Module AirPrime XM1110

Module MtoM Multi-GNSS : GPS | GLONASS | GALILEO | BeiDou

AirPrime XM1110 : Un module MtoM Multi-GNSS

 

Les caractéristiques du module MtoM AirPrime XM1110 offre une multitude d’avantages : faibles dimensions, faibles consommations, haute-qualité et performances font de ce module un élément incontournable pour vos développements où la consommation, l’encombrement et la compatibilité sur les réseaux mondiaux sont nécessaires.

Le AirPrime XM1110 est un module sans fil embarqué de qualité industrielle qui fournit la connectivité de données Mutli-GNSS.

 

Spécifications Techniques

RF SPECIFICATIONS Frequency Bands GPS L1, GLONASS L1, QZSS L1, SBAS L1, BEIDOU B1, GALILEO E1
LOCATION SERVICES Satellite Systems GPS+Glonass, GPS+BeiDou, GPS+Galileo, GPS+Glonass+Galileo  A-GPS EPO in flash™ 7-14 days ephemeris  Anti-Jamming 12 multi-tone interference canceler  Positioning Accuracy Typical <3.0 m, SBAS < 2.5 m  Timing Accuracy (1 PPS) ±20 ns  Tracking Sensitivity – 165 dBm
INTERFACES UART 1  I2C 1  Max Update Rate 10 Hz  SPI 1  RTCM 1
CONTROL OPTIONS APIs, AT Commands Sierra custom SDK commands for additional GNSS configuration
HARDWARE Dimensions 9×9.5×2.1mm  Temperature Range Industrial Grade: -40°C / +85°C  Built-in Components TCXO, RTC Crystal, Additional LNA, SMPS, Additional SAW-Filter, Embedded Flash
POWER Power Voltage 3.0V to 4.3V (Supply Voltage), 2.0V to 4.3V (Backup Supply)  Power Tracking As low as 23 mA  GLP Low Power Tracking As low as 7 mA  Standby Mode 350 uA

 

Bénéfices

Enhanced Positioning
Improve accuracy and time-to-fix with A-GPS, SBAS and EASY™
Anti-Jamming
Active interference cancellation with automatic detection and removal
Ultra-Low Power Mode
Reduce active tracking power consumption by up to 50% with GLP™
Programmability
15+ SDK commands to change default GNSS behavior and enable extended features
Fully Integrated
Built-in RTC Crystal, TCXO, SMPS, additional LNA and additional SAW-filter for best-in-class performance
Industrial-grade
Tested for harsh environments and extreme temperatures
Multi-Interface
Option of using I2C or SPI instead for UART for communication and control