Applications

Start from the engineering problem.

IP-Solutions combines GNSS signal generation, SDR acquisition, receiver processing and laboratory integration around the required experiment or test method.

Application

Receiver & Equipment Testing

Move difficult field conditions into a repeatable RF laboratory test.

ReGen simulator systems support receiver development, verification, production testing and acceptance procedures with controlled trajectories, constellations, propagation effects and equipment interfaces.

Repeatable static and dynamic RF scenarios
Multi-constellation and multi-frequency signal generation
Error, multipath and interference modelling
HILS, 1PPS, trigger and reference-clock interfaces

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Application

SDR, Algorithms & Signal Research

Work below the position solution, where receiver behaviour is actually determined.

PORTOS provides configurable multi-channel RF acquisition and recorded DIF; ARAMIS exposes correlator data, observables and processing interfaces for acquisition, tracking, navigation and customer-specific algorithm development.

Raw samples and configurable channel data
Open APIs and receiver-processing access
Independent frequency, bandwidth and sampling configurations
FPGA, CPU and GPU algorithm development

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PORTOS A8 multi-channel SDR research platform

Application

Ionosphere & Scintillation

Use propagation effects as information, rather than treating all of them as errors.

Specialized receiver configurations and simulator models support ionosphere monitoring, scintillation studies and experimental work with amplitude, phase and tracking observables.

Amplitude and phase scintillation observables
Multi-frequency ionosphere measurements
Raw signal recording for subsequent analysis
Controlled propagation and scintillation simulation

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ARAMIS GNSS research receiver during RF testing

Application

Interference, Spoofing & Multi-Antenna GNSS

Test the receiver and its countermeasures under controlled adverse signals.

Multi-output simulation and coherent multi-antenna acquisition provide a laboratory basis for jamming, controlled spoofing, direction finding, CRPA and adaptive-processing experiments.

Interference and controlled spoofing scenarios
Coherent multi-antenna signal acquisition
CRPA, null steering and adaptive processing
Correlator-level and observable-level analysis

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Application

GNSS–INS & Dynamic Simulation

Keep simulated RF, inertial data and vehicle motion inside one test definition.

ReGen and receiver platforms can support integrated-navigation development from algorithm experiments through hardware-in-the-loop testing, with synchronized scenario data and external interfaces.

GNSS and inertial scenario generation
Vehicle trajectories and high-dynamic motion
Receiver–IMU data collection and processing
HILS, external timing and trigger integration

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Application

Academic Laboratories & Training

Connect RF signals, receiver algorithms and positioning results in one teachable system.

Integrated GNSS laboratories combine simulator and SDR hardware, processing software, practical exercises, inertial sensors and published textbooks for individual research or class use.

Complete hardware and software laboratory sets
Exercises from signal generation to positioning
Individual, group and classroom configurations
Customized courses and engineering training

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GNSS engineering class and practical training

Application

Custom RF & SDR Development

Adapt an established technology base when a standard instrument does not fit.

We undertake selected NRE programs for specialized receivers, coherent acquisition systems, signal generators and scientific instruments derived from our RF, SDR and multi-channel engineering.

Paid requirements and feasibility phase
Architecture and proof-of-concept development
Prototype validation against agreed criteria
Low-volume production or technology transfer

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Configuration

One requirement may cross several application areas.

Describe the receiver, signal environment, interfaces and test objective. We will separate standard configuration, customization and NRE work.

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