Frequently Asked IoT Module Questions

The heading angle of GNSS modules is typically in the range of 0 to 359 degrees. However, the MS34SN3 model has a range of -128 to 128 degrees.

Time2023-07-21

"PPP" refers to using satellite signals as differential input signals to achieve higher accuracy.

Currently, the chip we are using does not support this feature.

The heading angle of GNSS modules is typically in the range of 0 to 359 degrees. However, the MS34SN3 model has a range of -128 to 128 degrees.

Time2023-07-21

"PPP" refers to using satellite signals as differential input signals to achieve higher accuracy.

Currently, the chip we are using does not support this feature.

Why is there no time output before the GNSS module is positioned?

Time2023-07-21

Why is there no time output before the GNSS module is positioned?

Time2023-07-21

Why is there no time output before the GNSS module is positioned?

Time2023-07-21

Why is there no time output before the GNSS module is positioned?

Time2023-07-21

How accurate can GNSS modules determine latitude and longitude?

Time2023-07-21

The accuracy of GNSS modules in determining latitude and longitude is related to the number of decimal places displayed. With six decimal places, the precision is 0.1 meters, and with five decimal places, the precision is 1 meter.

How accurate can GNSS modules determine latitude and longitude?

Time2023-07-21

The accuracy of GNSS modules in determining latitude and longitude is related to the number of decimal places displayed. With six decimal places, the precision is 0.1 meters, and with five decimal places, the precision is 1 meter.