second column in table 1 is how the antennas are stored in the receiver’s internal antenna table. HOW TO RECEIVE CORRECTIONS OVER IP Step 2: Configure rover station. The next step is to configure the rover to receive corrections from the base station. Open the web interface of the rover. From the Communication menu, select IP ports. In the IP receive settings box, click on New IP Receive Connection. Fill in the correct port number. Select the TCP mode and also fill inthe
CALIBRA: MITIGATING THE IMPACT OF IONOSPHERIC Another important feature of the PolaRxS is the very low noise floor of the measurement. This is illustrated in Figure 4 which depicts the Phi60 for the L1 frequency obtained during HOW TO CONNECT TO A BASE STATION OR VRS VIA NTRIP Connect your receiver to the internet. Before connecting to an NTRIP caster, make sure the receiver has an active internet connection. Depending on the type and model of the receiver, there are several possibilities of how to connect to the internet (e.g. Ethernet, Cellular Connection, WiFi client, ). PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019.POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals the CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE? Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
WHICH RTCMV3 MESSAGES ARE SUPPORTED BY RTCM messages can be delivered to the receiver via any available interface (e.g. Ethernet, USB) or received by the built-in NTRIP client in case the Septentrio GNSS receiver is connected to the Internet. All the interfaces that can be used to receive RTCM corrections can be seen in Figure 1. Below is a list of RTCMv3messages which are
PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019.POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals the CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE? Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
WHICH RTCMV3 MESSAGES ARE SUPPORTED BY RTCM messages can be delivered to the receiver via any available interface (e.g. Ethernet, USB) or received by the built-in NTRIP client in case the Septentrio GNSS receiver is connected to the Internet. All the interfaces that can be used to receive RTCM corrections can be seen in Figure 1. Below is a list of RTCMv3messages which are
SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub. MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Compact, multi-constellation GNSS receiver module. Septentrio mosaic-X5, a multi-band, multi-constellation GNSS receiver in a low power surface mount module with a wide array of interfaces, designed for mass market applications like robotics and autonomous systems, capable of tracking all Global Navigation Satellite System (GNSS) constellations supporting current and future signals.POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
UAV MAPPING WITHOUT GCPS Listening to customers about their challenges, we have developed technology that utilizes the power of GNSS mapping without ground control points and put it into a package developed especially for easy integration into your UAV. I mentioned in the webinar that many UAV mapping projects still use the traditional methods of manuallysurveyed
MOSAIC - GETTING STARTED - SEPTENTRIO mosaic is Septentrio's most compact high-precision GNSS receiver module. Get started with mosaic using its development kit and learn how to connect to its web interface in this step-by-step tutorial.MOSAIC - SEPTENTRIO
The spectrum plot is part of Septentrio's AIM+ technology, a set of powerful tools to detect and mitigate interference. This video show you how to use the spectrum plot to visualize interference. 133 Views • Oct 6, 2020 • Knowledge. HOW TO RECEIVE CORRECTIONS OVER IP Step 2: Configure rover station. The next step is to configure the rover to receive corrections from the base station. Open the web interface of the rover. From the Communication menu, select IP ports. In the IP receive settings box, click on New IP Receive Connection. Fill in the correct port number. Select the TCP mode and also fill inthe
CALIBRA: MITIGATING THE IMPACT OF IONOSPHERIC Another important feature of the PolaRxS is the very low noise floor of the measurement. This is illustrated in Figure 4 which depicts the Phi60 for the L1 frequency obtained during HOW TO CONNECT TO A BASE STATION OR VRS VIA NTRIP Connect your receiver to the internet. Before connecting to an NTRIP caster, make sure the receiver has an active internet connection. Depending on the type and model of the receiver, there are several possibilities of how to connect to the internet (e.g. Ethernet, Cellular Connection, WiFi client, ). PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub. MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Septentrio mosaic-X5, compact, low power, multi-band & multi-constellation GNSS receiver module, packaged with wide set of interfaces. Best in class advanced anti-jamming and anti-spoofing technology. Uncompromisable RTK performance and very high update rateat 100 Hz.
CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and ASTERX SBI3 PRO RUGGEDIZED GNSS/INS RECEIVER Ruggedized receiver for high-accuracy positioning and orientation. AsteRx SBi3 Pro GNSS/INS multi-frequency receiver delivers reliable centimeter level positioning together with 3D orientation in challenging environments. Thanks to the built-in inertial sensor, it provides orientation (heading, pitch and roll) as well as deadreckoning, making
POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub. MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Septentrio mosaic-X5, compact, low power, multi-band & multi-constellation GNSS receiver module, packaged with wide set of interfaces. Best in class advanced anti-jamming and anti-spoofing technology. Uncompromisable RTK performance and very high update rateat 100 Hz.
CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and ASTERX SBI3 PRO RUGGEDIZED GNSS/INS RECEIVER Ruggedized receiver for high-accuracy positioning and orientation. AsteRx SBi3 Pro GNSS/INS multi-frequency receiver delivers reliable centimeter level positioning together with 3D orientation in challenging environments. Thanks to the built-in inertial sensor, it provides orientation (heading, pitch and roll) as well as deadreckoning, making
POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019. GPS / GNSS RECEIVER SOFTWARE GPS / GNSS Receiver Software. Septentrio offers you a wide range of software packages so you can get the most of your Septentrio GPS/ GNSS receivers. Developed by our dedicated team, they help you to collect data and status monitor in the field as well as analysis and processing back in the office. COSMOS: Multiple GNSS receivermonitoring and
SEPTENTRIO
Septentrio Web Shop. Our GPS/GNSS receivers are designed for demanding applications, offering a broad range of OEM precise positioning solutions for use in existing and emerging markets. Easily try out our advanced GNSS module devkit and/or our GNSS/INS evaluation kit. Simply click on the below links, and try out for yourself!SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. GPS / GNSS ROVER & BASE RECEIVERS GPS / GNSS + INS Solutions. AsteRx-i3 D Pro. Ready-to-use GNSS/INS single-board receiver. AsteRx-i3 D Pro+. GNSS/INS for integrated solutions and ready for more sensor fusion. AsteRx-i3 S Pro+. GNSS/INS OEM board with tethered IMU for flexible installation. AsteRx SBi3 Pro. Ruggedized receiver for high-accuracy positioning and 3Dorientation.
POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reducedJOBS | SEPTENTRIO
Looking for a job or internship opportunity in an industry-leading GNSS manufacturing company? POLARX5TR | SEPTENTRIO Dedicated to time and frequency transfer applications, the PolaRx5TR is optimized for quality of code and carrier phase measurements, The PolaRx5TR is fully compliant with recommendation CCTF 5 (2015) of the Consultative Committee for Time and Frequency. ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CALIBRA: MITIGATING THE IMPACT OF IONOSPHERIC Another important feature of the PolaRxS is the very low noise floor of the measurement. This is illustrated in Figure 4 which depicts the Phi60 for the L1 frequency obtained during PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub. MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Septentrio mosaic-X5, compact, low power, multi-band & multi-constellation GNSS receiver module, packaged with wide set of interfaces. Best in class advanced anti-jamming and anti-spoofing technology. Uncompromisable RTK performance and very high update rateat 100 Hz.
CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and ASTERX SBI3 PRO RUGGEDIZED GNSS/INS RECEIVER Ruggedized receiver for high-accuracy positioning and orientation. AsteRx SBi3 Pro GNSS/INS multi-frequency receiver delivers reliable centimeter level positioning together with 3D orientation in challenging environments. Thanks to the built-in inertial sensor, it provides orientation (heading, pitch and roll) as well as deadreckoning, making
POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub. MOSAIC-X5 HIGHLY-ACCURATE GNSS MODULE Septentrio mosaic-X5, compact, low power, multi-band & multi-constellation GNSS receiver module, packaged with wide set of interfaces. Best in class advanced anti-jamming and anti-spoofing technology. Uncompromisable RTK performance and very high update rateat 100 Hz.
CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * MOSAIC-X5 GNSS MODULE RECEIVER EVALUATION KIT WITH GNSS The mosaic-X5 is Septentrio's most compact high-precision GPS/GNSS module, delivering best-in-class centimeter-level positioning performance especially in challenging environments. It's a multi-band, multi-constellation GPS/GNSS receiver in a low power surface mount module. It is designed for mass market applications like robotics and ASTERX SBI3 PRO RUGGEDIZED GNSS/INS RECEIVER Ruggedized receiver for high-accuracy positioning and orientation. AsteRx SBi3 Pro GNSS/INS multi-frequency receiver delivers reliable centimeter level positioning together with 3D orientation in challenging environments. Thanks to the built-in inertial sensor, it provides orientation (heading, pitch and roll) as well as deadreckoning, making
POLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019. GPS / GNSS RECEIVER SOFTWARE GPS / GNSS Receiver Software. Septentrio offers you a wide range of software packages so you can get the most of your Septentrio GPS/ GNSS receivers. Developed by our dedicated team, they help you to collect data and status monitor in the field as well as analysis and processing back in the office. COSMOS: Multiple GNSS receivermonitoring and
SEPTENTRIO
Septentrio Web Shop. Our GPS/GNSS receivers are designed for demanding applications, offering a broad range of OEM precise positioning solutions for use in existing and emerging markets. Easily try out our advanced GNSS module devkit and/or our GNSS/INS evaluation kit. Simply click on the below links, and try out for yourself!SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. GPS / GNSS ROVER & BASE RECEIVERS GPS / GNSS + INS Solutions. AsteRx-i3 D Pro. Ready-to-use GNSS/INS single-board receiver. AsteRx-i3 D Pro+. GNSS/INS for integrated solutions and ready for more sensor fusion. AsteRx-i3 S Pro+. GNSS/INS OEM board with tethered IMU for flexible installation. AsteRx SBi3 Pro. Ruggedized receiver for high-accuracy positioning and 3Dorientation.
POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reducedJOBS | SEPTENTRIO
Looking for a job or internship opportunity in an industry-leading GNSS manufacturing company? POLARX5TR | SEPTENTRIO Dedicated to time and frequency transfer applications, the PolaRx5TR is optimized for quality of code and carrier phase measurements, The PolaRx5TR is fully compliant with recommendation CCTF 5 (2015) of the Consultative Committee for Time and Frequency. ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CALIBRA: MITIGATING THE IMPACT OF IONOSPHERIC Another important feature of the PolaRxS is the very low noise floor of the measurement. This is illustrated in Figure 4 which depicts the Phi60 for the L1 frequency obtained during PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.AUTOMOTIVE ADAS
The automotive industry is on the move. We want cars cleaner, safer, smarter. This is driving change in the industry on many fronts, one of which is: ADAS (Advanced Driver-Assistance Systems).SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR Setting up and configuring the AsteRx-i: compensating for a non-default antenna orientation. In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. The attitude of a vehicle can be determined from the orientation of the baseline between two antennas attached to the vehicle. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.AUTOMOTIVE ADAS
The automotive industry is on the move. We want cars cleaner, safer, smarter. This is driving change in the industry on many fronts, one of which is: ADAS (Advanced Driver-Assistance Systems).SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR Setting up and configuring the AsteRx-i: compensating for a non-default antenna orientation. In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. The attitude of a vehicle can be determined from the orientation of the baseline between two antennas attached to the vehicle.SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019.JOBS | SEPTENTRIO
Looking for a job or internship opportunity in an industry-leading GNSS manufacturing company? MOSAIC - GETTING STARTED - SEPTENTRIO mosaic is Septentrio's most compact high-precision GNSS receiver module. Get started with mosaic using its development kit and learn how to connect to its web interface in this step-by-step tutorial. HOW TO UPGRADE THE FIRMWARE OF A SEPTENTRIO RECEIVER The first step is to download the firmware to your computer. - Go to Septentrio.com, then, click Support. This brings up an overview of the Septentrio products. - Click on the receiver model of your interest. - Next, click on the desired type of receiver. - If you haven’t done this before, you will be prompted to fill in your email address. HOW TO RECEIVE CORRECTIONS OVER IP Step 2: Configure rover station. The next step is to configure the rover to receive corrections from the base station. Open the web interface of the rover. From the Communication menu, select IP ports. In the IP receive settings box, click on New IP Receive Connection. Fill in the correct port number. Select the TCP mode and also fill inthe
PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.AUTOMOTIVE ADAS
The automotive industry is on the move. We want cars cleaner, safer, smarter. This is driving change in the industry on many fronts, one of which is: ADAS (Advanced Driver-Assistance Systems).SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR Setting up and configuring the AsteRx-i: compensating for a non-default antenna orientation. In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. The attitude of a vehicle can be determined from the orientation of the baseline between two antennas attached to the vehicle. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.AUTOMOTIVE ADAS
The automotive industry is on the move. We want cars cleaner, safer, smarter. This is driving change in the industry on many fronts, one of which is: ADAS (Advanced Driver-Assistance Systems).SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR Setting up and configuring the AsteRx-i: compensating for a non-default antenna orientation. In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. The attitude of a vehicle can be determined from the orientation of the baseline between two antennas attached to the vehicle.SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019.JOBS | SEPTENTRIO
Looking for a job or internship opportunity in an industry-leading GNSS manufacturing company? MOSAIC - GETTING STARTED - SEPTENTRIO mosaic is Septentrio's most compact high-precision GNSS receiver module. Get started with mosaic using its development kit and learn how to connect to its web interface in this step-by-step tutorial. HOW TO UPGRADE THE FIRMWARE OF A SEPTENTRIO RECEIVER The first step is to download the firmware to your computer. - Go to Septentrio.com, then, click Support. This brings up an overview of the Septentrio products. - Click on the receiver model of your interest. - Next, click on the desired type of receiver. - If you haven’t done this before, you will be prompted to fill in your email address. HOW TO RECEIVE CORRECTIONS OVER IP Step 2: Configure rover station. The next step is to configure the rover to receive corrections from the base station. Open the web interface of the rover. From the Communication menu, select IP ports. In the IP receive settings box, click on New IP Receive Connection. Fill in the correct port number. Select the TCP mode and also fill inthe
PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.AUTOMOTIVE ADAS
The automotive industry is on the move. We want cars cleaner, safer, smarter. This is driving change in the industry on many fronts, one of which is: ADAS (Advanced Driver-Assistance Systems).SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR Setting up and configuring the AsteRx-i: compensating for a non-default antenna orientation. In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. The attitude of a vehicle can be determined from the orientation of the baseline between two antennas attached to the vehicle. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.AUTOMOTIVE ADAS
The automotive industry is on the move. We want cars cleaner, safer, smarter. This is driving change in the industry on many fronts, one of which is: ADAS (Advanced Driver-Assistance Systems).SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR Setting up and configuring the AsteRx-i: compensating for a non-default antenna orientation. In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. The attitude of a vehicle can be determined from the orientation of the baseline between two antennas attached to the vehicle.SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019.JOBS | SEPTENTRIO
Looking for a job or internship opportunity in an industry-leading GNSS manufacturing company? MOSAIC - GETTING STARTED - SEPTENTRIO mosaic is Septentrio's most compact high-precision GNSS receiver module. Get started with mosaic using its development kit and learn how to connect to its web interface in this step-by-step tutorial. HOW TO UPGRADE THE FIRMWARE OF A SEPTENTRIO RECEIVER The first step is to download the firmware to your computer. - Go to Septentrio.com, then, click Support. This brings up an overview of the Septentrio products. - Click on the receiver model of your interest. - Next, click on the desired type of receiver. - If you haven’t done this before, you will be prompted to fill in your email address. HOW TO RECEIVE CORRECTIONS OVER IP Step 2: Configure rover station. The next step is to configure the rover to receive corrections from the base station. Open the web interface of the rover. From the Communication menu, select IP ports. In the IP receive settings box, click on New IP Receive Connection. Fill in the correct port number. Select the TCP mode and also fill inthe
PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.AUTOMOTIVE ADAS
The automotive industry is on the move. We want cars cleaner, safer, smarter. This is driving change in the industry on many fronts, one of which is: ADAS (Advanced Driver-Assistance Systems).SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR Setting up and configuring the AsteRx-i: compensating for a non-default antenna orientation. In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. The attitude of a vehicle can be determined from the orientation of the baseline between two antennas attached to the vehicle. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.AUTOMOTIVE ADAS
The automotive industry is on the move. We want cars cleaner, safer, smarter. This is driving change in the industry on many fronts, one of which is: ADAS (Advanced Driver-Assistance Systems).SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR Setting up and configuring the AsteRx-i: compensating for a non-default antenna orientation. In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. The attitude of a vehicle can be determined from the orientation of the baseline between two antennas attached to the vehicle.SURVEY & MAPPING
Septentrio GPS/GNSS receivers deliver absolute GNSS position for high-speed mapping systems with ultra-low latency and industry-leading update rates. Our receiver boards and modules have an easy-to-integrate design optimized for SWaP (Size, Weight and Power) to be directly integrated with other sensors or into mapping robots. CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. PolaNt* MC is compatible with the PolaRx / AsteRx family of high performance multiple-frequency GNSS receivers. This high-gain antenna incorporates a low-noise amplifier, and isbuilt into a
RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name * ASTERX-U - GETTING STARTED - SEPTENTRIO The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. Make sure the antenna has a clear view of the sky. If you want to connect to the AsteRx-U via wifi, connect the WIFI antenna to the connector indicated by BT ANT on the front panel. To power up the receiver,connect thepower
ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER The first rollover happened at midnight of 21-22 August 1999. The second rollover will happen at midnight (GPS time) of 6-7 April 2019. Note that this corresponds to 23:59:42 UTC on 6 April 2019, because GPS time is unaffected by so-called leap seconds. In Central European Summer Time, this corresponds to 01:59:42 CEST on Sunday 7 April 2019.JOBS | SEPTENTRIO
Looking for a job or internship opportunity in an industry-leading GNSS manufacturing company? MOSAIC - GETTING STARTED - SEPTENTRIO mosaic is Septentrio's most compact high-precision GNSS receiver module. Get started with mosaic using its development kit and learn how to connect to its web interface in this step-by-step tutorial. HOW TO UPGRADE THE FIRMWARE OF A SEPTENTRIO RECEIVER The first step is to download the firmware to your computer. - Go to Septentrio.com, then, click Support. This brings up an overview of the Septentrio products. - Click on the receiver model of your interest. - Next, click on the desired type of receiver. - If you haven’t done this before, you will be prompted to fill in your email address. HOW TO RECEIVE CORRECTIONS OVER IP Step 2: Configure rover station. The next step is to configure the rover to receive corrections from the base station. Open the web interface of the rover. From the Communication menu, select IP ports. In the IP receive settings box, click on New IP Receive Connection. Fill in the correct port number. Select the TCP mode and also fill inthe
PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.SURVEY & MAPPING
Robust GNSS receivers increase productivity by continuously delivering RTK positions even in difficult environments.Multi-frequency multi-constellation GNSS technology ensures that the receiver works in areas of low satellite visibility such as near high structures or under foliage.Septentrio’s best-in-class Advanced Interference Mitigation (AIM+) technology shields the receiver against ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBERGPS ROLLOVER BUGGPS ROLLOVER DATEGPS ROLLOVER DATEGPS ROLLOVER DAYGPS WEEK This insight provides some general background on the GPS week numbering and how receivers process a week number rollover. If you have a Septentrio GPS (GNSS) receiver, feel free to also consult our Support Notification document about the upcoming GPS week number rollover.. Questions & Answers (Q&A) EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO To set up the AsteRx-U, you will need: A power supply; An active antenna; An antenna cable; And a wifi capable device, or a usb cable. The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. This article explains how to compensate for attitude offset angles using the receiver's web interface. PRECISE POSITIONING SOLUTIONS FOR BOTH SYSTEM INTEGRATORSPRODUCTSAPPLICATIONSCOMPANYJOBSSUPPORTCONTACT Consistent, accurate and reliable GNSS/GPS positioning in the most challenging conditions only from Septentrio. Precise positioning solutions for both system integrators and OEMs. SUPPORT | SEPTENTRIO For all your support questions, product manuals, firmware updates and more visit the Septentrio Support Hub.SURVEY & MAPPING
Robust GNSS receivers increase productivity by continuously delivering RTK positions even in difficult environments.Multi-frequency multi-constellation GNSS technology ensures that the receiver works in areas of low satellite visibility such as near high structures or under foliage.Septentrio’s best-in-class Advanced Interference Mitigation (AIM+) technology shields the receiver against ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBERGPS ROLLOVER BUGGPS ROLLOVER DATEGPS ROLLOVER DATEGPS ROLLOVER DAYGPS WEEK This insight provides some general background on the GPS week numbering and how receivers process a week number rollover. If you have a Septentrio GPS (GNSS) receiver, feel free to also consult our Support Notification document about the upcoming GPS week number rollover.. Questions & Answers (Q&A) EVERYTHING YOU NEED TO KNOW ABOUT RADIOFREQUENCY How to solve radio frequency interference on GNSS/GPS signals Global Navigation Satellite Systems, in short GNSS (of which GPS is the most known one) have truly established themselves as part of the critical infrastructure in today's world. These GNSS signals are very weak and vulnerable to interference: a phenomenon where other radio signals disrupt the GNSS signals causing reduced GALILEO ALTBOC RECEIVER Galileo AltBOC Receiver Jean-Marie Sleewaegen, Wim De Wilde (Septentrio NV, Belgium) Martin Hollreiser (ESA-ESTEC, The Netherlands)ABSTRACT Alternative BOC, AltBOC(15,10) modulation on E5, is one of the most advanced and promising signals thePOLARX5 - POLARX5E
UserManual Version2.1 Applicabletoversion5.3.2ofthePolaRx5Firmware January13,2020 ThankyouforchoosingthePolaRx5. Thisusermanualprovidesdetailedinstructions ASTERX-U - GETTING STARTED - SEPTENTRIO To set up the AsteRx-U, you will need: A power supply; An active antenna; An antenna cable; And a wifi capable device, or a usb cable. The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. CLI CHAPTER 1: HOW TO ACCESS THE COMMAND LINE INTERFACE?ACCESS COMMAND LINE OPTIONSMICROSOFT ACCESS COMMAND LINEMS ACCESS COMMAND LINEMS ACCESS COMMAND LINE ARGUMENTSMS ACCESS COMMAND LINE EXAMPLESAS400COMMAND LINE ACCESS
Access the web interface of the receiver and navigate to Admin (1) > Expert Control (2) > Expert Console (3). You can enter commands in the text field (4) and press Enter or click ‘Upload Script’ to send the command to the receiver. SETTING UP AND CONFIGURING THE ASTERX-I: COMPENSATING FOR In dual-antenna setups, it is important that the GNSS-based attitude is properly configured for optimal INS/GNSS integration. This article explains how to compensate for attitude offset angles using the receiver's web interface.SURVEY & MAPPING
Robust GNSS receivers increase productivity by continuously delivering RTK positions even in difficult environments.Multi-frequency multi-constellation GNSS technology ensures that the receiver works in areas of low satellite visibility such as near high structures or under foliage.Septentrio’s best-in-class Advanced Interference Mitigation (AIM+) technology shields the receiver against ALL YOU NEED TO KNOW ABOUT THE GPS / GNSS WEEK NUMBER This insight provides some general background on the GPS week numbering and how receivers process a week number rollover. If you have a Septentrio GPS (GNSS) receiver, feel free to also consult our Support Notification document about the upcoming GPS week number rollover.. Questions & Answers (Q&A) CONTACT US | SEPTENTRIO Contact Septentrio for a general question or a quote or explore the Product Knowledge Base, Customer Support Portal. Contact one of oursales offices.
POLANT* MC | SEPTENTRIO The PolaNt* MC is a lightweight, sturdy high precision geodetic multi-frequency multi-constellation antenna for use in physically demanding applications. RXTOOLS | SEPTENTRIO Log in below and download our product resources. Email * First name *JOBS | SEPTENTRIO
Looking for a job or internship opportunity in an industry-leading GNSS manufacturing company? ASTERX-U - GETTING STARTED - SEPTENTRIO To set up the AsteRx-U, you will need: A power supply; An active antenna; An antenna cable; And a wifi capable device, or a usb cable. The first step is to connect the antenna to the TNC connector on the rear panel of the receiver, indicated by main ANT. ASTERX SB PROCONNECT (AsteRx SB Pro Connect) RxTools: Download our RxTools extensive support tool suite for receivers:https://www.septentrio.com/en/support/software/rxtoolsProduct
MOSAIC - GETTING STARTED - SEPTENTRIO mosaic is Septentrio's most compact high-precision GNSS receiver module. Get started with mosaic using its development kit and learn how to connect to its web interface in this step-by-step tutorial. HOW TO RECEIVE CORRECTIONS OVER IP Communication over an IP connection is one of many ways to transfer RTK correction data from a base station to a rover. This step-by-step tutorial, explains how THIS WEBSITE USES COOKIES Septentrio N.V., the administrator of this website, uses cookies to improve your browsing experience and to better tailor the website and web shop to your needs and preferences. In particular, we use cookies to improve this website, to personalize content, show and personalize ads, provide you with social media (re)targeting and to analyze website traffic. We will never sell your personal data. We do share (anonymous) information collected via cookies on this website with our social media, advertising and analytics partners. Use necessary cookies only Allow all cookies Show detailsOK
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