The communication modules running in the standard GPS.
GPS NEO-7M module on the board with installed goldpin connectors. When used, supports 56 channels, it works with a voltage from 3.3 V to 5 V, it communicates via the UART (TX, RX) interface and the refresh rate is up to 5 Hz.
Cap for Arduino with SIM808 system which allows you to send text messages, create links in a GSM network, GPRS data transfer and reading of GPS position. Communication via serial interface UART (RX, TX) using AT commands, the kit includes GPS antenna, power adapter and microUSB cable.
Cap adjusted to the GPIO connectors for Raspberry Pi 3 / 2 / Zero / Zero, which provides connection through standard GSM, GPRS, GPS and Bluetooth. Allows voice chat, to send sms messages. On the Board are: connector for SIM card, microUSB slot, 3.5 mm jack connector, place for battery and antenna connector u.FL.
GPS and GSM module is designed for tracking children, elders, valuable items, etc. It sends the location to the server from where they can be downloaded using the application, SMS, etc. Battery life lasts, approximately, 40 days. Locator in white color.
Shield for Raspberry Pi that allows you to send text messages and create calls in the GSM network. It also has a GPS module. It supports LTE CAT4 up to 150 Mbps. It communicates via serial interface UART (RX, TX) using the AT command.
A GPS module, MTK3339 on the Board with the goldpin connectors (the light in the kit for self-Assembly). The graphics system can track up to 22 satellites working voltage from 3.0 V to 5.5 V, has Flash memory, the update frequency is 10 Hz.
Module for adding a read of the position and time from the GPS system in the smart clothing system from Adafruit Flora. Applied MTK3339 chip has the RTC system with the ability to attach the holder with the battery sustaining power.
Expansion board for modules WiPy, SiPy and LoPy with exact system GNSS + GLONASS, GPS and 3-axis accelerometer. In addition, it has a microUSB connector, JST 2.0 mm for lipol battery and a slot for memory cards microSD. Module dimensions 55 x 35 x 10 mm.
Board is a combination of Leonardo with SIM808 GSM, GPRS and GPS. It features ATmega32u4 microcontroller and it has 20 digital inputs/outputs, 7 PWM channels, 12 analog inputs, as well as popular communication interfaces. Built-in system of a Lipol battery charger allows you to use the devices in portable projects. The module is ideal for a...
SAM-M8Q is a highly accurate, miniature board with 72-channel GNSS receiver that can receive signals from GPS, GLONASS, BeiDou and Galileo. It communicates using SPI / I2C or UART. It has the Qwiic connector. The supply voltage is 3.3 V.
Module from the Feather family is equipped with a GPS system. It can track 22 satellites, is working with a voltage from 3.0 V to 5.5 V, the frequency of the update is 10 Hz. It has a real time clock RTC, as well as the possibility of backup power from the battery.
The module for the localization based on technology of UWB (Ultra-wideband). It is designed for locating people and objects inside the building. The accuracy is about. 10 cm. It works in the IEEE 802.15.4a and the frequency is from 3.5 GHz to 6.5 GHz. The maximum radius of action is equal to 290 meters.
GPS and GSM module is designed to track vehicles, packages, luggage, valuable things. It sends data of the location to the server, from where they can be obtained with the use of app, SMS messages, etc. The working time on the battery is approximately 90 days. The device is attached to the magnet.
Shield for Raspberry Pi that allows you to send text messages and create calls in the GSM network. It also has a GPS and LTE module. It communicates via serial interface UART (RX, TX) using the AT commands.
Shield for Arduino, which allows you to send text messages and create connections in the GSM network. It also has GPS and LTE, as well as sensor BME280. It communicates via serial interface UART (RX, TX) using the AT commands.
Shield for Arduino module which allows you to send text messages and create calls in the GSM network. It is also equipped with GPS and LTE module. It communicates via UART interface (RX, TX) using the AT commands.
Prototype module based on the GSM MediaTek Aster MT2502 with chipset of wi-fi and Bluetooth MT5931, and GPS MT3332. Equipped with a processor with a frequency of 260 MHz, 16 MB of Flash memory, 4 MB of RAM, microSD slot and wi-fi 802.11 b/g/n. The module is compatible with Arduino and you can program it using the Arduino IDE software.
Shield for Arduino with a GPS module and a slot for micro SD card. It can be used as a data logger that has an internal antenna and a connector for an external version. It works with both the Arduino Uno and Leonardo.
Do you want to know where your Raspberry Pi is at any time of the day or night? This shield allows you to read the actual time and position with a frequency of 10 Hz using a GPS and RTC system. The connectors are suitable for Raspberry Pi, version A+, B+ and 2 B.
The module allows to receive and send short messages anywhere in the world, even without wi-fi or GSM connection. The heart of the system is a satellite modem Iridium 9602. The device operates with a voltage of 5 V, it communicates via the UART (RX, TX) interface.
GPS module based on the Queltec L70 system. The applied system can track up to 22 satellites, it operates with a supply voltage from 3.3 V to 6 V. The board also has the Cortex M0 Kinetis KL02 microcontroller with 32 KB of Flash memory, 4 KB o f SRAM. Board sizes: 25.4 mm x 20.3 mm.
Extension for Onion Omega2 with module GPS, which works with accuracy up to 1.8 m with 66 channels and a sensitivity of165 dBm. The update frequency is 10 Hz. The system communicates via USB port, it also requires a device type dock with a USB connector.
Shield for Arduino with a GPS 10 Hz module and a slot for micro SD card. It can be used as a data logger that has an internal antenna and place for the 12 mm round battery. It communicates via UART (RX, TX) and SPI interface.
The GPS receiver module based on the chipset uBlox of 7-th generation with frequency of tracking -162 dBm and only 29-second cold start. Communication is via the serial TTL interface. It is powered with the voltage from 3.3 V to 5 V.
GPS is currently the most popular navigation system in the world. It facilitates drive, travel, visit new places, cities, and even often allows you to find lost or stolen equipment, which will be informed associated with a receiver intercepting a GPS signal is not a difficult task, and more and more companies provides its products to this type of functionality in case of loss of phone, laptop or other devices using the navigation module. You can also use items such as universal locators GPS/GSM/Bluetooth – we also have a range that works inside the building.
To the naked eye, how many applications has the GPS module, so for complex structures based on Arduino, Raspberry or other minikomputerach, you should use it at least to protect from loss or theft. Modules and GPS receivers, are increasingly installed in cars, buses and trains to accurately determine their position and to indicate the possible delay time is a very useful feature for people living in big cities where public transport sometimes have to deal with zakorkowanymi the streets.
Fans of robotics have to know the capabilities of the GPS navigation in the end probably use them in almost all their projects. Why should you equip a drone, a robot or a RC model based on Arduino GPS module? Because one mistake in the program design or poor assessment of opportunities may result in loss of signal and control the robot when the drones were not yet so advanced technologically, as now, such situations arise quite often