Tag: GPS

David Johnson-Davies designed a GPS module that decodes the NMEA sentences on ATtiny841, and this also runs the I2C slave routine. He writes: This is a compact GPS module with an I2C interface, making it easy to read the GPS parameters from another project without needing to worry...

Michael Krumpus designed and built a SAMD21 development board with LoRa radio module and GPS receiver, that is available on GitHub: I’ve been doing some LoRa projects lately in order to learn as much as I can about this exciting new radio technology (see this LoRa mesh networking...

Reutlingen/Munich, Germany – At electronica Munich, Bosch Sensortec announces the BHI160BP, the industry’s first Position Tracking Smart Sensor that utilizes integrated inertial sensors to improve GPS location tracking. Always-on position tracking When used with a GPS or GNSS...

STMicroelectronics lunched the first GNSS module (Global Navigation Satellite System) with the name Teseo-LIV3F. The module is interesting because it contains some cool features. The GNSS module supports GPS, Galileo, GLONASS, QZSS and also BeiDou.  The dimension of module is 9.7 x...

This project describes a simple GPS module which you can interface to via I2C. It uses an ATtiny841. David Johnson-Davies writes: Incorporating GPS into a project is quite daunting. First you have to parse the NMEA sentences from the GPS module you're using, and then if you're doing...

SODAQ wants to provide you with the tools to build for the estimated 25 billion Internet of Things by 2020 using their set of Cellular IoT suite called SODAQ SARA Family. Several industriy analysts have claimed that we will have 100 billion IoT devices connected and in circulation by...

This is the third generation of our succesful SODAQ ONE board. It is equipped with a solar charge controller and runs on a LiPo or a permanent battery. It has the Ublox Eva 8M GPS module which is not only miniature but with it's assisted GPS feature it can get a fix within seconds....

You’re in a crowded street with many high buildings around you and you find your car position on Google maps is wrong. That’s usual, right? This is caused from (fake/distorted) GPS signals reflected from the high buildings around you which make your GPS receiver do some wrong...