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  • The Jupiter SE873Q5 is a multi-constellation GNSS receiver packaged in a 7 x 7 x 1.85 mm QFN-like package with embedded SQI Flash memory, integrated LNA and new low power supply.

    The SE873Q5 was designed to be fully backward compatible with the SE873, delivering 20% power saving compared to the SE873 as well as improved RF sensitivity.

    The Jupiter SE873Q5 supports the entire GNSS spectrum: GPS, Glonass, and Beidou and is Galileo ready. It delivers simultaneous tracking of GPS+Galileo and Glonass or GPS+Galileo and Beidou.Navigation data is delivered using NMEA protocol or OSP binary through a standard UART port. Alternatively, SPI or I2C can be used in place of the UART (shared pins).

    The SE873Q53 supports ephemeris file injection (A-GPS) as well as Satellite Based Augmentation System (SBAS) to increase position accuracy. Both Server generated and Client generated extended ephemeris are supported by default and stored in the internal Flash memory.

    The tiny size and the low power consumption make the SE873Q5 an ideal platform for wearable applications and other solutions with stringent component footprint requirements.

    SE873Q5 Datasheet

  • The Jupiter SL869-3DR is a new representative of the SL869 module family equipped with Telit MEMS-only Dead Reckoning software, internal 7-DOF (degrees of freedom) MEMS: 6-axis inertial sensor (3 axis accelerometer , 3 gyroscope) and pressure sensor with a powerful GNSS core. The SL869-3DR provides the host application with accurate estimates of PVT solution by combining speed and heading sensor data coming from the internal MEMS sensor, the wheel tick input is not mandatory. This makes the SL869-3DR the perfect solution for high accuracy applications that, for whatever reason, cannot be plugged to vehicle’s sensors.

    SL869-3DR Datasheet

  • The WE922-3GR and HE922-3GR allow you to add the user-friendliness of a tablet to your next Internet of things device (IoT). They are the world’s first hybrid IoT modules that combine 3G Cellular, Wi-Fi, Bluetooth and GNSS into a single package. The HE922-3GR and WE922-3GR smart modules are also the first to use the Intel® Atom™ x3 SoC Processor technology with a 64-bit, quad-core processing engine and comprehensive I/O resources. With the functionality and integration resources in these compact sized modules, developers can implement a user-friendly, touch-screen equipped IoT connected device prototype in a matter of weeks.

    WE922-3GR HE922-3GR Datasheet

  • The LE922A6 product series deliver high speed data rates for deployment in the fastest LTE cellular 4G networks up to 300 Mpbs downlink and 50Mbps in uplink.

    These modules are therefore particularly well-suited, but not limited, to those devices that have extremely high data throughput requirements, such as mobile broadband gateways and routers, taking the benefit of the most advanced 3GPP Release 10 LTE connectivity in one of the following configurations:

    • Back up connectivity when primary wire line internet connections are not available, ensuring seamless connectivity to the end users
    • Hybrid connectivity combining DSL and LTE data stream to enhance data rate
    • Mobile hotspots with MiFi connectivity

    The LE922A6 products are optimized for LTE Cat 6 high throughput, supporting MIMO and LTE Advanced carrier aggregation capabilities.

    In addition, for voice applications, specific models support integrated enhanced VoLTE based services and IMS solutions with SRVCC over 3G for seamless voice continuity dur-ing mobility.

    LE922A6 Datasheet