• Space Segment
• Satellite Navigation Systems
• Satellite navigation systems engineering
• Satellite navigation algorithms
• Precise positioning and augmentation solutions
• Large navigation processing facilities and navigation signal generation
• GNSS tools development
• GNSS receivers development
• GNSS-based applications development
• Indoor navigation systems
• Data Processing
• Ground Segment
• User Segment and Applications
• Other ITC solutions
• References

GMV has developed its own brand of GNSS receivers, including front-ends, SW signal processing for signal acquisition, correlation and tracking, PVT and local integrity algorithms.

Current models are oriented to mass market for road transport and liability critical applications, and provide:

• Independence from chipsets manufacturers
• Full access to signal processing functions allowing for full tuning for specific applications and integration with GMV local integrity algorithms
• Easy upgradeability through SW update

GMV's offer in this area includes:

• srx-10, the most representative model, is a compact, all-in-view GPS L1 receiver optimized for fast signal reacquisition in urban environment, and specifically designed for the transport market
• grslab, a GPS and Galileo signal generator and software receiver tool box. The signal generator is a powerful tool able to generate all future civilian GPS and GALILEO signals; it generates realistic signals at IF or base-band including filtering effect, Doppler, multipath and different types of interference. The software receiver comes with a broad set of configurable parameters in order to set up built-in algorithms, and it provides algorithms to track BOC signals
• nusar, is a flexible GNSS software receiver platform capable of processing GPS L1, Galileo BOC(1,1) and MBOC(6,1,1/11) signals transmitted in the E1/ L1 band. The nusar platform provides the means to design and evaluate the performance of state-of-the-art algorithms for processing the incoming signals due to its high extent of configurability, without the limitation of the slow speed of the legacy GNSS software solutions. Having the signal processing implemented in software grants the platform the flexibility required to rapidly implement a given algorithm and assess the impact on performance