EN
next-generation GNSS receivers
OSR series
mobile | reference | control
Innovative Engineering - Made in Germany
Ouer precise GNSS receivers
OSR series
OSR mobil OSR reference
Our new development OSR mobile is a so-called Smart antenna with a com- Our OSR (open source receiver) is the fi rst programmable reference station
pletely new concept. The inductive rapid charging of the batteries, the robust receiver in the world and designed for your CORS network with all important
workmanship and the absolutely low power consumption stand for this new features, like a web interface, Linux or Window OS, streaming data and lots of
technology - Made in Germany. memory (64GB per receiver). The OSR reference has optimal power flexibility
for external power input as well as internal battery backup. In a reference re-
Even under the most difficult conditions, we have battery life of more than 8
ceiver configuration, the OSR-Receiver delivers up to fourteen hours operation
hours. Our intelligent management ensures careful use of the valuable batte-
from the internal battery.
ry resource and thus a long service life.
The OSR reference is compatible with every CORS software in the world. De-
With a smartphone you have full access to all functions of the OSR mobile
signed to meet the future.
at all times, with fast and modern WLAN and Bluetooth you have wireless
communication options. Our OSR reference receives the GNSS signals from Galileo, GPS, GLONASS and
Galileo. The robust design, the low power consumption and the unique possi-
The OSR mobile can be used as a reference station and also as a rover. All
bility of optional expansion with external instruments (e.g. weather stations)
standard interfaces are available (e.g. NTRP, RTCM, RINEX). Of course we work
make the OSR reference receivers unique.
with multi-frequency data from Galileo, GPS, GLONASS and Beidou. The use
of the OSR mobile in the moving baseline procedure is also possible.
OSR contol OSR twin control
The OSR control is our versatile receiver. It is designed for use as a mobile Our OSR twin control is the extension to receive two GNSS positions simulta-
receiver in machine control applications in the construction industry and in neously. He can as s.g. Heading receivers can be used, as well as receivers with
agriculture. The OSR control is used to monitor buildings and can be used for two independent positions. Of course, an IMU is also installed here, which is
deformation analysis of dams. The built-in IMU allows additional applications freely configurable and its data is freely accessible to every user, as with all
and makes the OSR control a powerful GNSS receiver. receivers in the OSR series. The OSR twin control can optionally be expanded
with batteries and a radio modem. This means that it can be flexibly configu-
The OSR control can be equipped with internal batteries with a battery life of
red for all areas of application.
up to 20 hours.
The OSR twin control also receives and processes the signals from all satellite
Signals from all satellite navigation systems (Galileo, GPS, GLONASS and Bei-
navigation systems (Galileo, GPS, GLONASS and Beidou). The same housing
dou) are received and processed. Our robust housing allows use in extreme
concept is used here as with the OSR control, which is suitable for all environ-
environments with high acceleration, strong vibrations and high exposure to
mental conditions.
environmental influences.
Optionally, an extension to three antenna connections is possible.
Technical Data Web interface - functions and protocols
Our OSR (open source receiver) series are equipped with a LINUX operating system. Access to that Operating system
will be activated free of charge on request. After switching on again, the receiver also starts the last configuration.
GPS L1C/A L2C
GLONASS L1OF L2OF These protocols are available by default: NTRIP, NMEA, RTCM 3.3, RINEX and OSRP raw data as Data logging and
GNSS Parameter
Beidou B1I B2I over TCPIP ports.
Galileo E1B/C E5B
RTK configuration 20 Hz
Cold start ??? 20 sec
PVT: General displays like time, RTK mode, PDOP, Out- Raw Data Record: Raw data recording.
put Interval (1 to 20 Hz), Position in ECEF, Lat, Lon,
Warm start ??? 2 sec RTK Config: Including configuration of base or rover,
ETRS89 speed and received satellites.
coordinate system, elevation mask, signal level and
RTK accuracy < 1 cm Geoid: A geoid model can be stored here. accuracy.
NTrip: An NTRIP client can be configured here. Log Messages: Setting of 24 parameters and Error
Postprocessing < 2 mm messages included in a daily log to be written.
IMU: IMU configuration and calibration. Measure-
Time pulse 0,25 Hz bis 10 MHz ment of acceleration, angular velocities, temperature, Info: System information such as the last log file that
6 axis sensors. Accuracy 0.004° per sec and Resolution Entries, last boot and firmware version.
0.00006g.
Hardware Integrated IMU free configurable Explorer: interface for copying and deleting Data.
Satellites: Information about the receiving satellites
Connetions: Display and configuration of the ports, as
SD card 32 GB such as azimuth, elevation, signal strength and status.
well as the settings for FTP and SFTP.
Satellites History: Number of satellites connected to
GSM modul LTE Maintenance: System information on processor per-
time interval.
formance, Memory usage, processor temperature and
USV 6 h, optional 12 h Skyplot: Visual representation of the satellites. board, uninterruptible power supply status, Battery
capacity, setting of maximum sizes the recording fol-
Survey: Simple recording of measuring points.
TNC female antenna connector (back) der, specifying the Users and passwords, firmware up-
OSRP Data Record: Recording of raw and measure- date and restart the system.
Voltage 9 up to 30 volt ment data in the Jason-based data format.
RINEX Data Record: Configuration of the recording of
USB C 2 different data rates. It will zip and Hatanaka com-
Ports RS 232 serial pression with RINEX 2 and 3 support.
ethernet port
Consumption < 3,5 watt (including antennas)
Operating temperatur -45° up to 85° C
Contact
navXperience GmbH
Germany
Querweg 20
13591 Berlin
mobile: + 49 30 375 896 7-0
fax: + 49 30 375 896 7-1
e-mail: info@navXperience.com
www.navXperience.com
