First of all, the forum wont allow me to post on Freematics Hardware, as it kept logged me out whenever i wanted to post.
I have purchased Freematics ONE+H and load it with telelogger.ino via IDE.
1. I tried to use GNSS_STANDALONE, however when i check the buffer buf, this is the following string:
$GNIFO,000000,00000000,0,0,0,0,0,0,9999*C7
�P'�?�0�? @?�����*?�0�? ��
�p'�?���?
2. I tried to use GNSS_CELLULAR and check the buffer after sending atcommands to SIM7070, and it returns the following result when i check the m_buffer received:
+CGNSINF: 0,,,,,,,,,,,,,,,,,
Please help why all the gps module are not working properly.
Note that i have supplied the module to 12V with my variable power supply.
Freematics ONE+H GPS Not Working and data cell not stable
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- Posts: 1
- Joined: Thu Dec 14, 2023 1:53 pm
Re: Freematics ONE+H GPS Not Working and data cell not stable
I'm going with the exact same issue. There is an endless cycle of "Searching" and "Activating" on the Freematics ONE+ (Model B). I either use Freematics Builder (firmware v5\teleloger) or leave the APN field empty in the configuration.h or Builder: is inoperable.
Re: Freematics ONE+H GPS Not Working and data cell not stable
Are you using the latest code? Please provide your serial output.
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- Posts: 3
- Joined: Tue Aug 06, 2024 11:38 am
Re: Freematics ONE+H GPS Not Working and data cell not stable
It sounds like you're encountering issues with both the GPS and cellular modules on your Freematics ONE+H device. The GPS data string you provided looks corrupted.fireboy and watergirl This could be due to several reasons:
Baud Rate Mismatch: Ensure that the baud rate settings for the GNSS module match those in your code. The typical baud rate for GNSS modules is 9600 or 115200.
Antenna Connection: Ensure that the GPS antenna is properly connected and positioned to receive signals.
Firmware and Initialization: Make sure the GPS module's firmware is up to date and that it is properly initialized in your code.
Baud Rate Mismatch: Ensure that the baud rate settings for the GNSS module match those in your code. The typical baud rate for GNSS modules is 9600 or 115200.
Antenna Connection: Ensure that the GPS antenna is properly connected and positioned to receive signals.
Firmware and Initialization: Make sure the GPS module's firmware is up to date and that it is properly initialized in your code.