Enjoy a simpler field work. Spend less time measuring.
Faster process, better quality, without any software purchase.
Go beyond current softwares limitations.
For traverse or RTK base
station coordinates computation
To get the MMS trajectory
without any pivots
To locate precisely the sensors and monitor their motion
Our innovative products are conceived to have an adaptability level the current wide-scope solutions would not reach.
You can run processing jobs all over Europe on multi-GNSS raw data for time span from 2010 to today to a maximum rate of 10 Hz.
Stop using GNSS pivots and go for virtual reference stations. Create as many as required, wherever they’re required. Allow your material and human resources somewhere else !
Thanks to our high-quality geodetic algorithms, get precise coordinates even within a low CORS-density area.
You have no choice but record a short session instead of a long one as the state-of-the-art requests ? Our high-quality virtual RINEX files make most part of the job. You can use them to get precise coordinates even with short observations range !
Set virtual reference stations to simulate a balanced CORS network around your points network. Shorten your measuring time !
A smart use of the virtual RINEX files is to pretend to have a CORS right on the working area. Then, compute a baseline to a single-band receiver takes much less efforts, wherever the receiver is !
Looking for a RINEX specialist ?
A RINEX file contains satellites raw data. It is output by GNSS receivers (GNSS : Global Navigation Satellite System). RINEX is actually the standardized format, a RINEX file being a file respecting this format. In the file, for each recorded epoch, there is a list of the available observables value, especially the code and phase value, for every tracked satellite at the recording time. Those values are used as distances between the satellite and the receiver.
The raw data written in a RINEX file can be used for several tasks, such as coordinates computation, ionospheric or tropospheric activity surveys, GNSS antennas calibration, and more. To learn more on the topic, FB SOLUTIONS recommends the official documentation.
A RINEX file is called virtual when raw data have not been really measured by a receiver but have been computed. The virtual data are derived from surrounding CORS observations thanks to interpolation methods. GNSS signals can be estimated anywhere within a CORS network. It is then possible to simulate a CORS right on your working location !
It is so much easier to make a precise georeferencing of your GNSS receiver. The baseline between reference station and rover is as short as possible. So the minimal amount of required raw data goes to its lowest level. You can even get precise coordinates of a single-band receiver, which is hard in most cases.
Pivots become useless. Why would you set a GNSS receiver and an operator to this task when you can have the same result with a virtual RINEX file ? Failures or thefts can also occur. Just set freely every virtual pivots you need for your operation. They can even be set indoors or at a drone height.
We propose to accompany you on your projects requiring the use of RINEX.
To quickly meet your needs. We charge you proportionally to the amount of data to be processed or computed.
Set the amount of data you’ll process or compute for the next 12 months, we’ll make the rest. Flexibility guaranteed.
You have a specific RINEX-related request and it needs a dedicated processing tool. Let‘s develop it for you !
We are committed to the Geopositionnement commission, part of CNIG, the French institution dealing with Geographic Information at a national level.
The commission hosts working groups gathering experts from IGN – National Geographic Institute, SHOM – National Hydrographic Service, public services, worldwide companies, and more.
Need something that rely on RINEX files ? Your project is about precise geodetic referencing and you are looking for a RINEX files specialist ? The FB SOLUTIONS team is here for you. Please contact us to explain what you need.