Navigation Receivers

PODRIX is a high-performance GNSS receiver. It offers real-time navigation with an accuracy of below 20cm, Precise Orbit Determination (POD) with a few centimeters of accuracy, and optional Precise Point Positioning (PPP) without a subscription fee.

PODRIX also features advanced Kalman filtering for superior navigation performance. Its flexible acquisition and tracking concept allows dual-frequency signal processing of up to 18 satellites or single frequency signal processing of up to 24 satellites, making it adaptable to a wide range of mission requirements.

PODRIX is a lightweight and energy-efficient solution. It features an advanced RF front-end with improved gain and multipath suppression performance, internal LNAs, and a selective RF filter and low-noise amplifier. 

PODRIX can monitor the long-term drift of an external ultra-stable oscillator (USO), which can be used to further improve the accuracy of POD and PPP solutions.

LEORIX is a multi-constellation single-frequency GNSS receiver. It features GPS and GALILEO reception, providing excellent on-board real-time navigation with an accuracy of below one meter.

Advanced Kalman filtering and single-frequency ionospheric correction enable high on-board navigation performance. A flexible acquisition and tracking concept provides single frequency signal processing of up to 12 satellites. 

LEORIX's selective RF-filter and low-noise amplifier significantly improve performance, while its accurate force model-based orbit propagator ensures precise navigation in challenging environments.

LEORIX's configurable data rate per measurement type and autonomous start-mode determination minimize time-to-first-fix, while its powerful parameter interface supports changes in standby and operational mode.

GEORIX is a high-performance, multi-constellation GNSS receiver. With an accuracy of less than 20 meters in GEO, GEORIX sets a new standard for precision on-board real-time navigation.

GEORIX incorporates a GEO-optimized antenna, detached Low Noise Amplifiers (LNAs), and advanced technology such as an accurate force model-based orbit propagator and state-of-the-art Kalman filtering. 

GEORIX offers a flexible acquisition and tracking concept, single-frequency signal processing of up to 12 satellites, a sliding search window for minimized acquisition times, and Doppler-based loop aiding. 

GEORIX is highly configurable and features a powerful parameter interface that supports changes in both standby and operational modes. Additional data products provide excellent visibility of receiver internals.

NavRIX PinPoint, Beyond Gravity's multi-constellation (GPS, GALILEO) multi-frequency GNSS receiver, provides outstanding on-board real-time navigation with an accuracy of below 1 meter (<20 cm with optional Precise Point Positioning (PPP) software). 

With Precise Orbit Determination (POD) based on on-ground post-processed dual-frequency receiver data, a satellite position measurement accuracy of 1 cm can be achieved.

NavRIX PinPoint features a host of advanced technologies, including a PPP algorithm based on subscription-free Galileo High Accuracy Service (Galileo E6 HAS) correction data, internal Low Noise Amplifiers (LNAs), a selective RF-filter and low-noise amplifier for improved performance, an accurate force model-based orbit propagator, and state-of-the-art Kalman filtering. 

NavRIX Integral is a multi-constellation GNSS receiver function integrated into Beyond Gravity's next generation On-Board Computer (cOBC). It delivers exceptional on-board real-time navigation performance with a position accuracy of less than 1 meter.

Seamlessly integrated into the cOBC, NavRIX Integral provides a compact and efficient solution. Sharing GNSS processing resources with the cOBC results in the most compact design and lowest additional mass, with the only external hardware being the antenna. Internal Low Noise Amplifiers (LNAs) further reduce the system footprint.

NavRIX Integral incorporates advanced technologies, including an accurate force model-based orbit propagator and state-of-the-art Kalman filtering. The system also offers a configurable data rate per measurement type and autonomous start-mode determination for minimized time-to-first-fix.

Additional data products provide excellent visibility of receiver internals, while low power consumption makes NavRIX Integral an energy-efficient choice for satellite navigation systems. Internal redundancy further enhances reliability.