QZSSQZSS is the japanese satellite navigation system, and is only deployed over Japan is a constellation of satellites available over and around Japan. Via L6 band (L-band), these satellites provide 2 services:
Centimeter Level Augmentation Service (CLAS) providing centimeter level correction data in Japan.
Multi-GNSSGlobal Navigation Satellite System, it’s the technical word to refer to all satellite navigation systems together: GPS, Galileo, GLONASS, BeiDou, etc Advanced Demonstration tool for Orbit and Clock Analysis (MADOCA) providing decimeter level correction in Japan and neighboring countries like South Korea.
If you are in this region, just:
Plug ArduSimple CLAS Corrections L6 receiver onto your XBee socket
Check that your ZED-F9P has firmware 1.32 or newer
Configure ZED-F9P UART2 to accept UBX protocol in at 9’600bps
Wait a few minutes and start enjoying high precision GNSS.
Good to know: – Default configuration is for CLAS. Contact us for MADOCA settings. – This board includes u-blox NEO-D9C – The product includes an RF-splitter so you only need 1 antenna for both your RTK receiver and the L-band receiver. If you want you can also connect to separate antennas, one for the RTK receiver and another one for the L-band receiver. – You will need a good L-band (L6) antenna to receive the correction stream like Calibrated Survey GNSS Tripleband + L-band antenna (IP67) or Lightweight helical GNSS Tripleband + L-band antenna (IP67) – This XBee accessory is only compatible with u-blox ZED-F9P and ZED-F9R boards (simpleRTK2B series).
Includes: – Pre-configured NEO-D9C module with soldered headers (XBee socket compatible) – Pigtail uFL to SMA-Male (20cm) so you can share one antenna with 2 receivers
AS-XBEE-LBAND-NEOD9C
-SMA-00
QZSSQZSS is the japanese satellite navigation system, and is only deployed over Japan is a constellation of satellites available over and around Japan. Via L6 band (L-band), these satellites provide 2 services:
- Centimeter Level Augmentation Service (CLAS) providing centimeter level correction data in Japan.
- Multi-GNSSGlobal Navigation Satellite System, it’s the technical word to refer to all satellite navigation systems together: GPS, Galileo, GLONASS, BeiDou, etc Advanced Demonstration tool for Orbit and Clock Analysis (MADOCA) providing decimeter level correction in Japan and neighboring countries like South Korea.
If you are in this region, just:
- Plug ArduSimple CLAS Corrections L6 receiver onto your XBee socket
- Check that your ZED-F9P has firmware 1.32 or newer
- Configure ZED-F9P UART2 to accept UBX protocol in at 9’600bps
- Wait a few minutes and start enjoying high precision GNSS.
Good to know:
– Default configuration is for CLAS. Contact us for MADOCA settings.
– This board includes u-blox NEO-D9C
– The product includes an RF-splitter so you only need 1 antenna for both your RTK receiver and the L-band receiver. If you want you can also connect to separate antennas, one for the RTK receiver and another one for the L-band receiver.
– You will need a good L-band (L6) antenna to receive the correction stream like Calibrated Survey GNSS Tripleband + L-band antenna (IP67) or Lightweight helical GNSS Tripleband + L-band antenna (IP67)
– This XBee accessory is only compatible with u-blox ZED-F9P and ZED-F9R boards (simpleRTK2B series).
Includes:
– Pre-configured NEO-D9C module with soldered headers (XBee socket compatible)
– Pigtail uFL to SMA-Male (20cm) so you can share one antenna with 2 receivers
AS-XBEE-LBAND-NEOD9C-SMA-00
