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?
Please contact the Alpha Micro sales team
for additional technical information such as the AT Commands
Guide.
| 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 |
