We now supply external GNSS antenna (SMA interface) for SIM5360 cellular module when you order Freematics ONE+. Using SIM5360’s internal GNSS is more cost-effective than standalone M8030 solution when 1Hz update rate and slightly longer satellite locking time are acceptable.
Some release notes.
- Binaries are built and tested on Ubuntu Linux 17.04
- Electron is contained and used as GUI engine
- Port 8080 and 8081 are used for TCP and UDP by default
- You may need to make privilege settings if not run as root
- Data is stored in data directory by default
- GUI and server are launched together by run.sh shell script
To download or learn more, please head for the page of Freematics Hub.
We are working intensively on the next generation of Freematics ONE (namely Freematics ONE+) with Espressif ESP32 as main controller which boosts the device with 240Mhz dual core processing power, 520KB RAM, 16MB flash as well as WIFI and BLE connectivity. 2G and 3G modules are still plug-in as xBee module. There will be integrated GPS receiver while the socket for external GPS receiver is still kept and can be programmatically configured for generic digital/analog I/O as well. This will truly make the vehicle data logger the Swiss army knife for vehicle telematics project. Stay tuned!
MegaLoggerHD is a reworked version of MegaLogger which targets at the new Telematics Shield with 3.5″ LCD of 480×320 resolution designed for our OBD-II Telematics Advanced Kit. It supports both Freematics OBD-II I2C Adapter and UART Adapter V2 (by switching in config.h). The code has just been committed to github. This is the initial revision. Subsequent improvements will be followed.
Freematics OBD-II Emulator GUI updated with newly added control interface for OBD Readiness Monitors which allows you to control what kind of OBD readiness results your OBD-II device can fetch from Freematics OBD-II Emulator.