Gps Glonass Gagan Receiver

Listing ID #1218039

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Preferred Buyer Location India only

Stand-alone gps-glonass and sbas(gagan) positioning module high performance correlator for ultra low signal detection and tracking 19mm x 19mm module form factor extremely fast fix times gps-only, glonass-only and gps-glonass position output precise time output traim assures reliable pps common gps and glonass antenna interface with short open circuit protection detection single 3.3v input supply nmea0183 compatible message format and custom binary message for

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Company Details

Navika Electronics is a fabless semiconductor company that designs and manufactures GNSS Chipsets, GNSS Modules (GPS+GLONASS+SBAS) and Reference Designs (Vehicle Tracking Unit, Auto/Taxi Fare Meter, Time and Frequency Module) based on Global Navigation Satellite Systems (GNSS) including GPS, GLONASS, Galileo, IRNSS, SBAS (WAAS, EGNOS, GAGAN). The offerings are targeted for various segments such as Consumer (Tablet, Handheld, PND, PDA), Communication (Software defined Radio, Satellite Terminal, Satellite Radio, wireless base stations time synchronization like WIMAX, LTE, GSM-BTS/BSC, Femtocell , Security (Asset tracking, E-call), Automotive (M2M, vehicle tracking, Auto/Taxi fare meter, vehicle navigation), Industrial (Thermal Imager, Timing solution for smart grid, Railway signaling), Avionics (UAV, MUAV) etc.
Navika Electronics offers RF and digital chips for GNSS applications. GPS, Galileo, SBAS and GLONASS constellations are supported by miniature, highly integrated RF front-ends. In addition, Navika Electronics offers GNSS correlator chip for GPS, GLONASS and QZSS constellations and a digital SOC with GPS-SBAS correlator integrated alongside an ARM7 processing core and several industry standard peripherals (UART, USB, CAN, SPI, I2C, GPIO, Timers etc.). Navika Electronics also offers a single chip GPS-SBAS solution with integrated flash on a compact 8mm x 8mm package.
The GNSS correlator architecture supports parallel acquisition and tracking channels to facilitate fast acquisition and tracking of very weak signals (typically -160dBm).