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This extreme turnkey solution enables the design of ultra-compact applications. The solution cost requires minimal external BOM and footprint is significantly reduced (less than 40 mm2) compared to conventional PCB technology.
With its ultra-compact QFN package and extended temperature range, the Jupiter SE880 is the perfect platform for high-volume GNSS ultra-compact mobile / tracking devices as well as advanced consumer devices (sport watches, cameras…).
Jupiter SE880 supports assisted ephemeris file injection as well as Satellite Based Augmentation System (SBAS). Jupiter SE880 is also provided with an internal SW engine able to locally predict the ephemeris for three days in advance starting from ephemeris data collected by satellites (external low cost SPI Flash required).<p>
Equipped with a powerful baseband processor, integrated LNA, additional 2.4 GHz filter and Jamming detection/removing feature, Jupiter SE880 provides all the GPS information via NMEA standard protocol on serial interface.
The Jupiter SE880’s advanced 3D technology allows best-in-class sensitivity also when coupled with passive antennas and guarantees better performance’s stability in the operating temperature range compared to conventional PCB technology.
The Jupiter SE880's manufacturing method is eco-friedly saving over 15 % water and electricity and produce less toxic wastes.
Telit Jupiter SE880 bundled with a Telit cellular module represents the ideal Wireless+GPS solution in terms of total cost effectiveness, footprint solution, integration and time-to-market readiness.
As a part of Telit’s corporate policy of environmental protection, all Telit products comply with the RoHS (Restriction of Hazardous Substances) directive of the European Union (EU Directive 2002/95/EG).
|Dimensions:||4.7 x 4.7 x 1.4 mm|
|34-pad QFN package, requiring only 2 Layer PCB|
|Frequency Band:||GPS L1 Band, C/A Code|
|48 Channel GPS architecture|
|Sensitivity:||Acquistion: 148 dBm
Navigation: 163 dBm
Tracking: 165 dBm
|Power supply:||1.8 V|
|Positional Accuracy (CEP50):||Autonomous Positional Error < 1.8 m|
|Accuracy:||Spped: < 0.01 m/s
Heading: < 0.01 deg
|Time to First Fix (90% @ - 130 dBm)||Hot Start: 1 s
Cold Start: < 35 s
|Current consuption:||Hibernate Mode current: 14 uA
Low power mode (Tracking 1 Hz): 10 mA
Average full power tracking in LDO mode: 35 mA
Average full power tracking in switcher mode: 28 mA
|Temperature Range:||Operating temperature: -40 to +85°C
Storage temperature: -40 to +85°C
|Direct couple to passive antenna|
|1 SV Fast Time Setting|
|Internal LDO and Switcher mode|
|EGNOS, WAAS, GAGAN and MSAS capability embedded with correction of positional errors due to ionospheric and orbital disturbances|
|Micro Power Management mode maintaining HOT Start conditions with average of 50 - 500 uA current consuption|