AirPrime XP2210 - Untethered Dead Reckoning multi-GNSS module

Reliably navigate through environments with absent or compromised GNSS signal using less battery power

The XP2210 module supports GPS+Glonass to enable superior positioning accuracy of <1.5m, even in areas with weak GNSS signal or short GNSS signal loss. Untethered dead reckoning fuses the inertial data from the 6-axis MEMS sensors (accelerometer and gyroscope) with the GNSS signal to optimize positioning in areas with compromised GNSS coverage.

Benefits:

  • Achieve accurate positioning within <1.5m in areas with weak GNSS signal or short GNSS signal loss. An untethered connection reduces costs and simplifies installation
  • Improve accuracy and time-to-fix with A-GPS (long-life ephemeris/self-generated ephemeris)
  • Reduce active tracking power consumption
  • Active interference cancellation with automatic detection and removal
  • 15+ SDK commands to change default GNSS behavior and enable extended features
  • Built-in additional LNA, additional SAW filter, TCXO, and embedded flash for best-in-class performance
  • Tested for harsh environments and extreme temperatures
  • Option of using UART or I2C for communication and control

Need advice or more information?

Why not contact the Alpha Micro sales team?

 

RF Specifications
Frequency Bands GPS L1, GLONASS L1, QZSS L1
Location Services
Satellite Systems GPS+Glonass
Smart GNSS Integrated 6-axis MEMS Sensors and Untethered Dead Reckoning Software
A-GPS LLE
Anti-Jamming Yes
Positioning Accuracy <1.5 m
Timing Accuracy (1 PPS) ±20ns
Tracking Sensitivity -161dBm
Interfaces
UART 1
I2C 1
Max Update Rate 10Hz
Control Options
APIs, AT Commands Sierra custom SDK commands for additional GNSS configuration
Hardware
Dimensions 9 x 10.4 x 2.1mm
Temperature Range Industrial Grade: -40°C / +85°C
Built-in Components TCXO, Additional LNA, Additional SAW-Filter, Embedded Flash
Power
Power Voltage 3V to 3.6V
Power Tracking As low as 21mA
Standby Mode As low as 2mA
Approvals
Regulatory RoHS, RED

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Last updated: 6 October 2020