NavX® - NTR & NSR
The NavX®-NTR and -NSR are versatile GNSS receivers optimized for flexibility and capability. With their flexibility, the ‘NTR’ and ‘NSR’ are the perfect solutions as test, verification or R&D equipment for the coming multi-GNSS era!
Overview
To cover the different user needs for research, development, testing and verification, the NavX® NTR software defined and the NavX®-NSR software receiver platforms are the best available solutions.
- The ‘NavX®-NTR’ is focused on multi-GNSS, targeting all existing or future GNSS systems.
- The ‘NavX®-NSR’ is dedicated to customers looking for a powerful, but fully customizable GNSS receiver with in-built processing.
To better address the needs of the emerging multi-GNSS era, new versions of the NTR and NSR are on the roadmap, both available in Q1/2010. To learn more about this next generation of flexible GNSS receivers, see the preliminary specifications.
NAVX®-NTR
The NTR is a powerful and flexible FPGA (software defined) based GNSS receiver test and verification platform, enabling testing of GNSS signals and systems ... supporting all future GNSS!
Leading GNSS R&D Capability
- GPS L1, L2C, L5
- Galileo E1, E5, E6
- GLONASS G1
- SBAS (WAAS, EGNOS, MSAS)
- More on the roadmap ...
Flexible & Extendable
- Up to 6 frequencies
- Scalable signal processing
- Flexible application processor
Physical Characteristics
- 19" / 2-HU
- 1 PPS-output
- External oscillator input: 10 MHz
Applications
- Test & Verification of signals
- Reference receiver
NAVX®-NSR
The NSR is the only commercially available GPS L1 / Galileo E1 software receiver. Due to the complete software implementation, customer can insert their own processing using the SW-API ... leading flexibility!
Leading GNSS R&D Capability
- GPS L1
- Galileo E1
- SBAS (WAAS, EGNOS, MSAS)
- More on the roadmap ...
Flexible & Extendable
- Signal & navigation processing in software on PC
- SW-API for extensions
Physical Characteristics
- RF front-end BW: 10 MHz
- USB connection
- SW running on Notebook
Applications
- Research & Development
- Multipath Evaluation
- Interference monitoring
- Scintillation monitoring
- Scientific applications