To cover the different user needs for research, development, testing and verification, the SX software receiver platform is the best available solution in the COTS market. The SX-NSR is dedicated to customers, looking for a sophisticated, but fully customizable GNSS receiver with transparent processing.
SX-Scientific GNSS Solutions
For the scientific community, dedicated solutions are very important to meet their demands. With its SX GNSS Scientific
Solutions, IFEN will serve in the coming years the special needs of this community.
SX-NSR Software Receiver
Applications
The SX-NSR is the only commercially available software receiver offering advanced signal processing combined with a powerful quad-band RF-front-end delivering unrivalled performance to the GNSS scientific community. The major applications for the SX-NSR are:
- Scientific applications (e.g. GNSS signal reflectometry)
- Multipath and spoofing signal evaluation
- Interference monitoring and ionosphere scintillation
- Weak signal investigation and sensor fusion
- Dual-tracking or dual-heading applications
- GNSS signal recording
Learn more ....
... about the SX-NSR navigation software receiver, unique worldwide. Download the product flyer for in depth information. Download a demonstration version already available today.
Features
Leading GNSS Signal Capability
- GPS L1 / L2 / L5
- GLONASS G1 / G2
- Galileo E1 / E5 / E6 (w/o encryption)
- SBAS L1 (WAAS, EGNOS, MSAS, GAGAN)
NavPort RF Front-end
- Up to 4 RF bands in one NavPort with RF bandwidth of 15MHz
- Barometer integrated in NavPort; sinchronizes to external IMU
- Second NavPort can be synchronized (with up to 8 RF chains, or dual-antenna input with 4 RF band per antenna)
Flexible & Extendible
- Capability for real-time and post-processing
- GNSS signal capability extendable by SW license
- API to access all receiver processing engines (acquisition, tracking, ...)
Software & Hardware
- Windows software application, running on Windows
- Available with notebook for real-time processing
Interfaces
- Real time interface to NavPort RF front-end
- Reading IF-samples from file for post-processing