Telit IoT Solutions, Inc. Datasheets for GPS Chips and Modules
GPS chips and modules compare signals from several geo-positioning satellites to determine position on the Earth's surface. GPS is an initialism for global positioning system.
GPS Chips and Modules: Learn more
Product Name | Notes |
---|---|
ATOP 2.5G is Telit’s platform for automotive telematics on-board units (OBU‘s). It simplifies creating applications such as road pricing and eCall by including all required technologies: 2G cellular for voice... | |
Telit Jupiter SE868 V2 is a hybrid positioning system that combines GPS, GLONASS, and SBAS to provide a high performance position reporting and navigation solution. The SE868 V2 can navigate... | |
The ATOP 3.5G is the new Telit platform for automotive telematics on-board units (OBU-s). It simplifies creating applications such as road pricing and eCall by integrating all required technologies, including:... | |
The dual-band 800/1900 MHz CDMA/1xRTT CC864-DUAL module is designed for mid-volume industrial and commercial applications requiring a compact package and a board-to-board connector. It is equipped with a 12-channel standalone... | |
The GE910-GNSS is a competitively priced GSM | GPRS & GNSS combined solution that supports both GPS and GLONASS location. The GE910 Series is designed to be fully compatible with... | |
The GE910-QUAD AUTO is the automotive grade member of the GE910 GPRS product series. Developed and manufactured according to ISO TS16949 quality processes, it is targeted at the most demanding... | |
The JF2 offers developers and integrators the smallest, completely integrated GNSS solution for positioning applications based on a 1.8V supply. It is fully interoperable with Telit cellular modules for a... | |
The JN3 is the companion module to JF2. It employs LCC packaging and a 3V power supply and is interoperable with Telit cellular modules providing ready-to-use solution bundles at no... | |
The Jupiter SC872-A is a multi-constellation smart GNSS module with embedded 20 x 20 mm antenna. The SC872-A is packaged in a 21 x 22 mm double side PCB with... | |
The Jupiter SE868-A is the representative of a new multiconstellation GNSS module family with embedded highperforming SMT antenna. The SE868-A is packaged in a 11 x 11 mm “cavity like” | |
The Jupiter SE880 is Telit's ultra-compact GPS receiver module for applications in the commercial, industrial, and consumer segments including wearable and handheld devices. The miniature 4.7x4.7mm QFN (Quad-Flat No-leads), SiRFstarIVTM-based... | |
The Jupiter SL869 V2 is a member of the SL869 family based on the low-power Mediatek MT3333. It features easy integration and superior battery-life performance.The receiver is designed for applications... | |
The Jupiter SL869 V2S is a GPS module based on the lowpower consumption Mediatek MT3337 core. SL869 V2S shares the classic SL869’s 12.2 x 16 mm form factor and has... | |
The Jupiter SL869-DR is a variant of the SL869 equipped with Dead Reckoning software and dedicated I/Os to connect the external sensors required to continuously compute and output a reliable... | |
The Jupiter SL871 is the representative of a new multiconstellation GNSS module family in the Telit portfolio aiming to be the ideal solution for battery-life sensitive GNSS applications that do... | |
The Jupiter SL871-S is a new representative of xL871 GNSS module family. The SL871-S is designed to for compliance with GPS and QZSS constellations as well as poin-to-pin compatibility with... | |
The SE868 V3 is a positioning system that combines GPS, GLONASS, Beidou, Galileo, and SBAS to provide a high performance position reporting and navigation solution. The SE868 V3 can navigate... | |
The SE868-AS is a GPS Smart antenna module featuring an embedded antenna with an optimized RF path and standard SMT mounting. The SE868-AS features an 11 x 11 mm QFN... | |
The SL869 offers the best multi-constellation coverage solution in the same form factor and pin-out as the Jupiter JN3 family. It can therefore function as a top-level, drop-in replacement at... |