Geo++ RINEX Logger APK

Geo++ RINEX Logger  Icon
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3.45/5
6 Ratings
Developer
Geo++ GmbH
Current Version
2.1.6
Date Published
File Size
2.4 MB
Package ID
de.geopp.rinexlogger
Price
$ 0.00
Downloads
2.0K+
Category
Android Apps
Genre
Tools

APK Version History

Version
2.1.6 (66)
Architecture
universal
Release Date
February 26, 2020
Requirement
Android 7.0+
Version
2.1.5 (61)
Architecture
universal
Release Date
February 25, 2020
Requirement
Android 7.0+
Version
2.1.4 (60)
Architecture
universal
Release Date
February 25, 2020
Requirement
Android 7.0+
Version
2.1.3 (59)
Architecture
universal
Release Date
February 25, 2020
Requirement
Android 7.0+
Version
2.1.2 (52)
Architecture
universal
Release Date
February 25, 2020
Requirement
Android 7.0+
  • Geo++ RINEX Logger Screenshot
  • Geo++ RINEX Logger Screenshot
  • Geo++ RINEX Logger Screenshot
  • Geo++ RINEX Logger Screenshot

About Radio FM 90s

Geo++ RINEX Logger uses the most recent Android API services to log your device's raw GNSS measurement data into a RINEX file including pseudoranges, accumulated delta ranges, doppler frequencies and noise values. So far, it supports GPS/GLONASS/GALILEO/BDS/QZSS for L1/L5/E1B/E1C/E5A (as supported by the device) and has been successfully tested on many devices.

So far, we were able to achieve fixes for L1/L5 in a zero baseline setup.

For more information on supported devices, please refer to the official Android site for raw GNSS measurements:

https://developer.android.com/guide/topics/sensors/gnss.html

The Geo++ RINEX Logger generates file names according to the current hour and date of year and will append data if the file already exists. If you wish to log separate files within the same hour, please move or rename the most recent file first before you start the next session. The files are stored in the "Geopp_RINEX_Logger" directory inside the root directory of your internal storage.

We highly appreciate all kinds of feedback like suggestions for improvements or bug reports. Enjoy!

What's New in this version

· Improved carrier phase handling for the Pixel 4 and general measurement validation rules for Galileo.