1. High quality code and carrier phase observables (carrier sigma:10-15 mm , CCD: 5-15 cm).
2. Baseband algorithms are similar to hardware receivers.
   1. Accuracy is limited by signal bandwidth like in hardware receivers, but not by sampling rate as in most SDR.
   2. All algorithms can be easily translated to FPGA for implementation in mobile devices.
3. RTK capable receiver.
4. Coherent and adaptive tracking algorithms.
5. High level of visualization for parameters of interest.
6. Processing engine can handle 48 channels on general processor CPU to be processed in real time.

・GPS L1・GLONASS L1, L2 (optional)  ・Galileo E1 (optional)  ・BeiDou B1 (optional)

ARAMIS receiver was developed for JAXA and used in the following applications:

* monitoring of ionospheric scintillations

* tightly coupled INS/GNSS.

It applies instant positioning algorithms and methods since 1st version developed for JAXA.

The receiver is capable of RTK positioning

Allows to modify existing or implement custom processing algorithms and methods.

1. Navigation API provides an access to navigation algorithms , raw data and various data outputs.
2. Baseband API provides an access to receiver baseband processor, in particular to acquisition and tracking loops.
3. Front end API provides an access to front end and allows to use it with user applications.
4. Complete source code , including firmware (optional)