GP-GL

Onboard GPS/GLONASS navigation receivers (GP-GL)

NAUDEQ is ready to develop and to deliver you:

The systems and synchronization means with accuracy are not worse 10 ms for ground and space complexes, including for communication and telecommunications systems;
Onboard space, plane, ship and ground quantum standards of frequency and time of various classes of accuracy for atom-beam pipe, rubidium gas cells and hydrogen generators;
Ground, plane and ship equipment of the consumers working on signals RNS "Chayka", "Loran", "Alfa", and SRNS GLONASS/GPS including working in a differential mode;
Equipment for creation of differential GLONASS/GPS systems;
Navigational-coherent complexes of vessels management on the basis of navigating gauges GLONASS/GPS;
The equipment of measurement frequency and spectral characteristics of sources is high of stable frequency;
Equipment of meteoric communication of high reliability and raised reserve with range of action up to 2000 km.;
Equipment for synchronization for digital transfer data systems with use of the various standards of frequency and GLONASS/GPS signals;
Equipment for modernization of transmitting station of radionavigation systems "Loran-C"/"Chayka" with the purpose to realize transfer control-adjusting information of a differential GLONASS/GPS subsystem (analogue of EUROFIX system);
Equipment for completion of transmitting stations over LF wave phase radionavigation system "Alfa" with the purpose of transfer coherent information;
Station of monitoring for a prediction of earthquakes and anomalies, distributing radio waves caused ionosphere and technogen by human activity.

GP-GL MT-102

GP-GL MT-201

GP-GL MT-102 and GP-GL MT-201 are the ship reception equipment using the satellite radionavigation system (SRNS) GLONASS, GPS, WAAS, EGNOS with the channel of reception and processing of the differential amendments of average wave radio beacons, is intended to increase the safety navigation. The equipment is developed for sea and river vessels, which speed does not exceed 50 knots.

Simultaneous use of signals from two Global Navigating Satellite Systems, allows to avoid "dead zones" (absence of satellites in a sure reception signal zone) - you will always know precisely site. Besides, the amplifier of satellite signals allows to be guided even on weak signals.

GP-GL AK-161 - the small-sized reception base module completely corresponds to modern requirements of the market and allows with a peak efficiency to use opportunities of global navigating satellite systems GLONASS and GPS. Is applied in marine, air and land navigating systems, and also for the synchronization of coherent and telecommunication systems.

16 universal channels of signals reception are more than enough for the majority of users. A combination of cost of the module and its characteristics, low power consumption are the obvious advantages in front of other similar devices.

The definition mode of the frequency - temporary characteristics in a point with known coordinates allows to use the AK-161 module as a synchronizer for a communication and telecommunications facility.

The module provides differential correction of the received data (RTCM) and completely supports created now systems WAAS and EGNOS, called to supply differential accuracy a place of definition without binding to removed stations.

SCUTUM 10 is a system intended for scheduling and monitoring the vessels using SRNS GLONASS, GPS, WAAS, EGNOS and marine communication channels, that deduces it on a qualitatively new level of reliability and definition of accuracy of driven objects in comparison with earlier similar systems.

The system provides:

Continuous monitoring of a vessel site, speed and course of its movement, and also its technical condition;
Display of vessel position in sea and in ports with the help of electronic navigation cartographic system;
Automatic documenting and archiving of the received and transmitted information.

Distinctive feature of development spent by NAUDEQ is our high adaptation to the customer's requirements and openness for integration with other systems.

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